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American Association of Teachers Joint Meeting of the American Astronomical Society & Joint Meeting of the American Astronomical Society & the 5-10 January 2007 / Seattle, Washington Final Program

FIRST CLASS US POSTAGE PAID PERMIT NO 1725 WASHINGTON DC 2000 Florida Ave., NW Suite 400 Washington, DC 20009-1231 MEETING PROGRAM 2007 AAS/AAPT Joint Meeting 5-10 January 2007 Washington State Convention and Trade Center Seattle, WA

IN GRATITUDE .....2 Th e 209th Meeting of the American Astronomical Society and the 2007 FOR FURTHER Winter Meeting of the American INFORMATION ..... 5 Association of Physics Teachers are being held jointly at Washington State PLEASE NOTE ...... 6 Convention and Trade Center, 5-10 January 2007, Seattle, Washington. EXHIBITS ...... 8

Th e AAS Historical Divi- MEETING sion and the AAS High Energy Astro- REGISTRATION .. 11 physics Division are also meeting in LOCATION AND conjuction with the AAS/AAPT. LODGING ...... 12

Washington State Convention and FRIDAY ...... 44 Trade Center 7th and Pike Streets SATURDAY ...... 52 Seattle, WA AV EQUIPMENT . 58

SUNDAY ...... 67

AAS MONDAY ...... 144 2000 Florida Ave., NW, Suite 400, Washington, DC 20009-1231 TUESDAY ...... 241 202-328-2010, fax: 202-234-2560, [email protected], www.aas.org WEDNESDAY..... 321

AAPT AUTHOR One Physics Ellipse INDEX ...... 366 College Park, MD 20740-3845 301-209-3300, fax: 301-209-0845 [email protected], www.aapt.org Acknowledgements Acknowledgements IN GRATITUDE AAS Council Sponsors Craig Wheeler U. Texas President (6/2006-6/2008) Ball Aerospace Bob Kirshner CfA Past-President John Wiley and Sons, Inc. (6/2006-6/2007) Wallace Sargent Caltech Vice-President National Academies (6/2004-6/2007) Northrup Grumman Paul Vanden Bout NRAO Vice-President (6/2005-6/2008) PASCO Robert W. O’Connell U. Virginia Vice-President Springer (6/2006-6/2009) John Graham CIW Secretary (6/2004-6/2007) Peter Stockman STScI Treasurer OFFICERS (6/2005-6/2008) Th e Executive Offi ce extends thanks to those who sorted AAS Timothy F. Slater U. Arizona Education Offi cer meeting papers into scientifi c sessions: Tom Armstrong, Paper (6/2006-6/2009) Ginger Bryngelson, Joan Centrella, Mark Claussen, Susana Sorters Deustua, Mariam Dittmann, Jonathan Gardner, Shaul Mike A’Hearn U. Maryland Pub. Board Chair (6/2005-6/2008) Hanany, Lynne Jones, Lucas Marci, Kevin Marvel, Julie McEnery, Lee Rickard and Kartik Sheth. Kevin Marvel AAS Executive Offi cer (6/2006-) Jill Bechtold U. Arizona (6/2004-6/2007) Th e National Offi ce extends thanks to those who sorted AAPT Karen Bjorkman U. Toledo (6/2004-6/2007) Paper meeting papers into sessions: Janelle Bailey, JD Garcie, Lila Adair, Rachel Scherr and Carol Heimpel. Alan Title LMSAL (6/2004-6/2007) Sorters Lee Hartmann U. Michigan (6/2005-6/2008) Suzanne Hawley U. Washington (6/2005-6/2008) James S. Ulvestad NRAO (6/2005-6/2008) Megan Donahue Michigan St. U. (6/2006-6/2009) COUNCILORS Margaret M. Hanson U. Cincinnati (6/2006-6/2009) Marc Postman STScI (6/2006-6/2009)

Stephen P. Maran AAS Press Offi cer (1/1985- )

PRESS Lynn Cominsky Sonoma State Deputy Press Offi cer

OFFICERS Larry Marschall Gettysburg Coll. Deputy Press Offi cer

2 3 Acknowledgements Important Notes AAPT Executive FOR FURTHER INFORMATION Board Kenneth Heller U. Minnesota President (2007) AAS Scientifi c Programming, Meeting Logistics: Kelli Gilmore, 202-328-2010 ext. 111, [email protected]. Harvey S. Leff California State President Elect (2007) AAPT Scientifi c Programming, Meeting Logistics: Polytechnic U. Gale Quilter, 301-209-3340, [email protected] Lila M. Adair Piedmont Coll. Vice President (2007) AAS Registration: Laronda Boyce, 202-328-2010 ext. 110, [email protected] Mary Beth Monroe Southwest Texas Secretary (2007) AAPT Registration: Junior Coll. Natasha Randall, 301-209-3340, [email protected] Charles E. Robertson U. Washington Treasurer (2008) AV Equipment: Rick Matthews, 703-573-6910, [email protected] Richard W. Peterson Bethel Univ. Past President (2007) Exhibits: Jacqueline Determan, 301-209-3340, [email protected] Randolph S. Peterson U. of the South Section Representa- Onsite Registration Desk: tives Chair (2007) 206-219-4650 Alan M. Gibson Connec2Science Section Represen- Paper Submission: tatives Vice Chair (2007) [email protected], 217-398-1792 Press: John L. Roeder Calhoun School At Large (High School Prior to Meeting, Steve Maran 202-328-2010 ext.116.,

EXECUTIVE BOARD Rep.) (2008) Onsite Press Offi ce: 206-219-4651, -4652, -4653, Ruth W. Chabay North Carolina At Large (Four- State Univ. College Rep. ) (2007) and fax 206-219-4654 Dwain M. Desbien Estrella Moun- At Large (Two-Year tain Comm Coll. College Rep.) (2009) Karl C. Mamola Appalachian Ex Offi cio (Editor, State Univ. Th e Physics Teacher) (2007) Jan Tobochnik Kalamazoo Coll. Ex Offi cio (Editor, American Journal of Physics) (2007) Toufi c M. Hakim AAPT Ex Offi cio (Executive Offi cer) (2007)

4 5 Important Notes Important Notes PLEASE NOTE system, this will prevent bottlenecks in the network during the morning hours. • No device should be running as a server for off site clients. Meeting Format • Absolutely no routers can be attached to the network without prior Th e Seattle Meeting days diff er from the normal AAS Meeting format. authorization from the AAS IT Staff . AAPT Workshops begin on Friday, 5 January 2007. Th e Opening Reception will be held Saturday, 6 January 2007. Scientifi c sessions begin Sunday, 7 Th e network will be monitored throughout the meeting and the AAS Staff January 2007 and will end on Wednesday, 10 January 2007. reserves the right to disconnect any device that is causing overall network problems. Invited talks will be held in joint AAS/AAPT plenary sessions. Registrants will have access to all AAS, HAD, HEAD and AAPT sessions. Additional registration fees are required for extra events such as Workshops and the Late Papers Banquet. A Late Paper Schedule will be included in the Program Update distrib- uted at the meeting. Late papers are scheduled as poster presentations on Wednesday, 10 January 2007 and published in a subsequent issue of the Audiovisual Equipment B.A.A.S. Audiovisual equipment MUST be ordered via email at least 24 hours prior to your presentation or personally handed to the American Audio Video technician in the speaker ready room (603-04). You may not project from Paper Presentation Instructions your own laptop. See AV instructions under Saturday’s listings. Poster Presentations: Posters should fi t within an approximate 44” x 44” square area. Please bring your own thumbtacks. Posters may be set up aft er 7:30am and must be removed by the end of the evening cocktail hour Awards at Banquet ~7:00pm. Posters left aft er these times will be discarded. Th e following award will be presented at the Banquet: AAS Education Prize for 2006 Oral Presentation: Five minutes are allowed for the normal oral presenta- Dr. Sidney Wolff , National Optical Astronomy Observatory tion and three minutes for open discussion. Timing for other talks (Invited, Special, etc. ) are at the discretion of the Session Organizer. Cyber Café Th e Cyber Café, will open Sunday, opening at the beginning of the morning Dissertation Abstracts: Dissertation Abstracts are oral presentations of 15 coff ee break and closing Wednesday aft er the evening poster sessions. In ad- minutes plus a few minutes for discussion. dition to computers, there will be open lines for your laptops. Th ere will be an open area with wireless connectivity. Please be advised that users need to bring their own wireless cards and review the connection process with their system administrators. In order to provide continuous network connectiv- ity to all of our attendees and exhibitors, we will ask you to adhere to the following rules. • If there is a waiting line for computers, please limit your time to 15 minutes. • All attached devices will be required to be running the up- to-date Virus Protection Soft ware and Virus Defi nitions, IP Filtering, Anti-Ad and Anti-Spyware Soft ware. • We recommend turning off automatic updates to your operating 6 7 Exhibits Exhibits EXHIBITS Elsevier Th e following will be furnishing exhibits of displays at the meeting. Be sure Gemini Observatory to stop by their booths during exhibit hours: Sunday - Tuesday 9:20am - Lockheed Martin 6:30pm, and Wednesday 9:20am - 4:00pm. McDonald Observatory NOAO Gemini Science Center Northrop Grumman AAS Sustaining Member NRAO Princeton University Press Springer Th e National Optical Astronomy Observatory Th e Society of Physics Students AAPT Sustaining Members University of Press University Science Books

Addison Wesley Centre Pointe Learning Non-Member and Government Exhibits Daedalon Corporation Educational Innovations, Inc. John Wiley and Sons, Inc. Academia Sinica Institute of Astronomy and Kinetic Books Barr Associates, Inc. PASCO Scientifi c Beyond Einstein Physics2000.com Brooks/Cole, Th omson Prentice Hall Cavendish Science Org Sargent Welch CHANDRA X-ray Center TEACHSPIN, Inc. Computing in Science & Engineering Turning Technologies LLC Delight’s Earthly Delights Vernier Soft ware & Technology Digitalis Education Solutions, Inc. W.H. Freeman & Company Embry-Riddle Aeronautical University WebAssign ESO Far Spectroscopic Explorer AAS Corporate Member, Publisher Affi liate and Associ- Evolution Explorer ated AAS/AAPT Exhibits HEASARC Hextek Corporation IOP Publishing AAS/AAPT It’s About Time American Physical Society James Webb Space Telescope Apogee Instruments Inc. Jet Propulsion Laboratory - PLANCK Astronomical Consultants & Equipment Inc JPL Navigator Program AURA Kendall/Hunt Publishing Co. Ball Aerospace Kepler Mission Blackwell Publishing Large Synoptic Survey Telescope Cambridge University Press McGraw-Hill Higher Education comPADRE 8 9 Exhibits Registration Michelson Science Center MEETING REGISTRATION NASA Science Mission Directorate NASA/SOFIA Meeting registration was processed by both the AAS and AAPT. All ses- National Astronomy & Ionosphere Center/ sions are open to all registrants. Extra meeting events are also open but National Research Council addional registration fees may apply. National Science Foundation NED / IRSA Contact the individual Society for assistance. New Universe Th eory+Laws of Physics NHSC AAS Registration: Oxford University Press Laronda Boyce, 202-328-2010 ext. 110, [email protected], Physics Education Technology Project http://www.aas.org/meetings/registration.html Project CLEA Rayleigh Optical Corporation AAPT Registration: SIMBAD Natasha Randall, 301-209-3340, [email protected] Smithsonian/NASA ADS http://www.aapt.org/Events/Secure/prereg.cfm Space Science Institute Space Telescope Science Institute Spitzer Science Center Submillimeter Array Swift /GLAST Swinburne Astronomy Online UNCF Special Programs Corporation Unihedron University of California Berkeley Introductory Physics Program WISE Mission

10 11 Location Location LOCATION AND LODGING Importance of Staying in the Conference Hotels

Housing Information In order to book the Seattle meeting, the AAS had to contract for a blocks of sleeping rooms in area hotels. If we do not fi ll these blocks, fi nancial pen- Th e 2007 AAS/AAPT Joint Meeting will be held at Washington State Con- alties will be incurred. Th is ultimately impacts the health of the AAS and vention and Trade Center (7th and Pike Streets, Seattle, WA). consequently registration fees. Reservations for rooms are made through the Seattle Housing Bureau. *All hotels are within walking distance of the Convention Center. Ap- proximate distance is noted. A Seattle tour map is available online at www. Seattle Housing Bureau tourmap.com One Convention Place 701 Pike Street, Suite 800 Seattle, WA 98101 Roommate Search Phone: 888-877-0255 or 206-461-5881 An informal forum is provided for those interested in sharing a hotel room, FAX: 206-461-5853 www.aas.org/meetings/roommatesearch.php Childcare Make reservations by 15 December 2006 to ensure the special rate. PANDA Dial-A-Sitter Sheraton, 1400 Sixth Ave., *one block ($144 Single, $164 Double) Group child care at event site. Licensed/insured. Caregivers CPR & ECE Hyatt, 721 Pine St., *two blocks ($144 Single, $164 Double) trained. PO Box 33636, Seattle, WA 98133, Suzan M. Shayler, President, Hilton, 1301 6th Ave., *two blocks ($136 King/Double) (206) 325-2327 Summerfi eld Suites, 1011 Pike St., *three blocks ($134 Suites) Hotel Max, 620 Stewart St., *four blocks ($129 King/Double) Babysitter Sharing Paramount, 724 Pine St., *three blocks ($129 King/Double) A forum is posted for those interested in sharing childcare in Seattle, www. Roosevelt, 1531 7th Ave., *two blocks ($129 King/Double) aas.org/meetings/childcaresharing.php Marriott, 515 Madison St., *three blocks ($136 Single, $136 Double) Red Lion Childcare Grants $100 grants are available to defray childcare costs at the Seattle Meeting. Th e Online: online application www.aas.org/meetings/childcaregrants.php must be sub- https://resweb.passkey.com/Resweb.do?mode=welcome_ei_new&eventID=32718 mitted by 6 December 2006. If requests exceed available funding, preference will be given to those in the early stages of their careers. Paper: http:www.aas.org/meetings/houseform.pdf

Acknowledgements: Th e Seattle Housing Bureau will acknowledge all Visa Information reservations. If you do not receive confi rmation within 10-14 days or have Foreign meeting attendees need to apply for their visas as early as possible questions regarding your reservation contact the Seattle Housing Bureau at and no later than three months before the meeting. Visa processing infor- 888-877-0255 or [email protected]. You will not receive a confi rmation mation is posted on the National Academy’s International Visitors website: from the hotel. http://national-academies.org/visas.

Reservations may be changed or cancelled with the Seattle Housing Bureau up to 15 December 2006. Aft er 15 December contact the hotel directly re- garding changes or cancellations. 12 13 Location Location Local Information • Serves the following AAS Meeting Seattle hotels: Hilton Hotel, Th e average temperature for Seattle in January is 46 degrees Fahrenheit. Seattle Sheraton, Grand Hyatt. Connector Service to Hotel Max is avail- Th e Seattle Convention and Visitor’s Bureau website, www.seeseattle.org able at no extra cost by calling 206-255-7159 one hour prior to pick-up. includes an online Visitor’s Guide and a downloadable Dining Guide. A • $10.25 one way, $17 roundtrip. Seattle tour map is available online at www.tourmap.com • Reservations are not accepted. Purchase tickets from the driver, the Gray Line desk located at the south end of the Seattle-Tacoma Interna- Scooter Rentals tional Airport main terminal, just beyond baggage carousel #1or from your hotel concierge. Access Mobility Systems, electric scooters and wheelchair accessible van • Board the Gray Line Airporter outside Door 00 on the Baggage rentals. 21104 70th Ave W, Edmonds, WA 98026, (425) 771-4659, (800) 854- Claim (lower) level. 4176, Fax: (425) 771-3946, [email protected], www.accessams.com • Departs twice an hour from 5:30 a.m. - 11:00 p.m.

Special Airfares Shuttle Express • 425-981-7000, 1-800-487-7433 American Airlines • $28.75 one-way • www.aa.com or 1-800-433-1790 • Reservations are not required from the airport to the hotels. Reser- • Authorization Number/Discount Code: A0217AK vations are needed to return to the airport. • Passengers are picked up and dropped off on the third fl oor of the Northwest Airlines Airport Garage on the inner drive. • www.nwa.com or 800-328-1111 • World File # NYUSJCar Rental Parking

Car Rental Convention Center • WSCTC Parking Garage entrances on 8th and Pike Street are open Avis Rent a Car daily 5:30 a.m. - 12 midnight. 1 hour = $4, 2 hrs = $5, 3 hrs = $7, 4 hrs = • 1-800-331-1600 or www.avis.com $9, 4-8 hrs = $10, 8-12 hrs = $11, 12-overnight = $16, evening (in aft er • Code for AAS: AWD# J659136 (Avis Worldwide Discount) 5pm) = $6. • Code for AAPT: AWD# J945158 • Freeway Park Garage (located on Hubbell Street) is open Monday -Friday 6:00 a.m. - 8:00 p.m. 1 hour = $3, 2 hrs = $4, 3 hrs = $6, 4 hrs = Hertz $8, 4-8 hrs =$9, 8-12 hrs = $10, 12-overnight = $15, no separate evening • 1-800-654-2240 or hertz.com rate. • Code: CV#03YY002 Hotels • Sheraton: valet parking for hotel guests only $28.29 Travel from Airports • Hyatt: valet parking: $31.55 per night (in/out privileges included), self parking: $22 per night, not owned by Hyatt but is connected to hotel Taxi (does not include in/out privileges) • A taxi from the airport to downtown will cost approximately $35. • Hilton: self parking $23.00 (in/out privileges included) Gray Line Downtown Airporter • 206-626-6088, 1-800-426-7532 14 15 Schedule of Events Schedule of Events SCHEDULE OF EVENTS Except where noted meeting rooms are in the Washington State Convention and Trade Center. Workshops held at the University of Washington, Physics-Astron- omy Building, Northside, Wing B are indicated by UW PAB.

Start Time End Time Event Type Session Session/Event Title Location Number Friday, January 05, 2007 Fri 7:00 AM 03:00 PM Attendee Services Registration (workshops only) South Lobby Fri 8:00 AM 12:00 PM AAPT Workshop W01 Video Based Motion Analysis for Homework and Classroom UW PAB B108 Fri 8:00 AM 12:00 PM AAPT Workshop W02 Building TYC/University Partnerships in Teacher Preparation 306 Fri 8:00 AM 12:00 PM AAPT Workshop W03 Intuitive Quantum Physics for Non-Science Majors 309 Fri 8:00 AM 12:00 PM AAPT Workshop W04 Grant Opportunities for Two-Year Colleges, Part 2 UW PAB B110 Fri 8:00 AM 12:00 PM AAPT Workshop W05 Case Studies for the Laboratory 212 Fri 8:00 AM 12:00 PM AAPT Workshop W06 Making Pretty Pictures: How Astronomers Make Images 211 Fri 8:00 AM 12:00 PM AAPT Workshop W07 Energy: What It Is, What It Isn’t, and How We Know 310 Fri 8:00 AM 12:00 PM AAPT Workshop W08 Physics of Supernovae 307 Fri 8:00 AM 05:00 PM AAPT Workshop W09 Using Large Data Sets to Teach Astronomy UW PAB B128 Fri 8:00 AM 05:00 PM AAPT Workshop W10 Problem Solving 213 Fri 8:00 AM 05:00 PM AAPT Workshop W11 InterActions in Physical Science: A Standards-based, Inquiry- 214 oriented Middle School Curriculum Fri 9:00 AM 05:00 PM AAS Workshop Strategies for Creating a Learner-Centered Introductory Col- 608 lege Astronomy Course Fri 10:00 AM 06:00 PM Attendee Services Speaker Ready Room 603-04 Fri 01:00 PM 05:00 PM AAPT Workshop W12 Energy in the 21st Century UW PAB B108 Fri 01:00 PM 05:00 PM AAPT Workshop W13 Designing a Diagnostic Environment in the Pre-College Class- UW PAB B110 room Fri 01:00 PM 05:00 PM AAPT Workshop W14 General Relativity Labs UW PAB B176 Fri 01:00 PM 05:00 PM AAPT Workshop W15 Make Your Own Haunted Physics Lab 212 Fri 01:00 PM 05:00 PM AAPT Workshop W16 Teaching Physics to Middle School Teachers with Light and 204 Sound Toys Fri 01:00 PM 05:00 PM AAPT Event Area Chairs’ Meeting 303 Fri 1:00 PM 07:00 PM AAS Workshop NSF Astronomy & Astrophysics Postdoctoral Fellow Symposium 605 Fri 02:00 PM 04:00 PM AAPT Tutorial T01 Mining the Internet 208 Fri 06:00 PM 09:00 PM AAPT Event Executive Board I Douglas Brdrm, Grand Hyatt

16 17 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Saturday, January 06, 2007 Sat 7:00 AM 09:00 PM Attendee Services Registration (workshops reg. am, all reg. pm) South Lobby Sat 8:00 AM 12:00 PM AAPT Workshop W17 Environmental Physics & Global Warming UW PAB B110 Sat 8:00 AM 12:00 PM AAPT Workshop W18 Exploring Special and General Relativity with Interactive Cur- UW PAB B128 ricular Material Sat 8:00 AM 12:00 PM AAPT Workshop W19 A Primer for Doing Astronomy Education Research 213 Sat 8:00 AM 12:00 PM AAPT Workshop W20 Physics by Inquiry 212 Sat 8:00 AM 12:00 PM AAPT Workshop W21 Beyond Clickers: Using Interactive Learning Devices for Stu- 214 dent Collaboration in the Classroom Sat 8:00 AM 12:00 PM AAPT Workshop W22 Physics for Elementary Teachers and Physical Science for El- 309 ementary Teachers Sat 8:00 AM 05:00 PM AAPT Workshop W23 Using Research-based Curricula and Tools to Revitalize Your UW PAB B108 Introductory Course Sat 8:00 AM 05:00 PM AAPT Workshop W24 Teaching Astronomy with Technology UW PAB B356 Sat 8:00 AM 05:00 PM AAPT Workshop W25 Piaget Beyond 307 Sat 8:00 AM 11:00 AM AAPT Event Publications Committee 303 Sat 8:30 AM 03:00 PM AAS Splinter Meeting NURO 606 Sat 9:00 AM 11:00 AM AAPT Tutorial T02 Civic Engagement and Service Learning 305 Sat 9:00 AM 11:00 AM AAPT Tutorial T03 Online DL Science Courses & Virtual Labs 306 Sat 9:00 AM 04:00 PM AAS Workshop Career Workshop 610 Sat 9:00 AM 05:00 PM AAS Workshop Strategies for Creating a Learner-Centered Introductory Col- 608 lege Astronomy Course Sat 9:00 AM 07:00 PM AAS Workshop NSF Astronomy & Astrophysics Postdoctoral Fellow Symposium 605 Sat 9:30 AM 11:30 AM AAS Workshop ComPADRE in the K-12 Classroom 613 Sat 10:00 AM 06:00 PM Attendee Services Speaker Ready Room 603-04 Sat 11:30 AM 02:30 PM AAPT Event Resource Letters Editorial Board 209 Sat 12:00 PM 04:00 PM AAS Workshop EPO Programs by NASA Research Grant Awardees 609 Sat 12:30 PM 04:30 PM AAPT Event Executive Board II 213 Sat 01:00 PM 05:00 PM AAPT Workshop W26 Intermediate Mechanics Tutorials 309 Sat 01:00 PM 05:00 PM AAPT Workshop W27 Not Your Usual Powerpoint UW PAB B110 Sat 01:00 PM 05:00 PM AAPT Workshop W28 Experiencing the Pedagogical Process UW PAB B128 Sat 01:00 PM 05:00 PM AAPT Workshop W29 Exploring Easy & Eff ective Ways to Use PhET’s Web-Based UW PAB B176 Interactive Simulations in Your Physics Course

18 19 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Sat 01:00 PM 05:00 PM AAPT Workshop W30 Th e Physics Teaching Web Advisory, Online Advice for Teach- UW PAB B180 ing Physics Sat 01:00 PM 05:00 PM AAPT Workshop W31 Cosmic Evolution: the “Astro” in Astrobiology 211 Sat 01:00 PM 05:00 PM AAPT Workshop W32 Tutorials in Introductory Physics 212 Sat 01:00 PM 05:00 PM AAPT Workshop W33 Franklin and Electrostatics 308 Sat 01:00 PM 05:00 PM AAPT Workshop W34 Teaching Tailored Tutorials 310 Sat 01:00 PM 03:00 PM AAS Workshop ComPADRE in Undergraduate Physics 613 Sat 01:00 PM 05:00 PM AAS Workshop Exploring Magnetism in and Space Science 607 Sat 02:30 PM 05:30 PM AAS Splinter Meeting Astro 101 - Cancelled 612 Sat 03:00 PM 05:00 PM AAS Workshop ComPADRE, AstronomyCenter 613 Sat 04:30 PM 05:30 PM AAPT Event Programs I 620 Sat 05:30 PM 06:30 PM AAPT Event Examinations Ed. Board (closed) 210 Sat 05:30 PM 06:30 PM AAPT Event Section Offi cers’ Exchange 615 Sat 06:00 PM 07:00 PM AAS Event Undergraduate Orientation N. Galleria Lobby - 2nd Floor Sat 06:30 PM 07:30 PM AAPT Event Teacher Prep Committee 211 Sat 06:30 PM 08:00 PM AAPT Event Section Representatives 615 Sat 06:30 PM 08:00 PM AAPT Event HS Share-a-thon 6C Sat 07:00 PM 08:00 PM AAPT Event Center for Astronomy Learner-centered Teaching Workshop 618 Participant Reunion Sat 07:00 PM 010:00 PM Joint Event Opening Reception Grand Hyatt Sunday, January 07, 2007 7:00 AM 8:00 AM AAPT Event First-Timers Orientation 307-08 Sun 7:30 AM 05:00 PM Attendee Services Registration South Lobby Sun 7:30 AM 06:00 PM Attendee Services Speaker Ready Room 603-04 Sun 8:00 AM 06:30 PM Attendee Services Cyber Café South Lobby Sun 8:15 AM 9:45 AM Plenary 1 Opening Remarks Ballroom 6 Sun 8:30 AM 9:20 AM Plenary 2 Space Flight: A Human Perspective Ballroom 6 Sun 9:20 AM 06:30 PM AAPT Poster 3 Poster Session I Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 4 A Potpourri of Internal Properties of Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 5 AGN, Starbursts, and Sub-mm Galaxies Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 6 Astrobiology and Lab Results Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 7 Black Holes Exhibit Hall 4 20 21 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Sun 9:20 AM 06:30 PM AAS Poster 8 Blazars and AGN jets Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 9 Cataclysmic / Eruptive Variables / Novae Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 10 Circumstellar Disk Observations Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 11 Cosmic Microwave Background Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 12 Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 13 Debris Disks Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 14 Diff erential Rotation & Activity of Cool Dwarfs Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 15 Extragalactic ISM Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 16 Th e Sun Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 17 Galactic ISM I Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 18 Galactic Structures: Identifi cation & Evolution Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 19 Galaxy Evolution over Cosmic History Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 20 High Z Objects; IR, Optical Background Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 21 Gravitational Lensing Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 22 Ground-Based Instrumentation I Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 23 HAD IV Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 24 SIM Science Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 25 Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 26 Clusters I Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 27 Stellar Populations I Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 28 Th e SDSS Survey Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 29 Variable Exhibit Hall 4 Sun 9:20 AM 06:30 PM AAS Poster 30 YSO / I Exhibit Hall 4 Sun 9:20 AM 05:00 PM Attendee Services Gadgets and Gizmos South Lobby Sun 9:20 AM 05:00 PM Attendee Services Job Center Exhibit Hall 4 Sun 9:30 AM 11:00 AM AAPT Event Membership and Benefi ts Committee 212 Sun 10:00 AM 11:30 AM AAS Special 31 Clickers in Astronomy Teaching 201 Sun 10:00 AM 11:30 AM AAS Special 32 Th e SDSS Supernova Survey 204 Sun 10:00 AM 11:30 AM HAD Special 33 HAD I 6A Sun 10:00 AM 11:30 AM AAS Oral 34 , Accretion Disks and Outfl ows 613-14 Sun 10:00 AM 11:30 AM AAS Oral 35 Astrobiology & Th e Solar System 611-12 Sun 10:00 AM 11:30 AM AAS Oral 36 Black Holes 608-10 Sun 10:00 AM 11:30 AM AAS Oral 37 Dark Matter, and Lensing 605-07 22 23 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Sun 10:00 AM 11:30 AM AAS Oral 38 Feedback and Mergers in Galaxy Evolution 3B Sun 10:00 AM 11:30 AM AAS Oral 39 Starburst Galaxies: Analogs of Lyman Break Galaxies? 6B Sun 10:00 AM 11:30 AM AAS Oral 40 Stellar Populations 3A Sun 10:00 AM 11:30 AM AAPT Invited 41 Integrating Mechanics with Computer Modeling 616 Sun 10:00 AM 11:30 AM AAPT Invited 42 Physics: Something for Everyone 303 Sun 10:00 AM 11:30 AM AAPT Special 43 Education in the Middle Schools 310 Sun 10:00 AM 11:30 AM AAPT Panel 44 Interactive Lecture Demonstrations using Physics Suite Materi- 617 als Sun 10:00 AM 11:30 AM AAPT Special 45 Innovations in High School Physics, Part I 307-08 Sun 10:00 AM 11:30 AM AAPT Oral 46 Innovations in Teaching Astronomy 615 Sun 11:30 AM 12:30 PM AAS Splinter Meeting HAD Business Meeting 609 Sun 11:30 AM 01:00 PM AAPT Event Multicultural Luncheon 618-20 Sun 11:40 AM 12:30 PM Plenary 47 Pierce Prize in Astronomy Ballroom 6 Sun 12:30 PM 01:30 PM AAPT Event Nominating Committee I (closed) 508 Sun 12:30 PM 01:30 PM AAPT Event SI Units & Metric Ed Committee 507 Sun 12:30 PM 02:00 PM AAS Splinter Meeting Accessing and Using Sloan Digital Sky Survey Data 608 Sun 12:30 PM 02:30 PM AAPT Event PTRA Rural Regional Coordinators Meeting 208 Sun 12:45 PM 01:45 PM AAS Town Hall Meeting NSF Town Hall 6A Sun 01:00 PM 02:00 PM AAPT Crackerbarrel How to Spend Limited Resources 615 Sun 01:00 PM 02:00 PM AAPT Crackerbarrel PhysicsFirst Crackerbarrel 310 Sun 01:00 PM 02:00 PM AAPT Crackerbarrel Professional Concerns of Junior Faculty in PER 211 Sun 01:00 PM 02:00 PM AAPT Crackerbarrel See Spot Run, See Spot Run from Astronomy Teaching 616 Sun 01:00 PM 02:00 PM AAS Splinter Meeting Committee on the Status of Women in Astronomy 613 Sun 02:00 PM 03:30 PM AAS Special 48 Cool Astronomy For Everyone 613-14 Sun 02:00 PM 03:30 PM AAS Special 49 Cosmic Microwave Background 6A Sun 02:00 PM 03:30 PM AAS Special 50 NSF Astronomy Division Senior Review Outcome 6B Sun 02:00 PM 03:40 PM HAD Special 51 HAD II: Case Studies in How 20th Century Observatory Direc- 611-12 tors Got Chosen Sun 02:00 PM 03:30 PM AAS Oral 52 AGN Populations 3A Sun 02:00 PM 03:30 PM AAS Oral 53 Distant Works: Cosmology, Large Scale Structure and Gravita- 6E tional Waves Sun 02:00 PM 03:30 PM AAS Oral 54 EXIST 3B Sun 02:00 PM 03:30 PM AAS Oral 55 ISM/Molecular Clouds 608-10

24 25 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Sun 02:00 PM 03:30 PM AAS Oral 56 Space Mission Concepts and Instrumentation 605-07 Sun 02:00 PM 03:30 PM AAS Oral 57 Young Stellar Objects 6C Sun 02:00 PM 03:30 PM AAPT Oral 58 Context Rich Lab Problems 617 Sun 02:00 PM 03:30 PM AAPT Oral 59 Innovations in High School Physics, Part II 307-08 Sun 02:00 PM 03:30 PM AAPT Poster 60 Physics Education with Vpython 303 Sun 02:30 PM 03:30 PM AAPT Event Bauder Fund Committee 507 Sun 02:30 PM 03:30 PM AAPT Event Nomination Committee II (closed) 508 Sun 03:40 PM 04:30 PM Plenary 61 Faint Structures in Nearby Galaxies Ballroom 6 Sun 04:30 PM 06:30 PM AAPT Event Council 615 Sun 04:40 PM 05:30 PM Plenary 62 Th e Assembly of Galaxies and Th eir Black Holes Ballroom 6 Sun 05:30 PM 06:30 PM AAS Town Hall Meeting Astronomy and Astrophysics Advisory Committee 6B Sun 06:30 PM 07:45 PM AAS Splinter Meeting Astrophysics, Cosmology, and Extrasolar Planets: NASA’s Navi- 6E gator Missions Sun 06:30 PM 08:00 PM AAPT Invited 63 Th e Future of the Core Curriculum 616 Sun 06:30 PM 08:00 PM AAPT Invited 64 When Was the Last Time 5000 College Students Gave You 307-08 Feedback on Your High School Physics Course? Sun 06:30 PM 08:00 PM AAPT Special 65 Astronomy and the Two-Year Colleges 615 Sun 06:30 PM 07:30 PM AAPT Special 66 Eff ective Features of Online Tutorials 303 Sun 06:30 PM 08:00 PM AAPT Oral 67 High School Curriculum Issues 310 Sun 06:30 PM 08:00 PM AAPT Oral 68 Insights into Mechanics and Sound 617 Sun 07:00 PM 08:30 PM Plenary 69 AIP Gemant Award Lecture Ballroom 6 Sun 07:00 PM 09:00 PM Joint Event SPS/AAPT/AAS Undergraduate Science Evening 6A Sun 08:00 PM 09:30 PM AAPT Event Apparatus Committee 310 Sun 08:00 PM 09:30 PM AAPT Event Graduate Ed Committee 214 Sun 08:00 PM 09:30 PM AAPT Event History and Philosophy Committee 210 Sun 08:00 PM 09:30 PM AAPT Event HS Committee 307-08 Sun 08:00 PM 09:30 PM AAPT Event Space Science and Astronomy Committee 303 Sun 08:00 PM 09:30 PM AAPT Event Two-Year College Committee 212 Sun 08:00 PM 09:30 PM AAPT Event Women in Physics Committee 615

26 27 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Monday, January 08, 2007 Mon 7:00 AM 8:30 AM AAPT Event Retirees Breakfast 211 Mon 7:00 AM 8:30 AM AAPT Event Two Year College Breakfast 213 Mon 7:30 AM 06:00 PM Attendee Services Speaker Ready Room 603-04 Mon 8:00 AM 05:00 PM Attendee Services Registration South Lobby Mon 8:00 AM 06:30 PM Attendee Services Cyber Café South Lobby Mon 8:30 AM 9:20 AM Plenary 70 Th e Coming Revolutions in Particle Physics Ballroom 6 Mon 9:20 AM 06:30 PM AAPT Poster 71 Poster Session II Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 72 AGNs, QSOs and Active Galaxies 1 Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 73 Astronomers in Public Education Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 74 Astronomy and Astrophysics with LISA Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 75 Astronomy Research by Students of All Ages and the Public Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 76 Circumstellar Disk Models Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 77 Clusters & Cosmology Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 78 Computation, Data Handling, and Image Analysis Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 79 Cool dwarfs Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 80 COSMOS Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 81 Disks Later in Life Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 82 Formation and Detection of Habitable Planets Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 83 Galactic and Extragalactic Surveys Using AzTEC Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 84 Galactic ISM II Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 85 Ground-Based Instrumentation II Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 86 LSST Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 87 M33: Our Other Neighbor Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 88 MIPSGAL Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 89 Stellar Populations III Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 90 More Supernovae Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 91 Neutron Stars Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 92 Planetary and Pre-Planetary Nebulae Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 93 Properties of Cool Giant Stars Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 94 Putting Education into Outreach Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 95 Radio Galaxy Surveys Exhibit Hall 4

28 29 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Mon 9:20 AM 06:30 PM AAS Poster 96 Research in K-12 Astronomy Education for Students, Th eir Exhibit Hall 4 Teachers, and Th eir Families both in and out of the Classroom Mon 9:20 AM 06:30 PM AAS Poster 97 Sloan Digital Sky Survey Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 98 SNAP Mission Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 99 Source Surveys, Catalogs and Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 100 Star Clusters II and HST/ACS Survey of Galactic Globular Exhibit Hall 4 Clusters Mon 9:20 AM 06:30 PM AAS Poster 101 Structure of Stellar Winds Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 102 Variable Stars and Distance Scale Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 103 White Dwarfs: Search, Survey, Study, and Understand? Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 104 X-ray to IR Observations of Compact X-ray Objects Exhibit Hall 4 Mon 9:20 AM 06:30 PM AAS Poster 105 YSO / Star Formation II Exhibit Hall 4 Mon 9:20 AM 05:00 PM Attendee Services Gadgets and Gizmos South Lobby Mon 9:20 AM 05:00 PM Attendee Services Job Center Exhibit Hall 4 Mon 9:30 AM 10:30 AM AAPT Event Investment Advisory Committee 507 Mon 9:30 AM 11:00 AM Commercial Workshop Experience Digital Physics Curriculum I 302 Mon 9:30 AM 11:00 AM Commercial Workshop MasteringPhysics 305 Mon 10:00 AM 11:30 AM AAS Special 106 Education with Large Astronomical Surveys 613-14 Mon 10:00 AM 11:30 AM AAS Special 107 Th e Future of Astronomy and Astrophysics at NASA 611-12 Mon 10:00 AM 11:30 AM HAD Oral 108 HAD III 608-10 Mon 10:00 AM 11:30 AM AAS Oral 109 AGN Variability, Interactions and Environments 3A Mon 10:00 AM 11:30 AM AAS Oral 110 Circumstellar Disks: Early 204 Mon 10:00 AM 11:30 AM AAS Oral 111 , Starbursts and Obscured AGN 6A Mon 10:00 AM 11:30 AM AAS Oral 112 Formation History of Galaxies 605-07 Mon 10:00 AM 11:30 AM AAS Oral 113 Galaxy Clusters I 6B Mon 10:00 AM 11:30 AM AAS Oral 114 Nearby Galaxies and ANGST 3B Mon 10:00 AM 11:30 AM AAS Oral 115 and White Dwarfs I 201 Mon 10:00 AM 11:30 AM AAPT Invited 116 Advanced Physics in the Pre-High School AP, IB and Dual 310 Enrollment Courses Mon 10:00 AM 11:30 AM AAPT Invited 117 Th e Once and Future Role of Women in Astronomy 615 Mon 10:00 AM 11:30 AM AAPT Special 118 Nanoscale Physics in the Classroom 616 Mon 10:00 AM 11:30 AM AAPT Special 119 Resource Collections and Communities Online through Com- 303 PADRE

30 31 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Mon 10:00 AM 11:30 AM AAPT Special 120 Signifi cant Advances in Low Temperature Physics 307-08 Mon 10:00 AM 11:30 AM AAPT Oral 121 SPS Undergraduate Research Outreach 617 Mon 11:40 AM 12:30 PM Plenary 122 Warner Prize for Astronomy Ballroom 6 Mon 12:30 PM 02:00 PM AAS Splinter Meeting Accessing and Using Sloan Digital Sky Survey Data 608 Mon 12:30 PM 02:00 PM AAS Splinter Meeting Extended FUSE Operations Beyond FY08 607 Mon 12:45 PM 01:45 PM AAS Town Hall Meeting NASA Town Hall 6B Mon 12:45 PM 01:45 PM AAS Town Hall Meeting NRAO Town Meeting 6A Mon 01:00 PM 02:00 PM AAPT Invited 123 Presidential Address and Awards Presentation Ballroom 6 Mon 02:00 PM 03:30 PM AAS Special 124 Formation and Detection of Habitable Planets 611-12 Mon 02:00 PM 03:30 PM AAS Special 125 Galactic and Extragalactic Surveys Using AzTEC 204 Mon 02:00 PM 03:30 PM AAS Special 126 Job Applicants: Top 10 Questions You Should Ask 201 Mon 02:00 PM 03:30 PM AAS Oral 127 Circumstellar Disks: Not So Early 608-10 Mon 02:00 PM 03:30 PM AAS Oral 128 Education Across the Spectrum 605-07 Mon 02:00 PM 03:30 PM AAS Oral 129 Galaxy Clusters II 6B Mon 02:00 PM 03:30 PM AAS Oral 130 Instrumentation for Ground-Based and Airborne Observato- 3B ries Mon 02:00 PM 03:30 PM AAS Oral 131 Pulsars and White Dwarfs II 3A Mon 02:00 PM 03:30 PM AAS Oral 132 UDF, GOODS and High Galaxies 613-14 Mon 02:00 PM 03:30 PM AAS Oral 133 YSOs and Early Type Stars 6A Mon 02:00 PM 03:30 PM AAPT Invited 134 Recruiting the Next Generation of Physics Teachers 310 Mon 02:00 PM 03:30 PM AAPT Invited 135 Student Diffi culties with Mathematics in Upper-Division Phys- 307-08 ics Mon 02:00 PM 03:30 PM AAPT Oral 136 Physics Teaching Around the World 619 Mon 02:00 PM 03:30 PM AAPT Oral 137 Undergraduates Research Astronomy and Physics 616 Mon 02:00 PM 03:30 PM AAPT Crackerbarrel Professional Concerns of Women in Physics Crackerbarrel 615 Mon 02:00 PM 03:30 PM AAPT Crackerbarrel Th e Double Simplex: Envisioning Particles & Interactions 618 Mon 03:30 PM 04:30 PM AAPT Event Nominating Committee III (closed) 608 Mon 03:40 PM 04:30 PM Plenary 138 Hypervelocity Stars Ballroom 6 Mon 04:40 PM 05:30 PM Plenary 139 Probing the Gas Content of Galaxy Groups: A Radio Perspec- Ballroom 6 tive Mon 06:00 PM 08:00 PM AAPT Invited 140 Hot Topics in Nanoscience 616 Mon 06:00 PM 08:00 PM AAPT Invited 141 Learning Sciences and Learning Technologies: A Convergence 303 Mon 06:00 PM 08:00 PM AAPT Invited 142 Women Using Physics: Alternative Career Paths 615

32 33 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Mon 06:00 PM 08:00 PM AAPT Special 143 Electronic Journaling: Fostering Refl ection & Building Community 310 Mon 06:00 PM 08:00 PM AAPT Oral 144 Bringing Physics by Inquiry to K-12 Classrooms, Part I 211 Mon 06:00 PM 08:00 PM AAPT Oral 145 Students’ Use of Mathematics in Physics Contexts 307-08 Mon 06:00 PM 08:00 PM AAPT Poster 146 Apparatus for Astronomy Education 617 Mon 06:00 PM 07:30 PM AAS Splinter Meeting CTIO Blanco Telescope Dark Energy Camera 611 Mon 06:00 PM 08:00 PM AAS Splinter Meeting Future of NASA Scientifi c Ballooning in Astronomical Research 6A Mon 06:15 PM 09:00 PM AAS Town Hall Meeting Meet JWST Reception and Talks 6E Mon 06:30 PM 07:30 PM AAS Event Graduate Student - Employer Networking N. Galleria Lobby - 2nd Floor Mon 07:00 PM 09:30 PM AAS Splinter Meeting Herschel: Th e Coming of Observing Opportunities 605-07 Mon 08:00 PM 09:30 PM AAPT Event Educational Technologies Committee 303 Mon 08:00 PM 09:30 PM AAPT Event Goals Planning Meeting 210 Mon 08:00 PM 09:30 PM AAPT Event Interest of Senior Physicists Committee 212 Mon 08:00 PM 09:30 PM AAPT Event International Education Committee 214 Mon 08:00 PM 09:30 PM AAPT Event Laboratories Committee 211 Mon 08:00 PM 09:30 PM AAPT Event Minorities in Physics Committee 616 Mon 08:00 PM 09:30 PM AAPT Event Pre-High School Committee 615 Mon 08:00 PM 09:30 PM AAPT Event Professional Concerns Committee 213 Mon 08:00 PM 09:30 PM AAPT Event Research in Physics Ed Committee 307-08 Mon 08:00 PM 09:30 PM AAPT Event Science Ed for the Public Committee 620 Mon 08:00 PM 09:30 PM AAPT Event Undergraduate Ed Committee 617 Tuesday, January 09, 2007 Tue 7:00 AM 9:00 AM AAPT Event Programs II 620 Tue 7:30 AM 06:00 PM Attendee Services Speaker Ready Room 603-04 Tue 8:00 AM 05:00 PM Attendee Services Registration South Lobby Tue 8:00 AM 06:30 PM Attendee Services Cyber Café South Lobby Tue 8:30 AM 9:20 AM Plenary 147 Supernova Neutrino Astrophysics Ballroom 6 Tue 9:00 AM 10:00 AM AAPT Event Venture Fund 507 Tue 9:20 AM 06:30 PM AAPT Poster 148 Poster Session III Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 149 AGNs, QSOs and Active Galaxies 2 Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 150 And Yet More Supernovae Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 151 Binary Stars Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 152 Extrasolar Planets V: Host Stars Exhibit Hall 4 34 35 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Tue 9:20 AM 06:30 PM AAS Poster 153 GLAST Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 154 Ground-Based Instrumentation III Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 155 Observations and Models of Extragalactic LMXBs Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 156 Planetary Nebulae & Supernova Remnants Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 157 Professional Development for Scientists and Educators Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 158 Properties of Hot Stars Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 159 Pulsars Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 160 SAGE Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 161 Science from the NDWFS Bootes Field Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 162 Search for Variables Th rough Surveys, Databases and Archives Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 163 Extrasolar Planets VI: Observed Systems Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 164 Space-Based Instrumentation I Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 165 Star Clusters III Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 166 Tests of Gravity, and Alternative Th eories of Gravity Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 167 Stars, Gas and their Motions in Dwarfs and Irregulars Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 168 Stellar Populations II Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 169 Extrasolar Planets VII: Surveys Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 170 Th e Undergraduate Astronomy Course for Non-Majors Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 171 UDF and DEEP2 Exhibit Hall 4 Tue 9:20 AM 06:30 PM AAS Poster 172 Th e Exhibit Hall 4 Tue 9:20 AM 04:00 PM AAS Poster 173 Instrumentation and Community Analysis Exhibit Hall 4 Tue 9:20 AM 05:00 PM Attendee Services Gadgets and Gizmos South Lobby Tue 9:20 AM 05:00 PM Attendee Services Job Center Exhibit Hall 4 Tue 9:30 AM 11:00 AM Commercial Workshop And You Th ought It Was About Homework (Th e way you imag- 305 ined teaching could be) Tue 9:30 AM 11:00 AM Commercial Workshop Experience Digital Physics Curriculum II 302 Tue 10:00 AM 11:30 AM AAS Special 174 Impact of Intelligent Design and Responses to It 204 Tue 10:00 AM 11:30 AM AAS Special 175 Observations and Models of Extragalactic LMXBs 201 Tue 10:00 AM 11:30 AM HEAD Special 176 GLAST Science and Opportunities at All Wavelengths 611-12 Tue 10:00 AM 11:30 AM AAS Oral 177 Andromeda All the Time 6B Tue 10:00 AM 11:30 AM AAS Oral 178 Dwarf Galaxies: Don’t Let Th eir Size Fool You 3B Tue 10:00 AM 11:30 AM AAS Oral 179 Extrasolar Planets I 605-07 Tue 10:00 AM 11:30 AM AAS Oral 180 Galaxy Clusters III 613-14 36 37 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Tue 10:00 AM 11:30 AM AAS Oral 181 Galaxy Evolution with DEEP2 608-10 Tue 10:00 AM 11:30 AM AAS Oral 182 Novae/Cataclysmic Variables 6A Tue 10:00 AM 11:30 AM AAS Oral 183 SDSS and GALEX 3A Tue 10:00 AM 11:30 AM AAPT Panel 184 Helping Faculty/Teachers Become More Adept at Working with 615 Under-represented Groups Tue 10:00 AM 11:30 AM AAPT Panel 185 NAEP Science 2009: Why Should Physics Teachers Care? 310 Tue 10:00 AM 11:30 AM AAPT Special 186 1957: the Legacy of Sputnik 303 Tue 10:00 AM 11:30 AM AAPT Special 187 Virtual Observatories 618 Tue 10:00 AM 11:30 AM AAPT Oral 188 PER: Student Understanding and Student Reasoning 307-08 Tue 10:00 AM 11:30 AM AAPT Oral 189 Techniques in Introductory Physics Teaching 616 Tue 10:00 AM 11:00 AM AAPT Event Lotze Scholarship Committee 508 Tue 11:40 AM 12:30 PM Plenary 190 Heineman Prize Lecture Ballroom 6 Tue 12:30 PM 02:00 PM Commercial Workshop Begin With Special Relativity 302 Tue 12:45 PM 01:45 PM AAS Splinter Meeting HEAD Business Meeting 609 Tue 12:45 PM 01:45 PM AAS Town Hall Meeting Decadal Survey Town Hall 613 Tue 01:00 PM 02:00 PM AAPT Crackerbarrel Astronomy Education Research Town Hall 620 Tue 01:00 PM 02:00 PM AAPT Crackerbarrel High Performance Computing for Undergraduate Physics and 618 Astronomy Education - Let’s talk about it Tue 01:00 PM 02:00 PM AAPT Crackerbarrel Physics and Society Education 619 Tue 01:00 PM 02:00 PM AAPT Event AAPT Town Hall Meeting 617 Tue 01:00 PM 02:30 PM AAPT Event Awards Committee (closed) 507 Tue 02:00 PM 03:30 PM AAS Special 191 Next Generation Planet Surveys 3B Tue 02:00 PM 03:30 PM AAS Special 192 SAGE: Surveying the Agents of a Galaxy’s Evolution 201 Tue 02:00 PM 03:30 PM AAS Special 193 Science from the NDWFS Bootes Field 3A Tue 02:00 PM 03:30 PM HEAD Special 194 Short Gamma-Ray Bursts 205 Tue 02:00 PM 03:30 PM AAS Oral 195 AGN, Starbursts and Sub-mm Galaxies 6C Tue 02:00 PM 03:30 PM AAS Oral 196 Extrasolar Planets III 605-07 Tue 02:00 PM 03:30 PM AAS Oral 197 Galaxy Clusters IV 608-10 Tue 02:00 PM 03:30 PM AAS Oral 198 ISM/Star Formation 611-12 Tue 02:00 PM 03:30 PM AAS Oral 199 Kinematics of Galaxies - Internal and External 204 Tue 02:00 PM 03:30 PM AAS Oral 200 Supernovae Ia, Ib, Ic & II 613-14 Tue 02:00 PM 03:30 PM AAPT Invited 201 Eff ective Mentoring of Women and Minority Students in Phys- 615 ics and Astronomy

38 39 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Tue 02:00 PM 03:30 PM AAPT Invited 202 Visualizing and Simulating the Cosmos with Computers 616 Tue 02:00 PM 03:30 PM AAPT Panel 203 Panel on Choosing a Keypad System 303 Tue 02:00 PM 03:40 PM AAPT Special 204 University Supervisors and Cooperating Teachers: Th eir Criti- 310 cal Roles for Student Teaching Tue 02:00 PM 03:30 PM AAPT Oral 205 Implementing Reform Instruction 307-08 Tue 02:00 PM 03:30 PM AAPT Event Nominating Committee IV (closed) 508 Tue 03:40 PM 04:30 PM Plenary 206 Stardust Mission Ballroom 6 Tue 04:40 PM 05:30 PM Plenary 207 Richtmyer Memorial Lecture Ballroom 6 Tue 07:15 PM 09:30 PM Joint Event Banquet Sheraton Wednesday, January 10, 2007 Wed 7:30 AM 04:00 PM Attendee Services Speaker Ready Room 603-04 Wed 8:00 AM 02:00 PM Attendee Services Registration South Lobby Wed 8:00 AM 03:30 PM Attendee Services Cyber Café South Lobby Wed 8:30 AM 9:20 AM Plenary 208 Rossi Prize Lecture Ballroom 6 Wed 9:20 AM 04:00 PM AAPT Poster 209 Poster Session IV Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 210 Space-Based Instrumentation II Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 211 Studying Galaxy Evolution with Nearby Galaxies Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 212 Gamma-Ray Bursts Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 213 How To ... Resources for Scientist Educators Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 214 It’s All About Clear Skies Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 215 Optical Cluster Finding Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 216 Modelling Variable and Binary Stars Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 217 Starbursts & Interacting Galaxies Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 218 Th e 3Ts: Telescopes, Technologies and Techniques for Astron- Exhibit Hall 4 omy Education Wed 9:20 AM 04:00 PM AAS Poster 219 YSO / Star Formation III Exhibit Hall 4 Wed 9:20 AM 04:00 PM AAS Poster 220 Fortune and Fame: Fellowships, Textbooks, Cartoons Exhibit Hall 4 Wed 9:20 AM 12:00 PM Attendee Services Job Center Exhibit Hall 4 Wed 9:20 AM 01:00 PM Attendee Services Gadgets and Gizmos South Lobby Wed 10:00 AM 11:30 AM AAS Special 221 Biology of Astrobiology I Extremes of Earth Life 611-12 Wed 10:00 AM 11:30 AM AAS Special 222 Optical Cluster Finding: SDSS, RCS, DEEP 613-14 Wed 10:00 AM 11:30 AM AAS Oral 223 AGN General Properties and Relativistic Jet Acceleration. 6A Wed 10:00 AM 11:30 AM AAS Oral 224 CMB Th eory and 21 cm Cosmology 6B 40 41 Schedule of Events Schedule of Events Start Time End Time Event Type Session Session/Event Title Location Number Wed 10:00 AM 11:30 AM AAS Oral 225 COSMOS and Other Surveys 605-07 Wed 10:00 AM 11:30 AM AAS Oral 226 Extrasolar Planets II 608-10 Wed 10:00 AM 11:30 AM AAS Oral 227 Gamma-Ray Bursts 3B Wed 10:00 AM 11:30 AM AAS Oral 228 Star Clusters I 204 Wed 10:00 AM 11:30 AM AAS Oral 229 Th e and other SN Ia Surveys 3A Wed 10:00 AM 11:30 AM AAS Oral 230 Variable and Binary Stars 201 Wed 10:00 AM 11:30 AM AAPT Invited 231 Physics in Art and Art in Physics 211 Wed 10:00 AM 11:30 AM AAPT Special 232 Demonstrations for Teaching Astronomy 617 Wed 10:00 AM 11:30 AM AAPT Oral 233 Bringing Physics by Inquiry to K-12 Classrooms, Part II 303 Wed 10:00 AM 11:30 AM AAPT Oral 234 Introductory Physics Curriculum and Delivery 616 Wed 10:00 AM 11:30 AM AAPT Oral 235 Teacher Learning 310 Wed 11:40 AM 12:30 PM Plenary 236 Cannon Award in Astronomy Ballroom 6 Wed 12:30 PM 01:00 PM AAPT Event Great Book Giveaway Exhibit Hall 4 Wed 12:30 PM 03:00 PM AAPT Event 1st Annual AAPT Symposium on Physics Education 618-20 Wed 12:45 PM 01:45 PM AAS Town Hall Meeting Revealing the Hidden Nature of Space and Time (EPP2010) 609 Wed 02:00 PM 03:30 PM AAS Special 237 Biology of Astrobiology II History of Earth’s Life 611-12 Wed 02:00 PM 03:30 PM AAS Special 238 Ground-Based Mid-IR Astronomy in the Spitzer Era 613-14 Wed 02:00 PM 03:30 PM AAS Oral 239 AGN Jets 3B Wed 02:00 PM 03:30 PM AAS Oral 240 CMB-Experiments 6A Wed 02:00 PM 03:30 PM AAS Oral 241 Extrasolar Planets IV 605-07 Wed 02:00 PM 03:30 PM AAS Oral 242 Milky Way Topics 3A Wed 02:00 PM 03:30 PM AAS Oral 243 SNR, Cosmic Rays and Neutron Stars 201 Wed 02:00 PM 03:30 PM AAS Oral 244 Star Clusters II 204 Wed 02:00 PM 03:30 PM AAPT Oral 245 Instructional Technology in Physics and Astronomy Courses 303 Wed 02:00 PM 03:30 PM AAPT Oral 246 Physics and Society Education 617 Wed 02:00 PM 03:30 PM AAPT Oral 247 Teacher Professional Development Programs and Assessments 310 Wed 02:00 PM 03:30 PM AAPT Oral 248 Th eoretical and Diagnostic Issues 307-08 Wed 03:40 PM 04:30 PM Plenary 249 Oersted Medal Lecture Ballroom 6 Wed 04:40 PM 05:30 PM Plenary 250 New Planets Ballroom 6 Wed 05:30 PM 09:30 PM AAPT Event Executive Board III Douglas Board- room, Grand Hyatt

42 43 FRIDAY Events, Sessions and Paper Titles FRIDAY Events, Sessions and Paper Titles

FRIDAY W03 Intuitive Quantum Physics for Non-Science Majors AAPT Workshop, Friday, 8:00am-12:00pm, 309 W01 Video Based Motion Analysis for Homework and Class- Our course is designed to help students with little mathematics and science room background gain an understanding of some of the basic ideas and results of AAPT Workshop, Friday, 8:00am-12:00pm, UW PAB B108 quantum physics. Where possible, we have students build an understanding Th is workshop is for physics teachers who wish to explore the use of video- of physics from easily observable phenomena, giving students touchstone based motion analysis in a wide range of applications including the teaching concepts to use when dealing with more complicated topics. Th e course laboratory, projects and homework. Participants will learn how to make contains three instructional units in which students develop skills prereq- digital video clips for analysis, as well as how to use video analysis for home- uisite to understanding quantum physics, create a “toolbox” with which work problems and in the classroom. We will discuss educationally eff ective to study the quantum world, and discuss applications of quantum physics. uses of video analysis being developed in the LivePhoto Physics project, the Concepts studied in the course include: superposition and interference, Workshop Physics project and in other settings. Evaluation copies of analy- wave-particle duality, probability, energy, bound states, and tunneling. We sis soft ware, selected digital video clips and homework assignments will be use little algebra and emphasize graphical analysis and qualitative reasoning. provided to the participants for their use aft er the workshop. Th e soft ware Most material is introduced in three-hour lab-tutorial periods. Th e lab-tuto- used in this workshop is available for both Mac and Windows computers. rial includes individual, small-group, and large-group (full class) activities. Participants in this workshop may fi nd that some prior, hands-on experi- Participants will work through activities, discuss instructional formats, and ence with basic video analysis using soft ware such as VideoPoint or Video- get a full set of lab-tutorials. Graph will be helpful but is not required. (Format: Mac/PC) Chair, Michael Wittmann1 Chair, Robert Teese1 1University of Maine. 1Rochester Institute of Technology. W04 Grant Opportunities for Two-Year Colleges, Part 2 W02 Building TYC/University Partnerships in Teacher Prep- AAPT Workshop, Friday, 8:00am-12:00pm, UW PAB B110 aration Th is workshop is a continuation of Grant Opportunities for Two-Year Col- AAPT Workshop, Friday, 8:00am-12:00pm, 306 leges Part 1 off ered at Syracuse. Participants need not have attended Part 1 Half of our K-12 teachers begin their educations at two-year colleges. in order to attend Part 2. Topics include locating funding sources, writing Whether you are trying to start a program at your TYC or trying to forge the proposal, building a budget, and how to revise for re-submission. links between your university and TYCs in your area, you can learn new Chair, Steve Budd1 ideas and share your own at this workshop. Green River CC?s Project 1Springfi eld Technical Community College. TEACH has been hailed as a national model for teacher prep by the NSF, AAPT, AACC, and the National Association of Community College Teacher Education Programs. Hear from Project TEACH founder and physics W05 Case Studies for the Laboratory teacher Keith Clay, Project TEACH Center Director Leslie Heizer, Central AAPT Workshop, Friday, 8:00am-12:00pm, 212 Washington University partner Bruce Palmquist, and GRCC grant-writing Participants will be provided with four case study laboratory activities and guru Anne Baunach how this project grew from an idea into million-dol- work through one of them during the workshop. Participants will be asked lar grants and then into an institutionalized part of our college, our partner to bring their own ideas for either a physics topic or case scenario to be de- university, and our state community and technical college system. veloped into their own case. During the workshop participants will develop a fi rst draft of the case notes and instructor notes. Chair, Keith Clay1 1Green River Community College. Chair, Mary Creason1 1Duke University.

44 45 FRIDAY Events, Sessions and Paper Titles FRIDAY Events, Sessions and Paper Titles

W06 Making Pretty Pictures: How Astronomers Make Images Supernovae explosions can be utilized as an exciting topic to begin a year of AAPT Workshop, Friday, 8:00am-12:00pm, 211 physics. Th e catastrophic destruction of stars involves topics and equations Learn how astronomers make those great posters. LEARN TO MAKE taught in physics. Th e electromagnetic spectrum, spectroscopy, scientifi c YOUR OWN. Th is hands-on workshop is designed to increase students? notation, gravitation, rotation, circular motion, the work-energy equation, interest in astronomy and its many wonderful images, like the Crab . the impulse-momentum relationship, phases of matter, and nuclear reac- We will start with the basics of image processing and then learn how to tions are a few of the concepts that can be taught with supernovae events. use images with diff erent fi lters from Th e STScI Digitized Sky Survey. We Th is workshop will provide the materials and resources to introduce super- will learn how to manipulate color, stack, title the data and print the im- novae and into an existing physics curriculum. A Power- age using Photoshop Elements computer program. Th e next step will be to Point presentation with images and animations with a separate descriptive use data taken at Kitt Peak National observatory from NOAO?s TLRBSE text to introduce supernovae, and activities that range from pencil and program (each image is about 16 Mb fi ts image) to make a poster-size qual- paper to sophisticated image analysis soft ware will be provided, along with ity image. CD with directions/fi les will be distributed. Some knowledge of a set of problems that use specifi c mathematical equations and relationships Photoshop Elements will be helpful but not required. If available bring USB studied in a typical physics classroom. Th e problems will relate to superno- memory stick. Th is workshop is a synthesis of information gained through vae, and can be inserted into an existing physics course at the instructor’s Murdock?s Partners in Science, NOAO?s TLRBSE, Lift off Summer institute. discretion. Th is workshop is being fully subsidized by Chandra X-Ray. Chair, David McDonald1 Chair, Donna L. Young1 1Sidney High School. 1Tuft s University.

W07 Energy: What It Is, What It Isn’t, and How We Know W09 Using Large Data Sets to Teach Astronomy AAPT Workshop, Friday, 8:00am-12:00pm, 310 AAPT Workshop, Friday, 8:00am-5:00pm, UW PAB B128 We will present a model “chapter on energy” for an introductory phys- In 2005, scientists collected more data than in all previous human history. ics course. Th en we will consider it both in parts and as a whole, showing Much of these data are online, including astronomy data for hundreds of where most such chapters currently in texts lack or diff er. We will examine millions of sky objects. Many of these datasets have teacher-friendly inter- why they fail in the “How we know” department, why they seem unable to faces for viewing and searching their information, and many include lesson tell what energy “is,” and how they diff er due to a number of “booby traps” plans that guide students through the process of data discovery. I will show that have currency in the physics teaching literature. Th ese include confu- several projects that have tools that make data available to teachers, includ- sion about friction and its place in energy conservation, the fundamental ing the Sloan Digital Sky Survey and the National Virtual Observatory. I role of the Work-Energy principle in our understanding of energy. We will will also provide examples of lesson plans that teachers have designed that justify teaching energy within the framework of Newtonian physics, legiti- incorporate these data. mizing the derivation of energy relations from Newton’s Laws, and what Chair, Jordan Raddick1 this implies. Th e discussions are illustrated with Flash-animated snippets, 1Johns Hopkins University. contained in a CD that participants take home. Examples are worked out by participants. W10 Problem Solving Chair, Walter Scheider1 AAPT Workshop, Friday, 8:00am-5:00pm, 213 1Cavendish Science Organization. Accumulating research on problem solving in physics clearly indicates that traditional end-of-chapter numerical exercises in physics texts are not W08 Physics of Supernovae useful, and may actually be counterproductive, for helping students learn AAPT Workshop, Friday, 8:00am-12:00pm, 307 important physics concepts. Th e research also raises signifi cant questions

46 47 FRIDAY Events, Sessions and Paper Titles FRIDAY Events, Sessions and Paper Titles about the effi cacy of such tasks for helping students develop “problem solv- Strategies for Creating a Learner-Centered Introductory Col- ing skills.” In light of these results the natural question is: What alternative lege Astronomy Course tasks can we use to help our students develop problem solving skills and a AAS Workshop, Friday, 9:00am-5:00pm, 608 legitimate conceptual understanding? Th is workshop will review the re- Th e overarching goal of this workshop is to help *past workshop partici- search and then provide examples of several alternative tasks and their use. pants* with their obstacles to implementing a learner-centered introductory Th e alternatives presented will run a gamut from tasks which can easily be college astronomy course. Specifi cally, workshop participants will work to incorporated into essentially any instructor’s current structure to those that understand how students learn while engaged in learner-centered activities require a restructuring of an instructor’s pedagogy. and what the role of the instructor is in the learner-centered class. Chair, Th omas M. Foster1 Presenters: Edward Prather, Timothy Slater, Gina Brissenden (Univ. of Ari- 1Southern Illinois University Edwardsville. zona, CAPER Team) *Th is is an advanced course. You must have participated in a past workshop W11 InterActions in Physical Science: A Standards-based, to attend this workshop.* Inquiry-oriented Middle School Curriculum Fee: $35.00 AAPT Workshop, Friday, 8:00am-5:00pm, 214 Chair, Gina Brissenden1 What is appropriate middle-school physical science? What content is re- 1Univ. of Arizona. quired in middle-school to prepare students for high-school physics. Can it refl ect the nature of scientifi c inquiry? What does the research-base tell Speaker Ready Room us about the ability of the pre-high school student to learn physical sci- Attendee Services, Friday, 10:00am-6:00pm, 603-04 ence concepts? Do you work with prospective and in-service middle school See Saturday’s listing for AV instructions. science teachers and desire material that is inquiry-oriented and research based? Th ese are some of the questions that the developers of InterActions in Physical Science considered during the development of this NSF-sup- W12 Energy in the 21st Century ported physical science curriculum. Th e primary aim of InterActions is to AAPT Workshop, Friday, 1:00-5:00pm, UW PAB B108 promote both a deep understanding of fundamental physical science con- We have found that engaging students in predictions of what form and how cepts and the nature of scientifi c inquiry. Th e curriculum actively engages much energy will be used in the future is a very successful way to generate students in doing science by conducting interesting investigations and par- enthusiasm and further investigation of physics. Participants of this work- ticipating in sense-making discussions in small groups and with the whole shop will be introduced by way of experience to two diff erent group projects class. InterActions achieves these goals by helping students to pose scientifi c that involve designing energy systems. Th ese modeling exercises look at past questions, doing hands-on investigations, and making claims that they can energy consumption patterns and develop a plan for energy usage in the support with evidence. In this session you will learn how this curriculum 21st Century. Other considerations such as population, costs and effi cien- supports a classroom environment that engages students in doing science, cies are also used to further expand the discussion and decision making that learning how to make claims supported by evidence, and them persuading takes place. themselves and their peers that these claims are valid and useful ways of Chair, Pat Keefe1 understanding the world around them. 1Clatsop Community College. Chair, Robert Poel1 1Western Michigan University. W13 Designing a Diagnostic Environment in the Pre-College Classroom AAPT Workshop, Friday, 1:00-5:00pm, UW PAB B110 A diagnostic learning environment is one in which assessments are used to 48 49 FRIDAY Events, Sessions and Paper Titles FRIDAY Events, Sessions and Paper Titles identify students’ understanding and reasoning such that a teacher can de- learn how to put together an attractive, stimulating experience for children cide what might be troublesome about that thinking and address the specifi c and parents that has the added benefi t of getting your students involved in diffi culty with targeted instruction. While many teachers assess all the time, physics in a way they never anticipated. Haunted Physics Labs can be set up typically this means they identify whether the student has the “right” idea, at any level, elementary through university. Build some of your own displays and if not, the instruction presents more of the right idea. What we mean and see many more in person. A DVD with activity sheets, instructions and by a diagnostic learning environment closely parallels the diagnosis and photographs will be provided to each participant in addition to the materi- prescription that a medical doctor does. Th e doctor doesn’t just fi nd out that als to construct some airline-friendly interactive displays. See our HPL set you are not healthy. She/he assesses to fi nd out, as specifi cally as possible, up at an elementary school at http://www.physics.niu.edu/~frontier/wyp/ what the trouble is and then prescribes treatment to address that specifi c hpl_pec/index.html Support for this workshop provided by Arbor Scientifi c. diffi culty. Participants of this workshop will learn about and experience a Chair, Patricia Sievert1 diagnostic learning environment. In addition, participants will learn about 1Northern Illinois University. the Diagnoser Project?s free instructional tools to help diagnose pre-college student thinking. W16 Teaching Physics to Middle School Teachers with Light Chair, Stamatis Vokos1 and Sound Toys 1 Seattle Pacifi c University. AAPT Workshop, Friday, 1:00-5:00pm, 204 Th is workshop is based on a physics course for middle school teachers using W14 General Relativity Labs toys to introduce physics concepts(and lower anxiety). Th e hands-on activi- AAPT Workshop, Friday, 1:00-5:00pm, UW PAB B176 ties support a constructivist approach to teaching, emphasizing collabora- “A new generation of lab-based tests of gravity” Th e workshop will take tion, modelling and embedded assessments. Participants will make simple place at the NPL/CENPA building on the Univ. Washington campus, and toys such as kaleidoscopes and acoustical phones, receive sample toys and a would involve both presentations and lab tours. We will discuss tests of copy of the book by the presenter,”Toying With Physics, II- Light an Sound.” Einstein’s Equivalence Principle, and of the Newtonian Inverse-square law at Chair, Karen A. Bouff ard1 very small (less than 100 microns) and also large ( of the ) sepa- 1Newton’s Rule, Inc.. rations, as well astests involving quantum-mechanical spin. We will also give a presentation about LISA (proposed GravityWave Observatory in Space). NSF Astronomy & Astrophysics Postdoctoral Fellows Our experiments are primarily table-top and simple to understand without AAS Workshop, Friday, 1:00pm-7:00pm, 605 requiring much mathematical sophistication but the physics is really inter- esting and contemporary. Chair, Nate McCrady1 Co-leaders for this workshop are Eric Adelberger, Blayan Heckel, and Jens 1UC, Los Angeles. Gundlach. Chair, Mary Creason1 T01 Mining the Internet 1Duke University. AAPT Tutorial, Friday, 2:00-4:00pm, 208 Th e Internet is a rich source of science information. In this tutorial, I will W15 Make Your Own Haunted Physics Lab demonstrate some excellent resources. In this very informal setting, we can all learn from each other. Come prepared with questions and suggestions. AAPT Workshop, Friday, 1:00-5:00pm, 212 ?Hook? younger students into the physics lab and keep their attention for Chair, Pat Viele1 an aft ernoon with the promise of some spooky science. Once there, they 1Cornell University. and their parents are intrigued to fi nd out how things really work. Come

50 51 SATURDAY Events, Sessions and Paper Titles SATURDAY Events, Sessions and Paper Titles

SATURDAY W19 A Primer for Doing Astronomy Education Research AAPT Workshop, Saturday, 8:00am-12:00pm, 213 Registration (workshop reg. am, all reg. pm) Are you running an E/PO project and are concerned about the evaluation? Attendee Services, Saturday, 7:00am-9:00pm, South Lobby Are you implementing a new astronomy curriculum and want more data than just student evaluations? Have you been reading astronomy education W17 Environmental Physics & Global Warming research articles with too much uncertainty about the methods and results reported? Th en this is the workshop for you. Th is primer will introduce you AAPT Workshop, Saturday, 8:00am-12:00pm, UW PAB B110 to the core philosophies and methods of astronomy education research to An overview of the science of global climate with related classroom activi- help you become a better user and consumer of AER. ties. An introduction to online research to learn the state of our understand- ing of global climate change will also be included. Following this will be Chair, Th omas M. Foster1 1 Th e Th ermodynamics of Clothing Unit, is a hands-on activity-based unit Southern Illinois University Edwardsville. adaptable to teaching grades 7 ? 12. Th e Solar House Design Project involves an understanding of Solar Geometry, and Energy Use including soft ware to W20 Physics by Inquiry evaluate the performance of the house throughout the year. Th e Sustainabil- AAPT Workshop, Saturday, 8:00am-12:00pm, 212 ity Unit will have your students wondering how they can best protect their Th is workshop focuses on how college and university physics faculty can future on Earth. You may bring your own laptop computer. contribute to the professional development of pre-college (K-12) teachers. Chair, David Gewanter1 Participants will have an opportunity to gain hands-on experience with in- 1Georgetown University. structional materials (Physics by Inquiry) designed to provide teachers with the background needed to teach physics and physical science as a process of W18 Exploring Special and General Relativity with Interac- inquiry.(1) Excerpts from a video produced by WGBH will be used to illus- tive Curricular Material trate interactions between teachers and instructors during a course based on these instructional materials.(2) Participants will also gain an understanding AAPT Workshop, Saturday, 8:00am-12:00pm, UW PAB B128 of how physics education research has guided the design of the curriculum. Th ere are many reasons to use computer-based material for teaching relativ- In addition, there will be a discussion of various intellectual and practical is- ity. Both the special and general theories are full of (apparent) paradoxes sues. Volumes I and II will be provided to participants. (1) L.C. McDermott and captivate students? interest in physics. Because these topics focus on and the Physics Education Group at the University of Washington, Phys- abstract and unfamiliar concepts, visualization is especially valuable. Th is ics by Inquiry: An Introduction to Physics and Physical Science, Volumes workshop will emphasis both the special and general theory and the interac- I and II (Wiley, New York, 1996). Development was supported, in part, by tive soft ware with which you and your students can explore . Spe- the National Science Foundation. 2. Physics by Inquiry: A Video Resource cial relativity examples include: visualizing simultaneity, length contraction, (WGBH, Boston, 2000). Development was supported, in part, by the Na- time dilation, and spacetime diagrams. General relativity examples include tional Science Foundation. the gravitational red shift , trajectories of particles and light rays, and the observer?s view in the vicinity of non-spinning black holes. Each partici- Chair, Lillian McDermott1 pant will receive a CD containing Java applets, programs, and source code 1University of Washington. developed by the Open Source Physics Project. Th is workshop is supported in part by NSF DUE-0442581. W21 Beyond Clickers: Using Interactive Learning Devices for Chair, Mario Belloni1 Student Collaboration in the Classroom 1Davidson College. AAPT Workshop, Saturday, 8:00am-12:00pm, 214 In this workshop participants will learn how to use a new generation of soft -

52 53 SATURDAY Events, Sessions and Paper Titles SATURDAY Events, Sessions and Paper Titles ware that promotes student engagement with collaborative learning activi- Th is hands-on workshop is designed for those interested in making learn- ties. For anyone excited about the promise of classroom response systems ing in their introductory courses more active within the context of lectures, (‘clickers’) but frustrated by their limitations - this project off ers new av- labs, and recitation hours. Participants will be introduced to physics edu- enues for users and developers alike. Visit the project website http://tuples. cation research-based strategies for each of these components: Interactive sri.com/ for soft ware downloads prior to the workshop. You are encouraged Lecture Demonstration (ILDs), Web-Based ILDs, RealTime Physics labs, to bring your own laptop, Tablet PC or Windows Mobile device. Activity Based Tutorials and Collaborative Problem-Solving Tutorials, as Chair, S. R. Chaudhury1 well as modeling and video analysis tools. Th e tools and soft ware used in 1Christopher Newport University. this workshop are available for Macintosh and Windows computers. Chair, David Sokoloff 1 W22 Physics for Elementary Teachers and Physical Science 1University of Oregon. for Elementary Teachers AAPT Workshop, Saturday, 8:00am-12:00pm, 309 W24 Teaching Astronomy with Technology Physics for Elementary Teachers (PET) and Physical Science for Elemen- AAPT Workshop, Saturday, 8:00am-5:00pm, UW PAB B356 tary Teachers (PSET) are each one-semester courses for prospective and Th is workshop will survey a variety of educational technologies useful for practicing elementary teachers. Both PET and PSET engage students in four engaging students in both high school and introductory college classrooms. types of activities: (1) standards-based physics or physical science content, Special emphasis will be placed on simulation usage and peer instruction. (2) nature of science, (3) learning about one?s own learning, and (4) learn- Participants will work on computers gaining familiarity with the astrophysi- ing about the learning of elementary students. PET and PSET use a similar cal simulations of the Nebraska Astronomy Applet Project (NAAP) and its course pedagogy and activity sequence that is guided by research on student web-based assessment capabilities. Participants will also design peer in- learning of physical science. Th e PET course content focuses on the themes struction sequences to be used in the classroom using the computer-based of interactions, energy, forces and fi elds. PSET focuses on interactions, en- modules of the ClassAction Project. A lighter emphasis will be placed on ergy, forces and both macro and micro (small particle model) descriptions using computerized ranking tasks and on comparing available options for of the properties of matter. Specially designed computer simulators are used online homework, astronomy laboratories, and desktop planetariums. All both during class and as part of web-based homework. Aft er developing participants will receive NAAP, ClassAction, and computerized ranking task their own understanding of ideas in the PET or PSET class, students then materials on CD. analyze video of children discussing similar ideas in elementary classrooms. Chair, Kevin Lee1 During the workshop participants will view and discuss video from college 1University of Nebraska–Lincoln. PET and PSET classrooms, and from elementary classrooms. Th is workshop will provide participants with a substantial introduction to both the PET W25 Piaget Beyond and PSET curricula (with a greater emphasis on PET). *Supported in part AAPT Workshop, Saturday, 8:00am-5:00pm, 307 by NSF Grant ESI-0096856. PET is published by, and PSET will be pub- While early work of the Swiss Genetic Epistemologist, Jean Piaget, and lished by, It?s About Time, Herff Jones Education Division. co-workers in Geneva was being “rediscovered” in the 1970’s in phys- Chair, Fred Goldberg1 ics education, Piaget and his co-workers were advancing understanding 1 San Diego State University. of origins and development of human understanding of the world several decades beyond the works we were studying at the time. We were just grap- W23 Using Research-based Curricula and Tools to Revitalize pling with Piaget?s notion of developmental “stages,” while Piaget and his Your Introductory Course co-workers moved beyond “stages,” explaining how, why and under what AAPT Workshop, Saturday, 8:00am-5:00pm, UW PAB B108 circumstances human understanding changes. Physics educators realized

54 55 SATURDAY Events, Sessions and Paper Titles SATURDAY Events, Sessions and Paper Titles

Piaget’s method of evidence collection, the individual interview, revealed the novel approach works. Participants are encouraged to bring wireless-en- nature of interviewee understanding. Such interviews became the origins abled laptops. of physics education research (PER) in student conceptions. Work of the Chair, Gerald Meisner1 Geneva group on understanding change in human understanding has not 1University of North Carolina at Greensboro. been extensively studied in physics education and PER. Th is later work, with signifi cant implications for physics learning and teaching, will be the subject Career Workshop of this workshop. AAS Workshop, Saturday, 9:00am-4:00pm, 610 Chair, Dewey Dykstra, Jr.1 Registrants for this special workshop (attendance is limited) will learn how 1 Boise State University. to market themselves in today’s challenging employment environment. Ms. Jennifer Giesler, program offi cer for mentoring programs at the Geological T02 Civic Engagement and Service Learning Society of America, will spend the morning portion (9am-12noon) of the AAPT Tutorial, Saturday, 9:00-11:00am, 305 workshop providing insight into the current job market for astronomers, Th is tutorial is aimed at those interested in improving physics education how to capitalize on unique skills and abilities to land a job, unveil the inter- within the context of civic engagement (including service learning). During view process and discuss other topics based on questions from participants. the tutorial we will describe a national dissemination program that connects Th e aft ernoon portion (1-4pm) of the workshop is direct one-on-one review science and civic engagement by teaching “through” complex, capacious, of participant resumes with special emphasis on resume customization. and unresolved public issues and ways to participate in its activities. We will Th e registration fee for this event is $35 and may be paid with your meeting also discuss ways to include service learning in the physics curriculum using registration. examples from across the country, and engage in group activities that will Chair, Jennifer Giesler1 provide a springboard for making curricular changes that will make civic 1Geological Society of America. engagement an integral part of the physics curriculum. Chair, Th eo Koupelis1 Strategies for Creating a Learner-Centered Introductory Col- 1University of Wisconsin Colleges. lege Astronomy Course AAS Workshop, Saturday, 9:00am-5:00pm, 608 T03 Online DL Science Courses & Virtual Labs See Friday’s listing for details. AAPT Tutorial, Saturday, 9:00-11:00am, 306 Online learning will play an increasingly important role in educating tomorrow?s scientists and engineers. To be both pedagogically and cost ef- NSF Astronomy & Astrophysics Postdoctoral Fellows fective, the challenge of off ering inquiry-based, highly interactive, asynchro- AAS Workshop, Saturday, 9:00am-7:00pm, 605 nous or synchronous laboratory-based courses must be met. Th ese courses must be based on proven pedagogy and include decision-making, selection Chair, Nate McCrady1 of instrumentation, data collection and analysis, the ability to make realistic 1UC, Los Angeles. mistakes and transferable lab skills. Central to the laboratory environment is the dialog between user and virtual tutor; branching based on student ComPADRE in the K-12 Classroom answers permit nearly one-to-one guidance. A back end database permits AAS Workshop, Saturday, 9:30-11:30am, 613 extensive research on cognitive learning. Th is approach can be used for Just ComPADRE is an ongoing collaboration to provide community collections in Time Learning (JITL), Remediation, Tutorials, Interactive Assessment and tools for sharing teaching and learning resources in Physics and Astron- and Problem-Based Learning. You will be given an account to see how this omy. Th is workshop will introduce comPADRE’s network of websites, the

56 57 SATURDAY Events, Sessions and Paper Titles SATURDAY Events, Sessions and Paper Titles materials it contains, submission tools for contributing resources, editorial PRESENTATION: PowerPoint, Keynote, or Adobe Acrobat are the only tools for managing and reviewing materials, and, the communication tools accepted formats. Your presentation must be compatible with Offi ce XP for sharing expertise. Participants will use the ComPADRE’s collections to (2003) for PC or OS X for Mac. Th e PCs in the session rooms will be gather content and materials for a class and share their ideas for using the loaded with Windows XP Professional with Offi ce XP, and the Macs will materials. Topics covered include information databases submitting resourc- be loaded with OS X (10.46 Leopard) with Keynote and PowerPoint for es, reviewing materials, and developing new collections. depending on the Mac. All presentations must be in one of these formats. interests of the audience. ComPADRE is partially funded by the National Science Foundation. MOVIES: Movie fi les should be linked to your presentation rather than ComPADRE has three two-hour sessions each focused on diff erent audienc- embedded like a picture or drawing. If your presentation has linked es 1) pre-college science, 2) undergraduate physics, 3) introductory under- fi les, you must copy the linked fi les as well as the presentation to your graduate astronomy. Participants may sign up for one, two or three sessions. passoff media (see Drop Off below). QuickTime Movie fi les (.mov) or Some computing facilities will be available, but participants are strongly uncompressed Tiff fi les will not work as linked movies in the PC version encouraged to bring a computer to work with the collections. of PowerPoint. Please convert these types of fi les into MPEG (.mpg, .mpeg) or AVI (.avi) formats if you wish to link them to your Power- 1 Chair, Susana E. Deustua Point fi le. 1American Astronomical Society. LABEL: Your presentation fi le must be labeled with the session num- Speaker Ready Room ber, speaker number, and your last name (for example “35.03_smith”). Attendee Services, Saturday, 10:00am-6:00pm, 603-04 Please double check your fi le name before dropping off your fi le. AV EQUIPMENT DROP OFF: At least one in advance of your session, bring your Audiovisual equipment MUST be ordered via email (speakerready@aas. presentation on a CD-ROM or USB Flash Disk (PC formatted) to the org) at least 24 hours prior to your presentation or personally handed to the Speaker Ready Room (Room 603-4). American Audio Video technician in the speaker ready room. SPEAKER READY ROOM: Th e Speaker Ready Room is located room • VCRs/Monitors: must be ordered and cost $85. Payment may be 603-4. Th e computers in the speaker ready room and each of the session made with registration and must be paid for by the start of the meeting. rooms are EXACTLY alike. If your presentation presents correctly in the Speaker Ready Room, it will present correctly in any Session Room. • 35mm and Overhead Projectors: are free but must be ordered 24 A technician will be in the Speaker Ready Room all day to assist you. hours in advance from the speaker ready room technician. Please feel free to drop by and ask questions. IN THE SESSION: You will control your presentation on the computer • Microphones: Each oral session room will have two microphones: in the session room. Th ere will be a laptop for you to use. Please do not a wireless lapel microphone, and a hard mounted podium microphone. attempt to load your presentation on this laptop as it may be deleted You do not need to place an order for microphones. remotely.

• LCD Projectors and Laptops: will be provided in every oral session Questions: Prior to the meeting, contact Rick Mathews with American room, free of charge. YOU MAY NOT USE YOUR OWN. Th ere will be Audio Video, [email protected], 703-573-6910, 703-569-6701. Onsite, a one Mac laptop and one PC laptop in each room. You do not need to technician will be in the Speaker Ready Room (603-4) all day to assist you. place an order to use the LCD Projector, but the following requirements Chair, Rick Matthews1 must be strictly adhered to: 1American Audio Video.

58 59 SATURDAY Events, Sessions and Paper Titles SATURDAY Events, Sessions and Paper Titles

EPO Programs by NASA Research Grant Awardees will help you do this. It will consist of a model one hour long Powerpoint AAS Workshop, Saturday, 12:00-4:00pm, 609 talk on “Crazy Ideas in Science,” followed by a practice session, where par- Th is session is intended to highlight and serve those NASA research grant ticipants try to brainstorm ideas for creating such talks in areas of interest to awardees who have carried out programs in education and public outreach them. (EPO). It is also intended to provide introductory information for space Chair, Robert Ehrlich1 scientists who have yet to get involved in EPO but are interested in doing 1George Mason University. so. Th e session will include oral presentations on NASA’s Science Mission Directorate EPO program, current EPO grant opportunities, and ways W28 Experiencing the Pedagogical Process to navigate the proposal process. It will also include contributed oral and AAPT Workshop, Saturday, 1:00-5:00pm, UW PAB B128 poster presentations by NASA research grant awardees which describe their Pedagogy is a process. Unfortunately, it has been wrongfully viewed and EPO programs. taught as a subject matter in and of itself in the schools of education. As a Chair, William H. Waller1 result, pedagogy has come to be perceived by other professionals as largely 1Tuft s Univ.. irrelevant, sometimes even as fl uff stuff . Th e net result is pedagogy has re- ceived a bad name. Th is view is a major obstacle to producing quality teach- W26 Intermediate Mechanics Tutorials ers. Th e workshop we are proposing is to demonstrate pedagogy as a process AAPT Workshop, Saturday, 1:00-5:00pm, 309 inseparable from the content being taught. In this case, the workshop uses Ongoing research in physics education has demonstrated that physics ma- computer applications as a content for providing a hands-on demonstration jors oft en do not develop a working knowledge of basic concepts in me- of pedagogy as a process for math and science teachers. Th is process has chanics, even aft er standard instruction in upper-level mechanics courses. been analyzed into specifi c teaching techniques, now documented and illus- Th is workshop will focus on Intermediate Mechanics Tutorials (IMT), a trated in our book, “Color-Blind Teaching”. Th ese techniques have been test- suite of research-based materials that provides an innovative instructional ed and validated over a long period of time with diverse students, character- approach that supplements traditional lectures. Th ese materials are designed ized by diff ering academic preparations, ethnicities, socio-economic status, to address persistent student diffi culties and to guide students to make ap- and cultures. Th e techniques have resulted in a retention rate of around 95% propriate connections between the physics and mathematics. Workshop with diverse populations, a vast improvement over the usual retention rate participants will learn about recent results from the research and obtain of 25-40% in diverse classrooms. Most importantly, the workshop opens the fi rsthand experience with selected tutorials. Because intermediate mechan- door to increased teaching eff ectiveness, and we promise all of this without ics courses vary in format and content from institution to institution, we your having to abandon the time-honored and much-loved lecture method. will also discuss how IMT can be tailored appropriately. A copy of all IMT Chair, Daryao Khatri1 materials, which include conceptual, derivation, and computer-based tutori- 1University of the District of Columbia. als, will be given to each participant. Chair, Bradley Ambrose1 W29 Exploring Easy & Eff ective Ways to Use PhET’s Web- 1Grand Valley State University. Based Interactive Simulations in Your Physics Course AAPT Workshop, Saturday, 1:00-5:00pm, UW PAB B176 W27 Not Your Usual Powerpoint Th e Physics Education Technology (PhET) Project has developed over AAPT Workshop, Saturday, 1:00-5:00pm, UW PAB B110 50 simulations for teaching and learning introductory physics at the high With a little imagination it is possible to use Powerpoint to produce very school and college levels. Th ese research-based simulations create animated, attractive and creative presentations for illustrating physics talks -- either interactive, game-like environments that are designed to engage students classroom lectures or presentations to professional audiences. Th is tutorial in active thinking, encourage experimentation, and help develop visual and

60 61 SATURDAY Events, Sessions and Paper Titles SATURDAY Events, Sessions and Paper Titles conceptual models of physical phenomena, emphasizing their connections ticipants are encouraged to bring their laptops and will receive the module to everyday life. Th e simulations are free, and can be run from the PhET valued at $100. More information can be found at website http://www. website (http://phet.colorado.edu) or downloaded to a local computer for voyagesthroughtime.org/cosmic/index.html. off -line use. In this workshop, participants will work with these simulations Chair, Mary Ann Kadooka1 and explore how they can be used eff ectively in lecture, lab, and as part of 1University of Hawaii. homework assignments to improve both student learning and engagement. Chair, Katherine Perkins1 W32 Tutorials in Introductory Physics 1 University of Colorado at Boulder. AAPT Workshop, Saturday, 1:00-5:00pm, 212 Tutorials in Introductory Physics(1) is a set of instructional materials W30 Th e Physics Teaching Web Advisory, Online Advice for intended to supplement the lecture, textbook, and laboratory of a stan- Teaching Physics dard calculus-based or algebra-based introductory course. Th e tutorials AAPT Workshop, Saturday, 1:00-5:00pm, UW PAB B180 are designed to address specifi c conceptual and reasoning diffi culties that Th e Physics Teaching Web Advisory (Pathway) is a new type of digital have been identifi ed through research. In addition to providing hands-on library. Based on state-of-the-art digital video technology, Pathway is a experience with the curriculum, the workshop will include discussions of free online resource that provides assistance and expertise for teachers of instructional strategies incorporated into the materials and results from physics. Participants will be introduced to the two primary components of assessments of student learning. Important aspects related to implemen- Pathway ? the Synthetic Interview and the searchable digital video library. tation of the tutorials will be covered, including preparation of graduate Th e Synthetic Interview enables any teacher to have a virtual conversation teaching assistants, undergraduate peer instructors, and post-docs. Copies with experienced physics teachers while the digital library provides access of Tutorials in Introductory Physics will be provided to participants. (1) L.C. to a variety of video resources. We will show how Synthetic Interview re- McDermott, P.S. Shaff er, and the Physics Education Group at the University sponses are tied to the National Science Education Standards and to current of Washington, Tutorials in Introductory Physics, First Ed. (Prentice Hall, literature in physics teaching. Participants will learn how both features can 2002). Development was supported, in part, by the National Science Foun- be valuable in their physics teaching. Supported in part by NSF under grant dation. numbers DUE-0226157, DUE-0226219, ESI-0455772 & ESI-0455813. Chair, Lillian McDermott1 Chair, Brian Adrian1 1University of Washington. 1Kansas State University. W33 Franklin and Electrostatics W31 Cosmic Evolution: the “Astro” in Astrobiology AAPT Workshop, Saturday, 1:00-5:00pm, 308 AAPT Workshop, Saturday, 1:00-5:00pm, 211 Benjamin Franklin’s experiments and observations on electricity established Do you want to entice students to learn more physics by using astronomy not only his reputation as a scientist, but also our electrical conventions and applications within the context of astrobiology? Learn how the search for vocabulary, and the principle of charge conservation. In his letters, Franklin life in the universe inspires students. Th is workshop will introduce you builds, test, and defends his model with skill and eloquence, arguing from to curriculum materials in the Cosmic Evolution module from Voyages experiment and sharing both his wisdom and doubts, while clearly convey- Th rough Time (VTT), a standards-based and nationally fi eld-tested course ing his fascination with electricity. As Franklin was not formally schooled in developed by SETI Institute. Participants will practice inquiry based lessons mathematics, his theory was qualitative, and is an approachable example of on spectroscopy, gravity and stellar evolution. In addition to VTT, you will hands-on and minds-on construction of a conceptual model with signifi cant learn how a space-orbiting photometer for the NASA Kepler Mission will be explanatory power. In this new workshop, developed by the author at the used to detect potentially life-supporting planets around other stars. Par- Wright Center for Science Teaching at Tuft s University, working with Frank-

62 63 SATURDAY Events, Sessions and Paper Titles SATURDAY Events, Sessions and Paper Titles lin’s descriptions, we will recreate many of his experiments using modern, improvement of their science teaching in the classroom. inexpensive equipment. Participants will receive a CD-ROM along with the Chair, Bryan J. Mendez1 workshop manual, a collection of Franklin’s letters relating to electricity, and 1UC Berkeley. many historical pictures and illustrations. Th e year 2006 marked the tercen- tenniel of Franklin’s birth. Continue the celebration! (Workshop partially ComPADRE in Undergraduate Physics supported by the Wright Center for Innovative Science Education, Tuft s U.) AAS Workshop, Saturday, 1:00-3:00pm, 613 Chair, Robert Morse1 See morning ComPADRE workshop for description. 1Cathedral College. Chair, Susana E. Deustua1 1American Astronomical Society. W34 Teaching Tailored Tutorials AAPT Workshop, Saturday, 1:00-5:00pm, 310 Undergraduate Orientation Instructors inevitably need to adapt even the best reform materials to suit their local circumstances. We off er a package of research-based, open- AAS Event, Saturday, 6:00-7:00pm, N. Galleria Lobby - 2nd Floor source, epistemologically-focused mechanics tutorials, along with the Undergraduate students, their advisors and those interested in attract- detailed information instructors need to make eff ective modifi cations and ing undergraduate students to their graduate program, or undergradu- provide professional development for TAs. In particular, our tutorials are ate research opportunity are invited to attend this event. Th e Chair of the embedded with comments from the developers, advice from experienced Astronomy Education Board will explain how to get the most benefi t from instructors, and video clips of students working on the materials. A DVD an AAS meeting and outline how the meeting works. Th e leadership of the will be provided to all participants. AAS will also be in attendance to answer questions and get to know the un- dergraduate attendees. Tickets are required and are available free of charge 1 Chair, Rachel Scherr to all undergrads, their advisors and those off ering research opportunities 1 University of Maryland. (or jobs) to undergraduates, through the meeting registration form and will be placed in their registration envelope. Light snacks and refreshments will Exploring Magnetism in Earth and Space Science be provided. Organizations hoping to recruit undergraduate students may AAS Workshop, Saturday, 1:00-5:00pm, 607 reserve poster display space for a small fee. We will present hands-on lessons, developed by the Center for Science Chair, Susana E. Deustua1 Education at UC Berkeley’s Space Sciences Laboratory, about the basics 1American Astronomical Society. of magnetism and its connection to electricity. Magnetism is important in understanding topics such as , solar fl ares, geomagnetic storms, Center for Astronomy Learner-centered Teaching Workshop and aurorae. Participants will map the magnetic fi elds around bar magnets Participant Reunion and electrical circuits; explore how to make a coil of wire behave like a bar magnet; and discover how to generate electrical currents with nothing more AAPT Event, Saturday, 7:00-8:00pm, 618 than a bar magnet. Additional activities will explore the strength of mag- netic fi elds during a solar fl are, an electromagnetic induction lesson to help Chair, Timothy F. Slater1 1 students understand how electrical currents in the upper atmosphere can be Univ. of Arizona. measured by magnetic fi elds on the ground, and an activity involving using —END OF PRE-MEETING WORKSHOPS AND EVENTS— the internet and computer soft ware programs to discover how the Sun’s elec- trical solar wind is infl uencing Earth’s magnetic fi eld. We seek to enhance the teacher’s content knowledge as well as model pedagogical methods for

64 65 SATURDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

Opening Reception SUNDAY Joint Event, Saturday, 7:00-10:00pm, Grand Hyatt Th is opening reception is for all participants and registered guests. It will First-Timers Orientation feature a cash bar and light snacks (not to be construed as dinner!). AAPT Event, Sunday, 7:00 am - 8:00 am, 307-08 Meeting registration is being held at a separate location, the Washington If this will be the fi rst time you have had the opportunity to attend an AAPT State Convention and Trade Center. National meeting and would like to have an “inside” track on where to start to gain the most from the experience, join forces with AAPT member meet- ing veterans who will be happy to show you the ropes. Sign-up for this event (no fee) and come on by for coff ee and pastries. At this gathering you’ll feel right at home and wonder why you haven’t attended before! No fee, but registration is required. Registration Attendee Services, Sunday, 7:30am-5:00pm, South Lobby

Speaker Ready Room Attendee Services, Sunday, 7:30am-6:00pm, 603-04 See Saturday’s listing for AV instructions.

Cyber Café Attendee Services, Sunday, 8:00am-6:30pm, South Lobby Th e Cyber Cafe, will open Sunday, opening at the beginning of the morning coff ee break and closing Wednesday aft er the evening poster sessions. In ad- dition to computers, there will be open lines for your laptops. Th ere will be an open area with wireless connectivity. Please be advised that users need to bring their own wireless cards and review the connection process with their system administrators. In order to provide continuous network connectiv- ity to all of our attendees and exhibitors, we will ask you to adhere to the following rules. • If there is a waiting line for computers, please limit your time to 15 minutes. • All attached devices will be required to be running the most up- to-date Virus Protection Soft ware and Virus Defi nitions, IP Filtering, Anti-Ad and Anti-Spyware Soft ware. • We recommend turning off automatic updates to your operating system, this will prevent bottlenecks in the network during the morning hours. • No device should be running as a server for off site clients.

66 67 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

Absolutely no routers can be attached to the network without prior 003.05 Impulse In, Impulse Out - Understanding Elastic Collisions Before authorization from the AAS IT Staff . Energy Th e network will be monitored throughout the meeting and the AAS Staff Richard G. Piccioni1 reserves the right to disconnect any device that is causing overall network 1James A. Garfi eld High School. problems. Chair, Scott Idem1 003.06 Characterizing Student Experiences in Physics Competitions: Th e 1American Astronomical Society. Power of Emotions Rachel F. Moll1, S. Nashon1, D. Anderson1 1 Session 002 Space Flight: A Human Perspective University of British Columbia, Canada. Plenary, Sunday, 8:30-9:20am, Ballroom 6 003.07 Introduction to Physics of the Universe in AP Physics Classrooms Chair, Janelle M. Bailey1 Stephanie L. Allen1 1Univ. Nevada, Las Vegas. 1Hope College.

002.01 Space Flight: A Human Perspective 003.08 Modifi cation of Multiple-Choice Assessment Items Based on Stu- Kathryn C. Th ornton1 dent Feedback 1 1University of Virginia. Th omas J. Regan 1AAAS/Project 2061. Session 003 Poster Session I 003.09 Producing a Brighter Future by Changing a Trend AAPT Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Elaine Gwinn1 003.01 PhysicsFirst: Building Connections with a Concurrent Mathematics 1Ball State University. Course Boris M. Korsunsky1 003.10 Th e Illinois Pipeline Project 1Weston High School. Carl J. Wenning1 1Illinois State University. 003.02 Building Problem-Solving Skills in PhysicsFirst Classroom Boris M. Korsunsky1 003.11 Eff orts to Recruit Secondary STEM Teachers at Columbus State 1Weston High School. University T. Webster1, MaSST Preparation Council 003.03 Putting the “Spark” into Physical Science and Algebra 1Columbus State University. Andre Dagenais1, B. Pill1 1Sanford School. 003.12 Mentoring Beginning and Crossover Teachers Dale Freeland1 003.04 Teaching Lower Socio-Economic Students About Th e Electromag- 1Portage Central High School. netic Spectrum Uses Sharon R. Blauvelt1 003.13 Is Special Training Needed to Teach “Physics For Elementary 1Missouri State University. Teachers”? Paul W. Zitzewitz1, J. F. Devlin1, R. M. Savage1, C. M. Swift 1 1University of Michigan-Dearborn.

68 69 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

003.14 Training Future Physics Teachers at BYU: Successes in Teacher 003.23 Report on the IX Inter-American Conference on Physics Education Training Gordon J. Aubrecht, II1, J. F. Sullivan2 Duane B. Merrell1, R. Beck Clark1 1Ohio State University at Marion, 2College of Applied Science/University 1Brigham Young University. of Cincinnati.

003.15 A Proposal for a Research-based Constructivist Physics-and-Peda- 003.24 Latin America’s Presentation of “World Year of Physics 2005” gogy Course Margarete B. Allen1 1 Esther Zirbel 1Los Angeles Pierce College. 1Tuft s University. 003.25 A Masterclass in Particle Physics for High School Students 003.16 PET as a Model for Other Introductory Content Courses Kenneth Cecire1, T. Entwistle2 1 George D. Nelson 1Hampton University, 2Ward Melville High School. 1Western Washington University. 003.26 Physics Education in Nigeria 003.17 Teacher Leaders as Intern Supervisors: Lessons from an MSP Project Jeff erson L. Collier1 1 Jacob Clark Blickenstaff 1ABTI-American University of Nigeria, Nigeria. 1Western Washington University. 003.27 Physics Education in Russia and in the 003.18 Th e Need and Eff ectiveness of Professional Development for K-12 Irina Struganova1 Teachers 1Barry University. Robert J. Endorf1, K. M. Koenig2 1 2 University of Cincinnati, Wright State University. 003.28 Th e Comparison Between Russian High School And American Col- lege Curricula 003.19 Orange Peel - Th e Orange’s Life Vest Valentin Voroshilov1 1 1 Milijana Suskavcevic , E. Hagedorn 1Boston University. 1University of Texas at El Paso. 003.29 Representations of Force and Motion Concepts at the Middle Level 003.20 Never Fear; Scaff olding is Here: Solar Research in the Classroom Th omas J. Regan1, B. Sweeney1, T. Willard1, G. DeBoer1 1 2 1 1 Constance E. Walker , N. DeMuth , D. Isbell , S. M. Pompea , K. 1AAAS/Project 2061. Garmany1 1 2 National Optical Astronomy Observatory, El Camino College. Session 004 A Potpourri of Internal Properties of Galaxies 003.21 Using Case Studies to Assess the Impact of Modeling Workshops AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 1 1 1 Jeff Saul , G. O’Brien , L. Kramer 004.01 A Deep HST Survey of the Prototypical M81 1Florida International University. Andreas Zezas1, J. S. Gallagher, III2, P. Mucciarelli3 1SAO, 2U. Wisconsin-Madison, 3INAF-Obs. Padova & U. Padova, Italy. 003.22 Contrasting Inquiry and Direct Physics Instructional Designs: Examples from Dynamics 004.02 Panchromatic Tully-Fisher Relations Betty Adams1, A. Undreiu1, D. Schuster1 Martin Meyer1, SINGS Team 1Western Michigan University. 1STScI.

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004.03 Mapping Tidal Interactions in the M51 System 004.10 A Multi-Waveband Study of the Southern Compact Group, SCG Allison G. Noble1, J. S. Gallagher1, K. E. Dellenbusch1 0018-4854 1U. Wisconsin-Madison. Elizabeth H. Wehner1 1McMaster University, Canada. 004.04 Ultraviolet Observations of M51 with Swift /UVOT Sally D. Hunsberger1, C. Gronwall1, A. Morgan2, S. Immler3, T. S. 004.11 Mapping a Low Surface Brightness Galaxy Poole4, A. A. Breeveld4 Kushal T. Mehta1, K. O’Neil2 1Pennsylvania State Univ., 2University of Cambridge, United Kingdom, 1University of Maryland, Baltimore County, 2National Radio Astronomy 3NASA GSFC, 4Mullard Space Sciences Laboratory, United Kingdom. Observatory.

004.05 Spitzer IRS Spectral Maps of Spatially Resolved Molecular Hydro- 004.12 In Search of the Highest Galaxies in the Uni- gen in NGC 5194 verse Gregory Brunner1, K. Sheth2, L. Armus2, G. Helou2, E. Schinnerer3, Sarah B. Salviander1, G. A. Shields1, K. Gebhardt1, M. Bernardi2 S. Vogel4, M. Wolfi re4 1Univ. of Texas at Austin, 2Univ. of Pennsylvania. 1Rice Univ./Spitzer Science Center, 2Spitzer Science Center, 3MPIA, Ger- many, 4University of Maryland. 004.13 Th e Connection In Bulge Properties And Th e Bimodailty Of Galaxy Properties 1 2 004.06 Excess 4.5 Micron Emission from SINGS Galaxies David B. Fisher , N. Drory Michael W. Regan1, SINGS Team 1Univ. Of Texas, 2MPE - Garching, Germany. 1STScI. 004.14 Revisiting the Low Problem of the Hot ISM in X-ray 004.07 Evolution and Instability of Galactic Gas Disks inresponse to A Faint Early-type Galaxies Spiral Density-wave Potential Jimmy Irwin1, G. R. Sivakoff 2, C. L. Sarazin3, J. Ji1, J. N. Bregman1, Chi Yuan1, D. C. Yen1, H. H. Wang1 W. G. Mathews4 1Academia Sinica, . 1Univ. Of Michigan, 2Ohio State University, 3Univ. Of Virginia, 4Univ. Of California-Santa Cruz. 004.08 Hydrodynamical Simulations of the NGC 6782 004.15 Chandra Observations of Maff ei 1 Lien-Hsuan Lin1, C. Yuan1, R. Buta2 Christopher S. Reynolds1, C. Miller1 1Academia Sinica, Taiwan, 2Department of Physics and Astronomy, 1Univ. Of Maryland. University of Alabama. 004.16 PNLF Distances to Six Face-On Spiral Galaxies 1 1 2 004.09 Star formation and fi gure rotation in the early-type galaxy Kimberly A. Herrmann , R. Ciardullo , J. J. Feldmeier , M. Vin- NGC2974 ciguerra1 Hyunjin Jeong1, M. Bureau2, S. K. Yi1, D. Krajnovic2, R. L. Davies2 1Penn State University, 2Youngstown State University. 1Yonsei University, Republic of Korea, 2University of Oxford, United Kingdom. 004.17 Th e Star Formation History in Andromeda’s Diff use Stellar Halo Th omas M. Brown1, E. Smith1, H. Ferguson1, P. Guhathakurta2, R. Rich3, J. Kalirai2, A. Renzini4, A. Sweigart5 1STScI, 2UCSC, 3UCLA, 4INAF, Italy, 5NASA/GSFC.

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Session 005 AGN, Starbursts, and Sub-mm Galaxies Session 006 Astrobiology and Lab Results AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 005.01 SPIRE Multi-Color Fluctuation P(D) Analysis Below the Confusion 006.01 Investigation of Anomalous Sputtering Behavior of a Ga-In Target Limit. Dale R. Nunn1, D. L. Weathers1, L. R. Burns1, P. Kadam1, S. Li1 Glenn T. Laurent1, J. Glenn1, P. R. Maloney1, J. J. Bock2 1University of North Texas. 1University of Colorado, 2Jet Propulsion Laboratory. 006.02 Laboratory Optical Constants and Refl ectance Spectra of 005.02 A Comparison of Eff ective Volumes for X-ray Surveys Silicon Carbide Dave J. English1, M. Elvis1, H. Hao1 Karly M. Pitman1, A. M. Hofmeister2, A. K. Speck3 1Harvard-Smithsonian CfA. 1NASA Jet Propulsion Laboratory, California Institute of Technology, 2Dept. of Earth & Planetary Sciences, Washington University - St. Louis, 005.03 Colour Bimodality in Powerful AGN Host Galaxies 3Dept. of Physics & Astronomy, University of Missouri - Columbia. David Floyd1 1 STScI. 006.03 Modeling Atmospheric Eff ects of the September 1859 Brian Th omas1, C. H. Jackman2, A. L. Melott3 005.04 Cosmological History of Massive Interactions in Triples 1Washburn Univ., 2NASA GSFC, 3University of Kansas. Frederic A. Rasio1, J. Fregeau1, S. Umbreit1, M. Volonteri1 1 Northwestern Univ.. 006.04 Living with a dM Star: Evolution over Time of Dynamo Generated X-ray - UV Emissions and Eff ects on Hosted Planets 005.05 Local Benchmarks for the Evolution of Major-Merger Galaxies (I)-- Edward F. Guinan1, S. G. Engle1, L. E. DeWarf1, D. Schulze- - Spitzer Observations of a K-Band Selected Sample Makuch2, M. Cuntz3, R. T. Zellem1, V. Pettiford1 1 1 1 2 3 C. Kevin Xu , Y. Cheng , R. Cutri , D. Domingue , Y. Gao , J. 1Villanova Univ., 2WSU, 3Univ. of Texas, Arlington. Huang4, N. Lu1, J. Mazzarella1, W. Sun5, J. Surace1 1 2 3 4 5 Caltech, GCSU, Purple Mountain, , CfA, NCU, Taiwan. 006.05 Evolutionary Competition Between Primitive Photosynthetic Sys- tems: Existence of an early purple Earth? 005.06 Local Benchmarks for the Evolution of Major-Merger Galaxies (II) William B. Sparks1, S. DasSarma2, I. N. Reid1 --- Palomar H_alpha/H_beta Observations of a K-Band Selected 1STScI, 2University of Maryland Biotechnology Institute. Sample Yi-Wen Cheng1, C. K. Xu1, N. Lu1, R. Cutri1, D. Domingue2, Y. Gao3, J. Huang4, J. Mazzarella1, J. Surace1, W. Sun5 Session 007 Black Holes 1IPAC/Caltech, 2GCSU, 3Purple Mountain, China, 4CfA, 5National Cen- AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 tral Univ., Taiwan. 007.01 Th e Binary Nucleus in VCC 128: A Candidate in a Dwarf Elliptical Galaxy 005.07 Evidence for Evolution in the FIR Function of Lumi- Victor P. Debattista1, I. Ferreras2, A. Pasquali3, A. Seth4, S. De Ri- nous Infrared Galaxies from Spitzer and ISO Observations of the jcke5, L. Morelli6 Lockman Hole 1Univ. of Washington, 2King’s College London, United Kingdom, 3Max- 1 1 2 2 Bradley Jacobs , D. B. Sanders , D. Rupke , S. Veilleux , E. Le Planck-Institut fur Astronomie, Germany, 4Centre for Astrophysics, 5Uni- Floc’h1, O. Ilbert1, H. Aussel3, Y. Taniguchi4, M. Yun5 versiteit Gent, Belgium, 6Pontifi cia Universidad Catolica de Chile, Chile. 1Univ. Of Hawaii, 2Univ. Of Maryland, 3CEA/Saclay, France, 4Ehime University, Japan, 5Univ. Of Massachusetts.

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007.02 First Constraints on Black Hole Spin in Broad Line AGN 008.04 Multi-frequency VLBA Observations of Circular Polarization fro- Laura Brenneman1 mExtragalactic Radio Jets 1Univ. of Maryland. Daniel C. Homan1, M. L. Lister2, H. D. Aller3, M. F. Aller3, J. F. Wardle 4 007.03 Th e of GRS 1915+105: What Makes it Go Crazy? 1Denison Univ., 2Purdue Univ., 3University of Michigan, 4Brandeis Uni- David M. Rothstein1 versity. 1Cornell Univ.. 008.05 Cm-band Circular Polarization Spectral Variability from Blazars: 007.04 Toward Understanding the Spectral Energy Distribution of Micro- Recent Results from the UMRAO Program . I. Multiwavelength Properties of XTE J1550--564 Margo F. Aller1, H. D. Aller1, P. A. Hughes1 Yongquan Xue 1, X. Wu2, W. Cui1 1Univ. of Michigan. 1Purdue Univ., 2Peking Univ., China. 008.06 Observations of Blazar S5 0716+714 With Ground Based Telescopes 007.05 Active X-ray States of Black Hole Binaries: Current Overview and the Spitzer Infrared Space Telescope Ronald A. Remillard1, J. E. McClintock2 Jeff ery Adkins1, M. Lacy2, A. Morton1, T. Travagli1, M. Mulaveesala1, 1MIT, 2Harvard-Smithsonian. J. Santiago1, S. Rapp3, L. Stefaniak4 1Deer Valley High School, 2Spitzer Science Center, 3Linwood Holton 007.06 High Resolution Ultraviolet Spectroscopy of the X-ray Binary Cyg- Governor’s School, 4Allentown High School. nus X-1 Adrienne E. Hunacek1, S. D. Vrtilek2, B. S. Boroson2, D. Geis3 008.07 Microvariabilty in Active Galactic Nuclei at 1420 MHz 1MIT, 2Harvard-Smithsonian CfA, 3Georgia State University. James W. Atwood1 1Morehead State Univ.. Session 008 Blazars and AGN jets AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 008.08 Ejection Direction Variations in MOJAVE AGN Jets Matthew L. Lister1 1Purdue Univ.. 008.01 Collimation and Stability Properties in AGN Jets 1 1 Masanori Nakamura , H. Li 008.09 Eff ects of Jet Opening Angle and Velocity Structure on Blazar Pa- 1LANL. rameters Paul J. Wiita1, .. Gopal-Krishna2, S. Dhurde3, P. Sircar4 008.02 Correlated Multifrequency Variability in the Blazars 3C 279 and 1Georgia State Univ., 2National Centre for Radio Astronomy/TIFR, In- PKS 1510-089 dia, 3InterUniversity Centre Astron. & Astrophys., India, 4Dept. Physics, Ritaban Chatterjee1, A. P. Marscher1, S. G. Jorstad1, M. F. Aller2, I. M. McHardy3 IIT Kanpur, India. 1Boston Univ., 2Univ. Michigan, 3Univ. Southampton, United Kingdom. 008.10 Searching for TeV Blazar Candidates in the Sloan Digital Sky Sur- vey 008.03 Spitzer Observations of A and Pictor A 1 2 2 2 2 1 2 2 3 David A. Barnaby , L. Fortson , G. Gyuk , D. Steele , M. Subbarao , Dean C. Hines , G. H. Rieke , K. D. Gordon , C. L. Carilli , L. Ar- M. Carini1, J. Maune1 mus4, Y. Shi2 1Western Kentucky Univ., 2Adler Planetarium. 1Space Science Inst., NM, 2U. Arizona, 3NRAO, 4Spitzer Science Ctr.

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008.11 Rapid Multiwavelength Polarization Variability in the 0420- 009.03 Phase-Resloved Infrared Cyclotron Spectroscopy of Polars 014 Ryan Campbell1 Francesca D. D’Arcangelo1, S. G. Jorstad1, A. P. Marscher1, P. S. 1New Mexico State Univ.. Smith2 1Boston Univ., 2Steward Obs. 009.04 Near Infrared Quantitative Abundance Analysis of Th e Secondary Stars in a Sample of CVs 008.12 A Multi-Wavelength Study of Blazars with WIYN - VERITAS - Ice- Joseph W. Wellhouse1, T. E. Harrison1 Cube 1New Mexico State University. Kirsten Larson1, M. Bayer2, T. Montaruli2, D. Steele3 1Th e College of Wooster, 2U. Wisconsin-Madison, 3Adler Planetarium. 009.05 Th e 0.5 - 13 μm Spectrum of V4332 Sagittarii in 2006 David K. Lynch1, R. J. Rudy1, R. W. Russell1, S. Mazuk1, C. C. Ven- 008.13 Deep Imaging of the M87 Jet turini1, M. L. Sitko2, H. B. Hammel3, R. C. Puetter4, R. B. Perry5 Eric S. Perlman1, W. B. Sparks2, J. Madrid2, D. E. Harris3, D. Mac- 1Th e Aerospace Corporation, 2U. Cincinnati & Space Sci. Inst., 3Space 2 2 chetto , J. Biretta Science Institute, 4Univ. California, 5NASA LaRC. 1Florida Institute of Technology, 2Space Telescope Science Institute, 3Smithsonian Astrophysical Observatory. 009.06 and Visible/IR Spectrophotometry of V574 Pupis ( Pupis 2004) 008.14 A Large Homogeneous Sample of BL Lacs from SDSS and FIRST Richard J. Rudy1, D. K. Lynch1, S. M. Mazuk1, C. C. Venturini1, Richard M. Plotkin1, S. F. Anderson1 R. W. Russell1, R. C. Puetter2, R. B. Perry3, C. E. Woodward4, G. J. 1University of Washington. Schwarz5, M. F. Bode6, A. Evans7, T. R. Geballe8, R. D. Gehrz4, M. A. Greenhouse9, P. A. Hauschildt10, L. A. Helton4, J. E. Lyke11, A. Sala- 12 13 14 15 16 008.15 An Optical Survey of Potential Gamma-ray Sources ma , S. N. Shore , S. G. Starrfi eld , J. W. Truran , R. M. Wagner Lisa R. Carpenter1 1Aerospace Corp., 2UCSD, 3NASA, 4University of Minnesota, 5West Ches- 1University of Michigan. ter University, 6John Moores University, United Kingdom, 7Keele Uni- versity, United Kingdom, 8Gemini Observatory, 9NASA Goddard Space 008.16 A Two-Fluid Plasma Shock Wave Model for the Strong Shock in Flight Center, 10Landessternwarte, Germany, 11Keck Observatory, 12ESA, A Spain, 13Universita’ di Pisa, Italy, 14Arizona State University, 15University Robert F. Penna1, P. E. Nulsen2, R. P. Kraft 2 of Chicago, 16University of Arizona. 1University Of Rochester, 2Harvard-Smithsonian Center for Astrophysics. 009.07 A New, Bright, Short-period, Emission Line Binary in Ophiuchus Session 009 Cataclysmic / Eruptive Variables / Novae Michele A. Stark1, R. A. Wade2, J. R. Th orstensen3, C. S. Peters3, H. AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 A. Sheets3, H. A. Smith4, R. D. Miller4, E. M. Green5 1Univ. of Wyoming, 2Penn State Univ., 3Dartmouth Coll., 4Michigan State Observations of SS Cyg - Quiescence to Outburst 009.01 5 Krista F. White1 Univ., Steward Obs.. 1Ball State Univ.. 009.08 Low-State of AM Her during 2005-06 Jeff W. Robertson1, S. Kafk a2, K. Honeycutt3, T. Campbell4 HD 109962 - Th e Most Massive Dwarf Nova? 009.02 1 2 3 Frederick M. Walter1, H. E. Bond2 Arkansas Tech University, CTIO/NOAO, Chile, Indiana University, 4 1Stony Brook University, 2Space Telescope Science Institute. Whispering Pines Observatory.

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009.09 Steady-State Modeling and Possible Detection of HCl in Eta Cari- 009.16 A 2006 Spectroscopic Study of ST LMi nae’s -513 km/s Ejecta R. K. Honeycutt1, S. Kafk a2, S. B. Howell3, J. W. Robertson4 Alissa S. Bans1 1Indiana Univ., 2CTIO/NOAO, Chile, 3WIYN/NOAO, 4Arkansas Tech 1Maria Mitchell Observatory. Univ..

009.10 Population Synthesis Studies of Close Binary Systems Using a Vari- 009.17 Magnetic Activity on the Degenerate Secondary Star in EF Eri able Alpha: Dependence Upon the Evolutionary State of the Giant Styliani Kafk a1, S. B. Howell2, F. M. Walter3, A. Z. Bonanos4, D. Michael Politano1 Steeghs5 1Marquette Univ.. 1CTIO/NOAO, Chile, 2WIYN/NOAO, 3Stony Brook University, 4Carn- egie-DTM, 5CfA. 009.11 Understanding the White Dwarfs in Intermediate Polars 1 2 Kunegunda E. Belle , E. M. Sion 009.18 VLT Spectroscopy of Four Short Period Cataclysmic Variables 1LANL, 2Villanova University. Julie N. Skinner1, S. B. Howell2, E. Mason3 1University of Oklahoma, 2WIYN/NOAO, 3European Southern Obser- Th e Hard X-ray Bright Magnetic Catclysmic Variable IGR J14536- 009.12 vatory, Chile. 5522=Swift J1453.4-5524 Koji Mukai1, C. Markwardt1, J. Tueller1, D. Buckley2, S. Potter2, M. XMM-Newton Observations of Th ree Interesting Cataclysmic Still2, Swift /BAT team 009.19 Variables 1 2 NASA’s GSFC, South African Astronomical Observatory, South Africa. Eric J. Hilton1, P. Szkody1, L. Homer2, G. Schmidt3, A. Henden4, S. Anderson1, K. Mukai5, A. Mukadam1, L. van Zyl6, C. Hellier6 009.13 Galactic Wolf-Rayet Infrared Imaging Survey 1 2 3 1 1 1 2 2 Univ. Of Washington, Liverpool CC, United Kingdom, Steward Jill Gerke , D. R. Zurek , M. M. Shara , A. F. Moff at , N. St-Louis , R. 4 5 6 Doyon2, L. Drissen3, C. Robert3 Observatory, AAVSO, NASA Goddard, Keele University, United 1American Museum of Natural History, 2Universite de Montreal, Kingdom. Canada, 3Universite Laval, Canada. 009.20 HET Spectroscopy of Extragalactic Novae Allen W. Shaft er1, E. A. Coelho1, K. A. Misselt2, M. F. Bode3, M. J. Wind-Clumping does not Depend on Ambient Metallicity: Wolf- 009.14 Darnley3 Rayet Stars in the SMC 1 2 3 Sergey Marchenko1, C. Foellmi2, A. F. Moff at3, F. Martins4, J. Bo- San Diego State University, University of Arizona, Liverpool JMU, uret5, É. Depagne6 United Kingdom. 1Western Kentucky Univ., 2Observatoire de Grenoble, France, 3Universite Th e Distance to de Montreal, Canada, 4Max-Planck-Institut fur extraterrestrische Physik, 009.21 Howard E. Bond1, W. B. Sparks1, M. Cracraft 1, M. Afsar2, R. Cor- 5 6 Germany, Laboratoire d’Astrophysique de Marseille, France, European radi3, L. Crause4, M. Dopita5, A. Henden6, Z. Levay1, U. Munari7, Southern Observatory, Chile. N. Panagia1, S. Starrfi eld8, B. Sugerman9, M. Wagner10, R. White1 1STScI, 2Ege University, Turkey, 3Isaac Newton Group, Spain, 4Uni- 009.15 Revised Ephemerides for V1776 Cygni and QU Vulpeculae 5 1 2 3 2 versity of Cape Town, South Africa, Australian National University, Michael Lujan , A. W. Shaft er , K. A. Misselt , J. K. Reed , S. R. War- 6 7 8 9 ren4 Australia, AAVSO, Universita di Padova, Italy, ASU, Goucher Col- 10 1California Polytechnic State University, 2San Diego State University, lege, Large Binocular Telescope. 3University of Arizona, 4University of Minnesota.

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009.22 Modeling of the Novalike Variable TT Triangulum 010.07 Coronographic Observations of Circumstellar Disks with Subaru Steven R. Warren1, A. W. Shaft er2, J. K. Reed2 Jennifer Karr1, M. Puravankara1, M. Tamura2, T. Kudo2, N. Ohashi1 1University of Minnesota, 2San Diego State University. 1ASIAA, Taiwan, 2NAOJ, Japan.

Session 010 Circumstellar Disk Observations 010.08 Th e TEXES/Gemini Survey for Gas Martin Bitner1, M. J. Richter2, J. H. Lacy1, T. K. Greathouse3, D. AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 T. Jaff e1, G. J. Herczeg4, J. Najita5, J. S. Carr6, R. Y. Shuping7, G. A. 010.01 Th e Formation and Evolution of Solar Systems: Penultimate Status Blake8, S. J. Kenyon9, T. Currie9, U. Gorti7, D. Hollenbach7 Report on Results from a Spitzer Legacy Science Program 1Dept. of Astronomy, U. Texas, Austin, 2Dept. of Physics, UC, Davis, 1 Lynne Hillenbrand , FEPS Spitzer Legacy Science Team 3Lunar and Planetary Institute, 4Dept. of Astronomy, Caltech, 5NOAO, 1 Caltech. 6NRL, 7NASA Ames Research Center, 8Div. of Geological and Planetary Sciences, Caltech, 9Harvard Smithsonian CfA. 010.02 A Detection of OH in the Planet Formation Regions of Circumstel- lar Disks 010.09 Warm HCN, C2H2, and CO in the Circumstellar Disk of GV Tau Steinn Sigurdsson1, A. M. Mandell1, M. Mumma2, G. Blake3 Erika Gibb1, K. Van Brunt1, S. D. Brittain2, T. W. Rettig3 1Pennsylvania State Univ., 2GSFC, 3Caltech. 1Univ. of Missouri - St. Louis, 2Clemson Univ., 3Univ. of Notre Dame. 010.03 Updated Observations of V1647 Orionis: Measuring Hα and Brγ in 010.10 Observing Grain Growth in Protoplanetary Disks the Optical and Near-Infrared Sarah T. Maddison1, D. Lommen2, C. Wright3, T. Bourke4, J. Jor- Matthew Troutman1, S. Brittain1, E. Gibb2, T. Rettig3, T. Simon4, B. gensen4, E. van Dishoeck2, M. Burton5, A. Hughes1, D. Wilner4 Donehew1 1Swinburne University, Australia, 2Leiden Observatory, Th e Netherlands, 1Clemson University, 2University of Missouri, 3University of Notre Dame, 3UNSW@ADFA, Australia, 4CfA, 5UNSW, Australia. 4University of Hawaii.

010.04 Characterizing the Disk Around the Brown Dwarf Planetary System Session 011 Cosmic Microwave Background 2MASSW J1207334-393254 AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Basmah Riaz1, J. E. Gizis1 CBI2: Current Status 1 011.01 Univ. of Delaware. Jonathan L. Sievers1, CBI Collaboration 1CITA, Canada. 010.05 Sub-millimeter Interferometric Study of Circumstellar Disks Sur- rounding Optically Visible, Young High Stars Th e Q/U Imaging Experiment (QUIET) Manoj Puravankara1, P. T. Ho2, N. Ohashi1, Q. Zhang3 011.02 Michael D. Seiff ert1, QUIET Collaboration 1Institute of Astronomy and Astrophysics, Academia Sinica, Taiwan, 1JPL. 2Smithsonian Astrophysical Observatory, 3Harvard-Smithsonian CfA. 011.03 PAPPA: A New Generation of CMB Polarimetry 010.06 Silica in Protoplanetary Disks Alan J. Kogut1, D. T. Chuss1, M. Devlin2, S. Dicker2, D. Fixsen3, G. F. 1 1 1 Benjamin A. Sargent , W. J. Forrest , D. M. Watson , M. K. Mc- Hinshaw1, K. Irwin4, M. Limon3, D. Marsden2, S. H. Moseley1, N. G. 1 1 2 1 1 Clure , C. J. Bohac , E. Furlan , K. H. Kim , J. D. Green , G. C. Phillips3, C. Semisch2, T. Stevenson1, E. J. Wollack1 Sloan3 1NASA’s GSFC, 2University of Pennsylvania, 3SSAI/GSFC, 4NIST. 1Univ. of Rochester, 2UCLA, 3Cornell Univ..

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011.04 Spider: Searching for the Echos of Infl ation 013.02 Secular Planetary Perturbations in Circumstellar Debris Disks William C. Jones1, Observational Cosmology Group Joseph M. Hahn1, C. Capobianco,2, P. Kalas3, K. A. Marsh4, C. Tele- 1Caltech. sco5 1Space Science Institute, 2Queen’s University, Canada, 3UC Berkeley, 011.05 BICEP2 and SPUD: Searching for Infl ation with Degree-Scale Po- 4NASA/JPL, 5University of Florida. larimetry from the South Pole 1 John Kovac , BICEP/SPUD collaboration 013.03 Th e Signature of Primordial Grain Growth in the Polarized Light of 1California Institute of Technology. the AU Mic Debris Disk James R. Graham1, P. Kalas1, B. Matthews2 011.06 Search for Extragalactic Point Sources using WMAP Q-, V- and W- 1UC, Berkeley, 2NRC-HIA, Canada. band Data 1 1 Xi Chen , E. L. Wright 013.04 A Search for Debris Disks around Stars with Planets 1UC, Los Angeles. David R. Ardila1, A. Kospal2 1Caltech, 2Konkoly Observatory/Caltech, Hungary. 011.07 Primordial non-Gaussianity using CMB Temperature and Polariza- tion Anisotropies. 013.05 Spitzer’s Dirty Dozen: MIPS and IRACImaging of Nearby Debris Amit P. Yadav1, E. Komatsu2, B. D. Wandelt1 Disks 1Univ. Of Illinois, Urban-Champaign, 2University of Texas at Austin. Karl R. Stapelfeldt1, J. C. Carson2, K. Y. Su3, G. H. Rieke3, M. W. Werner1, G. Bryden1, C. A. Beichman4, Spitzer MIPS Instrument Session 012 Dark Matter Team 1 2 3 4 AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 JPL, JPL/ORAU, Univ. of Arizona, MSC/Caltech. 012.01 Comparing the Cosmological Critical Density of Neutralinos and 013.06 Dual Imaging Polarimetry of young stars in Rho Ophiuchus Cold Dark Matter Catarina Ubach1, D. Potter1 1 1 1 1 1 Sarah McMurray , K. Andrew , D. Barnaby , B. Bolen , L. Strolger 1Univ. Of Arizona. 1Western Kentucky University. Session 014 Diff erential Rotation & Activity of Cool Dwarfs 012.02 Constraining the Angular Distribution of Satellite Galaxies Sur- rounding Disk-like Host Galaxies AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 1 Jason H. Steff en 014.01 Th e Diff erential Rotation Profi le of kappa1 Ceti from MOST Pho- 1Fermilab. tometry Gordon A. Walker1, B. Croll1, R. Kuschnig1, J. Matthews1, A. Walk- 1 2 3 4 5 6 Session 013 Debris Disks er , S. Rucinski , D. Guenther , A. Moff at , D. Sassalov , W. Weiss 1 2 3 AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 UBC, Canada, David Dunlap Observatory, Canada, St Mary’s Univ., Canada, 4Univ Montreal, Canada, 5Harvard-Smithsonian CfA, 6Inst. f. Ast., Wien, Austria. 013.01 Debris-Disk Candidates in the NGC 2362: An Exami- nation of 24 Micron Stellar Excesses 014.02 Diff erential Rotation in Solar-type Stars Alexander J. Shvonski1, T. Monroe1, C. A. Pilachowski1 David H. Bruning1 1Indiana University. 1Univ. of Wisconsin-Parkside.

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014.03 Tracers of Chromospheric Structure: Observations of CaII K and 015.06 Multiwavelength Observations of Tidally Induced Star Formation Hα in M Dwarfs in the M81 Group Lucianne M. Walkowicz1, S. L. Hawley1 Abigail S. Hedden1, K. Knierman1, T. Roelofsen2, C. Kulesa1, J. 1University of Washington. Feldmeier3, V. Gorjian4, P. Durrell3, B. Sepulveda5, T. Spuck6, C. Wheeler7 014.04 Solar Physics at Evergreen: and Chromospheric 1University of Arizona, Steward Observatory, 2New Jersey Astronomy MHD Center for Education, 3Youngstown State University, 4JPL, 5Lincoln High 1 1 1 2 E. J. Zita , J. Maxwell , N. Song , M. Dikpati School, 6Oil City Area Senior High School, 7Luther Burbank High School. 1Evergreen State College, 2High Altitude Observatory - NCAR. 015.07 Evidence for Outfl ows and a Galactic Wind in the Large Magellanic Session 015 Extragalactic ISM Cloud? 1 1 AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 J. C. Howk , N. Lehner 1Univ. of Notre Dame. 015.01 Spitzer View of Four Low Surface Brightness Giant Galaxies: Malin 1, UGC 6614, UGC 6879, UGC 9024 Spitzer IRS Observations of the Gaseous Halo of NGC 891 1 2 2 2 015.08 M. N. Rahman , J. Howell , B. Buckalew , G. Helou Richard J. Rand1, R. A. Benjamin2, K. Wood3 1 2 Caltech, IPAC/Caltech. 1Univ. of New Mexico, 2Univ. of Wisconsin-Whitewater, 3Univ. of St. Andrews, United Kingdom. 015.02 PDR-Produced HI in Star-Forming Regions of M33 Jonathan S. Heiner1, R. J. Allen1, P. C. van der Kruit2 Models of the Eff ect of Gaseous Drag on the Accretion of Interga- 1 2 015.09 STScI, Kapteyn Astronomical Institute, Th e Netherlands. lactic Clouds Travis C. Fischer1, R. Benjamin1 015.03 Th e Relationship of Atomic Gas and Aromatic Emission in SINGS 1University of Wisconsin-Whitewater. Spiral Galaxies Esther Chapman1, M. D. Th ornley2, Th e SINGS team A PAH Defi cit in Extremely Low Luminosity Galaxies 1 2 015.10 Cornell College, Bucknell University. Rongying Wu1, D. W. Hogg1 1New York University. 015.04 Spitzer Observations of Extraplanar PAH Emission from Several Edge-On Galaxies 015.11 Low Frequency Turnovers of Compact Radio Sources in NGC 247 Nicolas Lehner1, C. Howk1 Sara K. Schultz1, C. K. Lacey1 1University of Notre Dame. 1Univ. of South Carolina. 015.05 WFPC2 Imaging of the Multiphase Halos of Two Spiral Galaxies: 015.12 SCONES: Determining the Warm Gas Properties of Nearby Galax- Dust and Ionized Gas ies Katherine Rueff 1, M. Pitterle1, A. Hirschauer1, N. Lehner1, C. Howk1 Glen R. Petitpas1, C. D. Wilson2, A. J. Baker3, D. Iono4, A. B. Peck1, 1 Univ. of Notre Dame. K. Sakamoto4, M. Krips1, P. T. Ho5, S. Matsushita5 1Harvard-Smithsonian Center for Astrophysics, 2McMaster University, Canada, 3Rutgers, 4NAOJ, Japan, 5ASIAA, Taiwan.

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015.13 Understanding the Interplay Between Star Clusters and Th eir Inter- 017.02 Properties of the Hot Diff use Gas in our Galaxy observed with stellar Medium Using SINGS H II Regions SPEAR Brent A. Buckalew1, SINGS Team Julia M. Kregenow1, M. Sirk2, R. Sankrit2, C. Heiles1, J. Edelstein2, K. 1Caltech/IPAC. Min3, K. Ryu3, J. Shinn3, W. Han4, D. Lee4 1UC, Berkeley, 2UC Berkeley, Space Sciences Lab, 3KAIST, Republic of Session 016 Th e Sun Korea, 4KASI, Republic of Korea. AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 017.03 Emission from Low Ionization Gas in the Galaxy observed with 016.01 Broadband Spectroscopy of the Corona during the Total Solar SPEAR of March 29, 2006 Ravi Sankrit1, E. Korpela1, K. Seon1, K. Nishikida1, K. Min2, K. Ryu2, Sarah A. Jaeggli1, S. R. Habbal1, J. R. Kuhn1, M. H. Nayfeh2 J. Shinn2, W. Han3, D. Lee3 1Institute for Astronomy, Univ. of Hawaii, 2Dept. of Physics, Univ. of Il- 1UC, Berkeley, 2KAIST, Republic of Korea, 3KASI, Republic of Korea. linois at Urbana-Champaign. 017.04 Molecular Fluorescence in our Galaxy Observed with 016.02 Changes in Umbral Intensity Over Time SPEAR Rachel MacDonald1 Jerry Edelstein1, M. Sirk1, J. Kregenow1, E. Korpela1, K. Seon1, K. 1University of Washington. Min2, K. Ryu2, J. Shinn2, W. Han3, D. Lee3 1Space Sciences Lab, UC, 2KAIST, Republic of Korea, 3KASI, Republic of 016.03 Relationship Between the Radio Bursts from the Sun and Iono- Korea. spheric Propagation Mary Lou West1, N. Frissell1, M. Papalos1 017.05 Maps of Emission from Hot Diff use Gas in our Galaxy with SPEAR 1Montclair State Univ.. Eric J. Korpela1, J. Kregenow2, M. Sirk1, J. Edelstein1, J. Adolfo1, K. Min3, K. Ryu3, J. Shinn3, W. Han4, D. Lee4 016.04 Coronal Loop Recognition: A Diagnostic Tool for Magnetic Field 1Space Sciences Lab, UC-Berkeley, 2Astronomy Dept, UC-Berkeley, Extrapolation Models 3Korea Advanced Institute of Science and Technology, Republic of Korea, 1 2 2 3 Julia Sandell , V. Kashyap , M. Weber , A. van Ballegooijen , E. 4Korea Astronomy and Space Science Institute, Republic of Korea. Deluca3, M. Bobra3 1 2 3 Barnard College/Columbia University, SAO/Cfa, Center for Astrophys- 017.06 Mapping of FUV Emission Lines for the North Galactic Pole with ics/Smithsonian Astrophysical Observatory. SPEAR Martin M. Sirk1, B. Y. Welsh1, J. Edelstein1, E. J. Korpela1, R. Session 017 Galactic ISM I Sankrit1, K. Nishikida1, J. Kregenow1, K. I. Seon1, K. W. Min2, K. Ryu2, J. H. Shinn2, W. Han3, D. H. Lee3, U. W. Nam3 AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 1UC, Berkeley, 2Korea Advanced Inst. of Science and Tech., Republic of 017.01 Imaging of Diff use FUV Emission from the Gum Nebula with Korea, 3Korea Astronomy and Space Science Inst., Republic of Korea. SPEAR Kaori Nishikida1, R. Sankrit1, M. Sirk1, B. Welsh1, K. Min2, K. Ryu2, 2 3 3 017.07 Observation of Cosmic Far-ultraviolet Background Radiation with J. Shinn , W. Han , D. Lee SPEAR 1 2 Space Sciences Laboratory, UC Berkeley, Korea Advanced Institute of Kwang-Il Seon1, J. Edelstein1, E. Korpela1, K. Min2, K. Ryu2, J. Science and Technology, Republic of Korea, 3Korea Astronomy and Space Shinn2, W. Han1, W. Han3, D. Lee3 Science Institute, Republic of Korea. 1UC, Berkeley, 2KAIST, Republic of Korea, 3KASI, Republic of Korea.

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017.08 Intermittency of the Velocity Field Structure in Compressible MHD 017.15 Flows, Filaments & Fragmentation:Towards a Th eory of Dynamical Turbulence Star Formation Grzegorz Kowal1, A. Lazarian1 Fabian Heitsch1, L. Hartmann1, A. D. Slyz2, J. E. Devriendt3, A. 1University of Wisconsin-Madison. Burkert4 1Univ. Of Michigan, 2University of Oxford, United Kingdom, 3CRAL/Ob- 017.09 Turbulence and Cosmic Ray Acceleration servatoire de Lyon, France, 4University Observatory Munich, Germany. Alex Lazarian1 1Univ. of Wisconsin. 017.16 A New View of the Light Echoes from SN 1987A Andrew Newman1, A. Rest2, N. B. Suntzeff 3, R. C. Smith2, D. L. 017.10 [O I] and [C II] Emission Towards NGC 6334 A Welch 4, G. Damke2, A. Zenteno2, C. Stubbs5, A. Garg5, P. Challis5, A. Nicholas Abel1, A. Sarma2, G. Ferland3, T. Troland3 C. Becker6, G. A. Miknaitis6, A. Miceli6, K. H. Cook7, M. Huber7, S. 1University of Cincinnati, 2Depaul University, 3University of Kentucky. Nikolaev7, L. Morelli8, D. Minniti8, A. Clocchiatti8, J. L. Prieto9 1Washington University, 2NOAO/CTIO, 3Texas A & M University, 4Mc- 017.11 Th e : High-resolution Imaging and Temperature Master University, Canada, 5Harvard University, 6University of Wash- Determination of Dense Molecular Clouds ington, 7Lawrence Livermore National Laboratory, 8Pontifi ca Universi- 1 2 3 2 Juergen Ott , A. Weiss , L. Staveley-Smith , C. Henkel dad Católica de Chile, Chile, 9Ohio State University. 1CSIRO Australia Telescope National Facility, Australia, 2MPI fuer Ra- dioastronomie, Germany, 3University of Western Australia, Australia. 017.17 ATCA Imaging of Dense Gas in Star-Forming Environments Tony H. Wong1, J. Ott2, S. D. Ryder3, K. Kohno4, R. Buta5, M. 017.12 High-Resolution Study of X-ray Absorption by the Interstellar Dahlem6, J. B. Whiteoak6, Y. Chin7, M. R. Cunningham8 Medium 1U. Illinois, 2NRAO, 3AAO, Australia, 4U. Tokyo, Japan, 5U. Alabama, 1 2 3 3 Adrienne M. Juett , J. Wilms , N. S. Schulz , M. A. Nowak 6ATNF, Australia, 7Tamkang U., Taiwan, 8UNSW, Australia. 1Univ. of Virginia, 2Univ. of Erlangen, Germany, 3MIT. 017.18 Diagnostics of Astrophysical Magnetic Fields based on AtomicAlig- 017.13 Highly Excited Rovibrational Rate Coeffi cients for H2 + He Colli- nment and Hanle Eff ect sions: Relevance to H2 Spectra in the ISM Huirong Yan1, A. Lazarian2 1 2 3 4 Teck-Ghee Lee , R. C. Forrey , S. Lepp , N. Balakrishnan , P. C. 1CITA, Canada, 2Univ. Wisconsin-Madison. Stancil5, D. R. Schultz6, G. J. Ferland7 1 Physics and Astronomy, University of Kentucky and Oak Ridge National 017.19 Studying Magnetic Fields in Star Forming Regions with Aligned Lab., 2Department of Physics, Penn-State University, 3Department of Atoms Physics, University of Nevada, 4Department of Chemistry, University of Th iem C. Hoang1, A. Lazarian1, K. Nordsieck1, H. Yan2 Nevada, 5Department of Physics and Astronomy and Center for Simula- 1University of Wisconsin-Madison, 2Canadian Institute for Th eoretical tional Physics, Th e University of Georgia., 6Physics Division, Oak Ridge Astrophysics, Canada. National Lab., 7Physics and Astronomy, University of Kentucky. 017.20 High-Mass Star Formation in Th ree Southern, Galactic Cores 1 1 017.14 A Study of the Radio Continuum - Far Infrared Correlation at Georgi Chunev , C. Watson , GLIMPSE Team Small Scales in the Galaxy 1Manchester College. Monica I. Rodriguez-Martinez1, R. J. Allen1, T. Wiklind1, L. Loin- ard2 1STScI, 2CRyA-UNAM, Mexico.

90 91 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

017.21 Interstellar Material towards the Nearby High Latitude Star eta 018.04 A Search for Faint, Diff use Halo Emission in Edge-On Galaxies UMa with Spitzer/IRAC Priscilla C. Frisch1, E. B. Jenkins2, J. Aufdenberg3, U. J. Sofi a4, D. G. Matthew Ashby1, R. G. Arendt2, J. L. Pipher3, W. J. Forrest3, M. York 1, J. D. Slavin5, C. M. Johns-Krull6 Marengo1, P. Barmby1, S. P. Willner1, J. R. Stauff er4, G. G. Fazio1 1University of Chicago, 2Princeton, 3Embry-Riddle Aeronautical Univer- 1Harvard-Smithsonian Center for Astrophysics, 2NASA’s Goddard Space sity, 4Whitman College, 5Harvard-Smithsonian, CfA, 6Rice University. Flight Center, 3University of Rochester, 4Caltech/Spitzer Science Center.

017.22 Mapping [O III] Emission in Diff use Ionized Gas 018.05 Spitzer’s View on Edge-On Spiral Disks Rex C. Beaber1, L. M. Haff ner1, R. J. Reynolds1, G. J. Madsen2 Benne W. Holwerda1, R. S. de Jong1, M. Regan1, A. Seth2, J. D. Dal- 1University of Wisconsin - Madison, 2Anglo-Australian Observatory, canton3, E. Bell4, S. Bianchi5 Australia. 1STSCI, 2CfA, 3Astronomy Dept., University of Washington, 4MPI fuer Astronomie, Germany, 5AA (Istituto di Radioastronomia/CNR), Italy. 017.23 Density Distribution of the Warm Ionized Medium Alex S. Hill1, R. J. Reynolds1, R. A. Benjamin2, L. M. Haff ner1 018.06 A WIYN Study of Optical Asymmetry in Isolated Disk Galaxies 1Univ. of Wisconsin-Madison, 2Univ. of Wisconsin-Whitewater. Alex C. Viana1, E. M. Wilcots1 1University of Wisconsin - Madison. 017.24 Hydrogen-Dating Molecular Clouds Marko Krco1, P. F. Goldsmith2, D. Li2 018.07 Th e Structure of Ring Galaxies UGC 7576, NGC 2685, and 1Cornell University, 2JPL. NGC 3718 Christopher Q. Trinh1, L. S. Sparke2, J. S. Gallagher2 017.25 Th eoretical Studies of Wind Blown Nebulae around Massive Stars 1University of California, Berkeley, 2University of Wisconsin, Madison. Vikram Dwarkadas1 1Univ. of Chicago. Session 019 Galaxy Evolution over Cosmic History AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Session 018 Galactic Structures: Identifi cation & Evolution 019.01 Five Th ousand Galaxy Redshift s from PEARS AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Seth H. Cohen1, R. E. Ryan, Jr.1, S. Malhotra1, J. E. Rhoads1, N. P. 1 1 2 2 018.01 Development of a Fourier Technique for Automated Spiral Galaxy Hathi , R. A. Windhorst , N. Pirzkal , C. Xu , PEARS Team Morphology 1Arizona State University, 2Space Telescope Science Institute. Andrew R. Butler1 1Calvin College. 019.02 Th e Size-Luminosity Relation of Disk Galaxies in EDisCS Clusters Stephanie M. Gogarten1, J. J. Dalcanton1, L. Simard2, G. Rudnick3, 4 018.02 Self-Consistent Models for Time Varying Galaxy Potentials V. D e s a i , EDisCS Collaboration Stephen Levine1 1Univ. of Washington, 2Herzberg Institute of Astrophysics, NRC, Canada, 1U.S. Naval Observatory. 3NOAO, 4California Institute of Technology.

018.03 Th e Stellar Halos of Nearby Galaxies 019.03 Simulated Optical Images of High Redshift Galaxies using GALEX Anil Seth1, R. de Jong2, H. Ferguson2, J. Dalcanton3 Ultraviolet Images of Nearby Galaxies 1Harvard-Smithsonian CfA, 2STScI, 3U. of Washington. Bum-Suk Yeom1, Y. Kim1, S. Rey1, J. Koo1, S. Kim1 1Chungnam National University, Republic of Korea.

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019.04 Ages and of Lyman Alpha Galaxies at z ~ 4.5 020.03 Probing the CIRB with Spitzer in 3 DIRBE Dark Spots Steven L. Finkelstein1, J. E. Rhoads1, S. Malhotra1, N. Pirzkal2, J. Louis R. Levenson1, E. L. Wright1 Wang 3 1UCLA. 1Arizona State Univ., 2Space Telescope Science Institute, 3University of Science and Technology of China, China. 020.04 Th e First Stars in the Universe: Mass Function and Local Chemical Signatures 1 019.05 Th e Spitzer Interacting Galaxies Survey: IRAC Evaluations of Star Jason Tumlinson Formation 1Yale University. Christopher R. Klein1, M. L. Ashby2, H. A. Smith2, A. Zezas2, J. L. Hora2, M. A. Pahre2, G. G. Fazio2 020.05 Photometric Redshift Survey Forecast for Luminous Red Galaxies 1Caltech, 2Harvard-Smithsonian Center for Astrophysics. at z~1.0 Xiaosheng Huang1, D. J. Schlegel1 019.06 Buildup of Massive Red Galaxies at redshift z=0.3 1Lawrence Berkeley National Laboratory. Morad Masjedi1, D. W. Hogg1, M. R. Blanton1 1New York Univ.. Session 021 Gravitational Lensing AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 019.07 Th e Origin and Evolution of the Mass-Metallicity Relationship for Galaxies: Results from Cosmological N-Body Simulations 021.01 A Th ree-Dimensional View of the Environments of Th ree Strong Alyson Brooks1, F. Governato1, C. M. Booth2, B. Willman3, J. P. Gravitational Lenses Gardner4, J. Wadsley5, G. Stinson1, T. Quinn1 Leonidas A. Moustakas1, P. Marshall2, AEGIS Collaboration 1Univ. of Washington, 2Univ. of Durham, United Kingdom, 3Harvard- 1JPL/Caltech, 2UCSB. Smithsonian CfA, 4Univ. of Pittsburgh, 5McMaster Univ., Canada. 021.02 HST ACS Observations of the B1608+656 1 2 3 Star-Forming Galaxies at z~2: Stellar, Gas and Dynamical Masses Sherry H. Suyu , R. D. Blandford , C. D. Fassnacht , L. V. Koop- 019.08 4 5 3 5 and the Mass-Metallicity Relation mans , P. J. Marshall , J. P. McKean , T. Treu Dawn Erb1 1California Institute of Technology, 2KIPAC, Stanford University, 3Uni- 1Harvard-Smithsonian Center for Astrophysics. versity of California, Davis, 4Kapteyn Institute, Th e Netherlands, 5Uni- versity of California, Santa Barbara. Session 020 High Z Objects; IR, Optical Background LensPerfect: Exact Massmap Solutions for Gravitationally Lensed Sunday, 9:20am-6:30pm, Exhibit Hall 4 021.03 AAS Poster, Multiple Images 020.01 Search for High-Redshift Quasars in the Palomar-QUEST Survey Dan A. Coe1, E. Fuselier2, N. Benítez3, T. Broadhurst4, H. Ford1, Anne Bauer1, C. Baltay1, N. Ellman1, J. Jerke1, D. Rabinowitz1, A. ACS Science Team Mahabal2, E. Glickman2, C. Donalek2, S. G. Djorgovski2 1Johns Hopkins Univ., 2U.S. Military Academy, 3Instituto de Astrofísica 1Yale University, 2California Institute of Technology. de Andalucía, Spain, 4Tel Aviv Univ., Israel.

020.02 A Confi rmation of the Optical EBL From HST Archival Data: First 021.04 A Multi-Resolution Weak Lensing Reconstruction Method Results Hossein Khiabanian1, I. Dell’Antonio1 1 2 2 2 Timothy Dolch , H. C. Ferguson , B. Mobasher , M. Stiavelli , S. 1Brown Univ.. Casertano2, R. S. de Jong2, M. Giavalisco2, L. E. Bergeron2 1Johns Hopkins Univ., 2Space Telescope Science Institute.

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021.05 Application of Gravitational Lensing Models to the Brightest 022.04 Characterication and Testing of CCDs Strongly LensedLyman Break Galaxy - the ‘8 o’clock arc’ H T. Diehl1, Dark Energy Survey Collaboration Elizabeth J. Buckley-Geer1, S. S. Allam2, D. Tucker1, H. Lin1, H. T. 1Fermilab. Diehl1, J. Annis1, J. A. Frieman3 1Fermi National Accelerator Laboratory, 2Fermi National Accelerator 022.05 Mountaintop Soft ware for the Dark Energy Survey Laboratory/University of Wyoming, 3Fermi National Accelerator Labora- Jon Th aler1, T. Abbott2, I. Karliner1, T. Qian1, K. Honscheid3, W. 4 4 tory/University of Chicago. Merritt , L. Buckley-Geer 1University of Illinois (UIUC), 2CTIO, Chile, 3Ohio State University, 021.06 Weak Lensing : Ground vs. Space in the Cosmos Field 4Fermilab. Mansi M. Kasliwal1, R. J. Massey2, R. S. Ellis2, J. Rhodes3 1Caltech (Hale Fellow of Moore Foundation), 2Astronomy Department, 022.06 Application of the Dark Energy Survey Data Management System Caltech, 3Jet Propulsion Laboratory, Caltech. to the Blanco Cosmology Survey Data Chow Choong Ngeow1, J. J. Mohr2, W. Barkhouse1, T. Alam3, C. 3 3 3 3 4 4 4 Time-Delays and Mass Models for the Quadruple Lens RXJ1131- Beldica , D. Cai , G. Daues , P. Duda , J. Annis , H. Lin , D. Tucker , 021.07 5 5 6 7 8 9 1231 A. Rest , C. Smith , Y. Lin , W. High , S. Hansen , M. Brodwin , S. 4 Nicholas D. Morgan1, C. S. Kochanek1, E. E. Falco2, X. Dai1 Allam , BCS Collaboration 1 2 3 4 1Th e Ohio State University, 2Harvard Smithsonian Center for Astrophys- Univ. of Illinois, Univ. of Illinois and NCSA, NCSA, Fermilab, 5 6 ics. NOAO/CTIO, Chile, Princeton University/Pontifi cia Universidad Católica de Chile, Chile, 7Harvard, 8Univ. of Chicago, 9NASA/JPL. 021.08 Mid Infrared Observations of Quasar Lenses Eric Agol1, C. Kochanek2 022.07 Analyzing the Focus Sensor Images for ODI at WIYN 1 1Univ. of Washington, 2Ohio State University. Robert P. Nowicki 1Susquehanna University. Session 022 Ground-Based Instrumentation I 022.08 QUOTA sees First Light at WIYN! AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Daniel R. Harbeck1, G. Jacoby1, D. Sawyer1, S. Howell2, C. Corson2, 1 3 2 4 022.01 Th e Dark Energy Survey Instrument A. Yeatts , B. Brondel , M. Hunten , P. Moore Brenna Flaugher1, Dark Energy Survey Collaboration 1WIYN Observatory, 2NOAO, 3University of Indiana, 4NOAO, Chile. 1Fermilab. 022.09 Fast Guiding with the Quad OTA 1 2 2 2 022.02 Th e Dark Energy Survey Camera Design Brian J. Brondel , D. R. Harbeck , S. B. Howell , A. Yeatts Herman P. Cease1, DES Collaboration 1Indiana University, 2National Optical Astronomy Observatories. 1Fermilab. 022.10 Th e WIYN Serendipity Project: High Speed Guide Star Photometry 022.03 Front-End Electronics for the Dark Energy Survey Camera (DE- at the WIYNObservatory Cam) Lisa M. Ferrara1, S. B. Howell2, D. Harbeck2, C. Bailyn1 Th eresa M. Shaw1, D. Huff man1, M. Kozlovsky1, J. Olsen1, W. 1Yale University, 2WIYN Observatory and National Optical Astronomy Stuermer1, M. Barcelo2, L. Cardiel2, J. Castilla3, J. DeVicente3, G. Observatory. Martinez3, P. Moore4, R. Schmidt4 1Fermilab, 2IFAE, Spain, 3CIEMAT, Spain, 4NOAO.

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022.11 Th e Quest for Precision Ground-Based Astronomy:Th e CCD/Tran- 023.03 Seth Nicholson’s First Satellite Discovery: IX and His Orbit sit Instrument with Innovative Instrumentation (CTI-II) for It John T. McGraw1, M. R. Ackermann1, T. Williams1, P. C. Zimmer1, Donald E. Osterbrock1 W. H. Gerstle1, G. F. Benedict2, S. C. Odewahn2, C. J. Wetterer3, V. L. 1UCO/. Gamiz4, C. F. Claver5, J. R. Pier6, D. C. Hines7, J. S. Schwarz8, NESSI/ CTI-II Research Group 023.04 Th e Guilford-Carleton Eclipse Expedition of 1900 1Univ. of New Mexico, 2Univ. of Texas, 3US Air Force Academy, 4Air Force Th omas R. English, III1 Research Laboratory/DE, 5National Optical Astronomy Observatory, 6US 1Guilford Tech. Community College. Naval Observatory, 7Space Science Institute, 8Sandia National Laborato- ries. 023.05 Th e North American Astronomical Photographic Plate Preserva- tion & Digitization Center - Current Status 1 2 2 3 2 022.12 Th e Unique Optical Design of the CTI-II Survey Telescope Wayne Osborn , M. Castelaz , J. D. Cline , R. E. Griffi n , T. Barker Mark R. Ackermann1, J. T. McGraw2, M. MacFarlane3 1Central Michigan Univ., 2Pisgah Asronomical Research Institute, 3Do- 1Sandia National Laboratories, 2University of New Mexico, 3Optical minion Astrophysical Observatory, Canada. Design Consltant. 023.06 Astronomy Education Review: A Five-Year Progress Report 1 2 022.13 LCOGT.net: A Global Telescope Network to Keep Astronomers in Andrew Fraknoi , S. Wolff the Dark 1Foothill College, 2NOAO. Stuart F. Taylor1, T. M. Brown1, W. Rosing1, R. Ross1, J. Farrell1 1Las Cumbres Observatory Global Telescope. Session 024 SIM Science

AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 022.14 Th e Discovery Channel Telescope: Construction and Design Prog- ress, January 2007 024.01 Th e Host Star : Orbit of the Binary and Th omas A. Bida1, R. L. Millis1, B. W. Smith1, E. W. Dunham1, H. Mass of the Substellar Companion 1 Marshall1 Guillermo Torres 1 1Lowell Obs.. Harvard-Smithsonian, CfA.

024.02 Astrometric Detection of Terrestrial Planets in the Habitable Zones Session 023 HAD IV of Nearby Stars with SIM PlanetQuest AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Joseph Catanzarite1, M. Shao1, A. Tanner1, S. Unwin1, J. Yu1 Th is HAD Poster Session will contiue Monday morning. 1Jet Propulsion Laboratory. 023.01 History of the Spitzer Mission George Rieke1 024.03 Masses of from and HST Astrometry 1 1 1 1Univ. of Arizona. Jacob Bean , B. E. McArthur , G. F. Benedict 1Univ. of Texas, Austin. 023.02 Th e Role of Eclipse Expeditions in Early French and Australian Radio Astronomy 024.04 Clandestine Companions of Nearby Red Dwarfs Wayne Orchiston1, J. Lequeux2, M. Pick2, B. Slee3, J. Steinberg2 Todd J. Henry1, D. W. Koerner2, W. C. Jao1, J. P. Subasavage1, P. A. 3 1James Cook University, Australia, 2Paris Observatory, France, 3Australia Ianna , RECONS 1 2 3 Telescope National Facility, Australia. Georgia State Univ., Northern Arizona Univ., Univ. of Virginia.

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024.05 Crowded Field Astrometry with SIM 025.08 Families in the Sloan Digital Sky Survey Moving Object Sridharan Rengaswamy1, R. Allen1 Catalog 1STScI. Alex Parker1, Z. Ivezic1, M. Juric2, R. Lupton2 1University of Washington, 2Princeton University. Session 025 Solar System 025.09 Th e Canada-France Plane Survey: Strategy, Details and AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Results 025.01 Small Lnding Pobes for In-situ Characterization of and R. L. Jones1, J. Kavelaars2, B. Gladman3, J. Petit4, J. Parker5, A. Comets Bieryla5 Dennis Ebbets1, R. Dissly1, R. Reinert1 1Univ. of Washington, 2HIA/NRC, Canada, 3Univ. of British Columbia, 1Ball Aerospace & Tech. Corp.. Canada, 4Obs. de Besancon, France, 5SWRI.

025.02 Search for Satellites around Ceres 025.10 New and Improved Ephemerides of Nix and Hydra During the 1985 Allyson Bieryla1, J. W. Parker1 to 1990 Mutual Events Between Pluto and Charon 1Southwest Research Institute. Garrett Elliott1, D. J. Th olen2 1Th e Ohio State University & Institute for Astronomy, University of Ha- 025.03 Searching for Asteroids with 8 micron Spitzer Space Telescope Data waii, 2Institute for Astronomy, University of Hawaii. Edward L. Wright1, B. Mohlie2 1UC, Los Angeles, 2RPI. 025.11 Obtaining An MPC Observatory Code For Arkansas Tech Univer- sity 025.04 Correlating Arecibo Radar and IRTF Near-Infrared Spectral Obser- Jason Ahrns1, J. W. Robertson1 vations of 105 Artemis 1Arkansas Tech University. Heather M. Hanson1, E. S. Howell2, C. Magri3, M. C. Nolan2 1University of Wyoming, 2Arecibo Observatory, Puerto Rico, 3University 025.12 Constraining the Rotational Period for Component C of the Peri- of Maine at Farmington. odic Comet 73P/Schwassmann-Wachmann 3 Shaye Storm1, N. Samarasinha2, B. Mueller3, T. Farnham4, Y. 025.05 of Binary Near-Earth Asteroids from Radar Observations Fernandez5, A. Kidder6, D. Snowden6, M. A’Hearn4, W. Harris6, M. Heidi E. Brooks1 Knight4, J. Morgenthaler6, C. Lisse7, F. Roesler8 1Reed College. 1MIT, 2NOAO & PSI, 3PSI, 4UMD, 5UCF, 6U of Wash, 7APL/JHU, 8U of Wisc. 025.06 Diff erential Photometry of Asteroids 252 Clemintina, 329 Svea, 334 Chicago, 596 Scheila, 517 Edith, 521 Brixia and 713 Luscinia. 025.13 Comet 73P/Schwassmann-Wachmann 3: O(1D) and H2O Produc- Elise C. Jutzeler1, E. Hausel2, A. Burke3, M. Leake4 tion Rates 1SUNY Geneseo, 2University of Wyoming, 3Vassar College, 4Valdosta Tanya L. Hall1, E. J. Mierkiewicz2, L. M. Haff ner2, F. L. Roesler2, W. 3 4 State University. M. Harris, , G. J. Madsen 1Saint Cloud State University, 2University of Wisconsin-Madison, 3Uni- 025.07 Beyond the Main Belt: Properties of Solar System Objects using the versity of Washington, 4Anglo-Australian Observatory, Australia. Sloan Digital Sky Survey Shannon Schmoll1, Z. Ivezic1, M. Juric2 1Univ. of Washington, 2Princeton University.

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025.14 GALEX Observations of Comet 9P/Tempel 1 During Deep Impact 025.22 3D Multi-fl uid Simulations of Titan’s Plasma Interaction Stephan R. McCandliss1, P. D. Feldman1, C. M. Lisse2, H. A. Weav- Darci Snowden1, R. Winglee1 er2, M. F. A’Hearn3 1University of Washington. 1Johns Hopkins Univ., 2JHU/APL, 3University of Maryland. Session 026 Star Clusters I 025.15 Wide-fi eld spectroscopic observations of comet C/2004 Q2 (Mach- holz) by GALEX AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 Jeff rey P. Morgenthaler1, W. M. Harris1, M. R. Combi2, P. D. Feld- 026.07 Age Distribution of Galactic Globular Clusters using HST Snapshot man3, H. A. Weaver4 Photometry 1Univ. of Washington, 2Univ. of Michigan, 3JHU., 4JHU/APL. YoungDae Lee1, S. Rey1, Y. B. Kang1, S. Kim1 1Chungnam National Univ., Republic of Korea. 025.16 Th e Eff ect of the Sun’s Early Environment on the Oort Cloud and Comet Showers 026.08 Th e Deepest UV Observations of a : Preliminary Nathan A. Kaib1, T. Quinn1 Results for NGC 6681 1Univ. Of Washington. Jennifer L. Connelly1, D. R. Zurek1, M. M. Shara1, C. Knigge2, A. Dieball2, K. S. Long3 025.17 Distribution of Ethane and Methane Emission on 1American Museum of Natural History, 2U. Southampton, UK, 3STScI. Heidi B. Hammel1, M. L. Sitko1, G. S. Orton2, T. Geballe3, D. K. Lynch4, R. W. Russell4, I. de Pater5 026.09 Th e Evolution of Horizontal Branch Stars in the Core Region of 1Space Science Institute, 2JPL, 3Gemini, 4Th e Aerospace Corp., 5UC Berke- M15 1 1 ley. Jessica E. Castora , E. L. Sandquist 1San Diego State Univ.. 025.18 Origin of the Moon Peter D. Noerdlinger1 026.10 Th e Evolved Stars of the Globular Cluster M 55 1 1 1St. Mary’s University, Canada. Carlos Vargas Alvarez , E. Sandquist 1San Diego State Univ.. 025.19 Velocity Resolved Observations of the Extended Lunar Sodium Tail Michael R. Line1, E. J. Mierkiewicz1, F. L. Roesler1, L. M. Haff ner1, R. 026.11 Washington Photometry of NGC 6441 J. Oliversen2 Joanne D. Hughes1, G. Wallerstein2, A. Bossi1, W. McDougald1, R. 2 1University of Wisconsin-Madison, 2NASA Goddard Space Flight Center. Covarrubias 1Seattle Univ., 2University of Washington. 025.20 Advanced Computer Modeling of the Lunar Plasma Environment in the Dynamic Terrestrial Magnetosphere 026.12 Spitzer Observations of Galactic Globular Clusters Erika Harnett1, R. Winglee1, J. Halekas2 Pauline Barmby1, M. L. Boyer2, G. Bono3, I. Ferraro3, M. Marengo1 1Univ. Of Washington, 2Univ. Of California - Berkeley. 1CfA, 2U. Minnesota, 3INAF-Osservatorio Astronomico di Roma, Italy.

025.21 3D Multi-Fluid Simulations of the Solar Wind Interaction with 026.13 Do the Large Magellanic Cloud and Milky Way Globular Clusters ’s Magnetosphere Share a Common Origin? Ariah R. Kidder1, R. M. Winglee1, E. M. Harnett1 Bradley E. Tucker1, K. A. Olsen2, B. Blum2 1University of Washington. 1Univ. Of Notre Dame, 2Cerro Tololo Inter-American Observatory, Chile.

102 103 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

026.15 CN and CH Bandstrengths in Bright Globular Cluster Red Giants 027.05 Th e : Th e Nearest Purely Tidal Sarah L. Martell1, G. H. Smith1 Jason R. Harris1 1UC Santa Cruz. 1Steward Observatory.

026.16 Why Haven’t Dense Globular Clusters Lost More Mass? 027.06 Surface Brightness Fluctuations of Old Stellar Systems in UV and Guido De Marchi1, F. Paresce2, L. Pulone2 Optical Passbands as Population Indicators 1ESA, Th e Netherlands, 2INAF, Italy. HyeJeon Cho1, Y. Lee1, S. Yoon1 1Department of Astronomy & Center for Space Astrophysics, Yonsei 026.17 GRAPE6 Simulations of Evolution with a Hard Binary University, Republic of Korea. Population 1 1 1 2 James E. Maxwell , H. N. Cohn , P. M. Lugger , S. D. Slavin 027.07 First Stars as a Possible Origin for the Helium-rich Population in ω 1Indiana University, 2Purdue University Calumet. Cen Ena Choi1, S. K. Yi1 Session 027 Stellar Populations I 1Yonsei Univ., Republic of Korea. AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 027.08 Measuring the Luminosity Function of Low-Mass Stars with 027.01 A Survey of Galaxies Currently Forming Stars: UBVRI Matched Survey Datasets Photometry of Stars in Seven Dwarfs and a Comparison with the Kevin R. Covey1, J. J. Bochanski2, S. L. Hawley2, J. Davenport2, I. Entire Sample Reid3, D. Golimowski4 1 2 3 4 Philip Massey , K. A. Olsen , P. W. Hodge , G. H. Jacoby , R. T. Mc- 1Harvard Smithsonian CfA, 2U. Washington, 3STScI, 4JHU. Neill5, R. C. Smith6, S. B. Strong7 1 2 3 4 5 Lowell Obs., NOAO, Chile, Univ of Washington, WIYN, Smith Col- 027.09 Substructure in the Galactic Halo lege, 6NOAO, 7Univ of Texas. Kenneth W. Carrell1, R. Wilhelm1 1Texas Tech University. 027.02 Halpha Emission Line Stars in M31, M33 and Seven Local Group Dwarfs 027.10 Globular Cluster Tidal Streams: An Observational Study Reagin T. McNeill1, P. Massey2, K. A. Olsen3, P. W. Hodge4, G. H. William L. Powell1, A. Lauchner1, R. Wilhelm1, A. McWilliam2 5 6 7 8 Jacoby , C. Blaha , R. C. Smith , S. B. Holmes 1Texas Tech Univ., 2Carnegie Observatories. 1Smith College, 2Lowell Observatory, 3NOAO, Chile, 4University of Wash- 5 6 7 8 ington, WIYN, Carleton College, NOAO, University of Texas. Session 028 Th e SDSS Supernova Survey AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 027.03 H-alpha Photometric Survey of M33 Cindy Blaha1, P. Massey2, P. Hodge3, R. Martin1, L. Gavilan1, A. 028.01 Object Classifi cation and Photometric Supernova Typing in the Adhikari1 SDSS-II SN Survey 1Carleton College, 2Lowell Observatory, 3University of Washington. Benjamin E. Dilday1, SDSS-II Supernova collaboration 1Univ. of Chicago. 027.04 Th e Search for Optical Counterparts to Supersoft X-ray Sources near the Nucleus of M31 028.02 Photometry and Light Curves for the SDSS-II SN Survey Sarah Scoles1, B. Patel2, R. DiStefano3, J. Liu3, P. Barmby3, F. Pri- Jon A. Holtzman1, SDSS-II Supernova Collaboration mini3 1New Mexico State Univ.. 1Agnes Scott College, 2Tuft s University, 3Center for Astrophysics.

104 105 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

028.03 Follow-up Spectroscopy for the SDSS-II SN Survey 029.05 SMC RR Lyr Abundances from Caby Photometry Chen Zheng1, SDSS-II Supernova Collaboration Scott R. Baird1, H. A. Smith2, S. C. Keller3, K. H. Cook4, A. R. 1KIPAC. Walker 5 1Benedictine College & U. Kansas, 2Michigan State U., 3Mount Stromlo 028.04 Core Collapse Supernova in the SDSS Supernova Survey Obs., Australia, 4LLNL, 5CTIO, Chile. David Cinabro1 1Wayne State University. 029.06 A Photometric Study of Evolution on HIP 106231 Robert O. Harmon1, R. M. Roettenbacher1 028.05 Exploring the Variable Sky with SDSS 1Ohio Wesleyan University. Branimir Sesar1, Z. Ivezic1, R. H. Lupton2, J. E. Gunn2, G. R. Knapp2, 3 2 4 4 4 C. M. Rockosi , M. Juric , J. A. Smith , G. Miknaitis , H. Li , D. 029.07 Variable Stars in the LMC Globular Cluster NGC 1754 Tucker4, D. J. Schlegel5, D. Finkbeiner6, N. Padmanabhan2 Charles A. Kuehn, III1, L. Taylor2, H. A. Smith1, M. Catelan3, B. J. 1Univ. Of Washington, 2Princeton University, 3University of California, Pritzl4, N. De Lee1 4Fermilab, 5LBNL, 6Harvard University. 1Michigan State University, 2Transylvania University, 3Pontifi cia Univer- sidad Catolica de Chile, Chile, 4Macalester College. Session 029 Variable Stars AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 029.08 Th e Secret Lives of Cepheids: Discovery of Strong FUV Emissions in the Classical Cepheids and beta Dor 029.01 Th e Selection of RR Lyrae Stars Using POSS and SDSS Scott G. Engle1, E. F. Guinan1, N. R. Evans2 1 1 1 1 Oliver J. Fraser , J. R. Barton , B. J. Oldfi eld , T. P. Biesiadzinski , D. 1Villanova Univ., 2Harvard-Smithsonian CfA. A. Horning2, J. A. Baerny1, F. Kiuchi1, D. Krogsrud1, D. S. Long- 1 1 1 1 1 hurst , L. P. McCommas , J. A. Scheidt , R. Covarrubias , K. Covey , Correlation of R Cassiopeia’s SiO Maser Properties 1 1 1 029.09 C. Laws , B. Sesar , Z. Ivezic Anne Hayes1, G. McIntosh1 1 2 Univ. of Washington, Bainbridge High School. 1University of Minnesota, Morris.

029.02 Using RR Lyrae Stars to Proble the M33 Halo APT Observations of the Bright Cepheid HD 32456 1 1 2 3 029.10 Barton J. Pritzl , M. Buttermore , A. Saha , E. D. Skillman , K. A. William Z. Taylor1, R. J. Dukes, Jr.1 Venn 4, H. L. Morrison5, E. W. Olszewski6 1College of Charleston. 1Macalester College, 2NOAO, 3University of Minnesota, 4University of 5 6 Victoria, Canada, Case Western Reserve University, Steward Ob.. 029.11 Frequency Determination for the Slowly Pulsating B Star, HD21071, From Combined Geneva and Stromgren Photometry 029.03 Th e V-R Color of RR Lyrae Stars at Minimum Light Melissa Sims1, R. J. Dukes, Jr.1 1 1 2 Andrea M. Kunder , B. Chaboyer , A. Layden 1College of Charleston. 1Dartmouth College, 2Bowling Green State University. 029.12 Frequency Determinations of Five Slowly Pulsating B Stars 029.04 Photometric Observations of RR Lyrae Stars at Red Buttes Obs. Joseph Bramlett1, R. J. Dukes, Jr.1 1 1 1 2 Frances Rivera , R. Ressler , K. Kinemuchi , H. A. Smith 1College of Charleston. 1University of Wyoming, 2Michigan State University.

106 107 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

029.13 Spitzer 24μ and 70μ Imagery of Symbiotic Stars with Extended 030.02 An Unbiased Statistical Study of Herbig AeBe Eystems in the X-rays Nebular Ejecta Using Chandra Bruce McCollum1, F. C. Bruhweiler2, G. M. Wahlgren3, M. Eriks- Murad Hamidouche1, S. Wang1, L. W. Looney1 son3, A. Rosas4, E. Verner5 1Univ. of Illinois. 1IPAC/SSC, 2CUA/GSFC, 3Lund Obs., Sweden, 4CUA, 5CUA/UDC/ GSFC. 030.03 Search for Close Binaries of Herbig Ae/Be Stars Maria J. Cordero1, S. Th omas2, N. van der Bliek3, B. Rodgers4, G. 4 5 029.14 Fast-Drift ing Radio Bursts Seen on the Flare Star AD with the Doppmann , A. Sweet Arecibo Observatory 1Pontifi cia Universidad Catolica de Chile, Chile, 2UC Santa Cruz, 3CTIO, Rachel A. Osten1, T. Bastian2 Chile, 4Gemini South Observatory, Chile, 5Macalester College. 1University of Maryland, 2National Radio Astronomy Observatory. 030.04 Wide-Field NIR Polarimetry of the Nebula 029.15 VLA Imaging of Cyngus X-3 Jets at 8.5 GHz Nobuhiko Kusakabe1, M. Tamura1, R. Kandori1, J. Hashimoto2, Y. Catherine A. Whiting1, M. Rupen2, A. Mioduszewski2 Nakajima1, T. Nagayama3, C. Nagashima4, T. Nagata3, J. H. Hough5 1University of Iowa/ NRAO, 2NRAO. 1National Astronomical Observatory, Japan, 2Tokyo University of Sci- ence, Japan, 3Kyoto University, Japan, 4Nagoya University, Japan, 5Uni- 029.17 Photometric and Spectroscopic Observations of Two delta Scuti versity of Hertfordshire, United Kingdom. Variable: V919 Herculis and V927 Herculis 1 1 Charles R. Phillips , E. G. Hintz 030.05 Spitzer IRAC and MIPS Observations toward High-mass Star 1Brigham Young University. Forming Regions Keping Qiu1, Q. Zhang1, R. A. Gutermuth1, T. S. Megeath2, H. Beu- 029.18 An Analysis of the V577 Ophiuchi ther3, T. K. Sridharan1, D. S. Shepherd4, L. Testi5, C. G. De Pree6 1 2 Christine Forsyth , E. G. Hintz 1Harvard-Smithsonian Center for Astrophysics, 2University of Toledo, 1 2 Bryn Mawr College, Brigham Young Univ.. 3MPI for Astronomy, Germany, 4NRAO, 5Osservatorio Astrofi sico di Arcetri, Italy, 6Dept. of Physics and Astronomy, Agnes Scott College. 029.19 Rotational Velocities of Stars Tabitha C. Bush1, E. G. Hintz1 Lithium Depletion in the Beta Pictoris Moving Group 1 030.06 Brigham Young Univ.. Jennifer C. Yee1, E. L. Jensen1, B. E. Reaser1 1Swarthmore College. 029.20 Th e Curious Case of GSC3196-641: Double-mode RR Lyrae or a Spotted Rotating Star? 030.07 A Search for OH Maser Emission In Bright-Rimmed Clouds Michael Koppelman1, R. Huziak2, V. Petriew3 Kristen L. Th omas1, L. K. Morgan1, J. S. Urquhart2, M. A. Th omp- 1 2 3 Univ. of Minnesota, Univ. of Saskatchewan, Canada, AAVSO. son3 1NRAO, 2University of Leeds, UK, 3Th e University of Hertfordshire, UK. Session 030 YSO / Star Formation I AAS Poster, Sunday, 9:20am-6:30pm, Exhibit Hall 4 030.08 A Mid-Infrared Survey of Class I/Flat-Spectrum Binary/Multiple Systems 030.01 Stellar and Circumstellar Properties of Class I Karl E. Haisch, Jr.1, M. Barsony2, M. E. Ressler3, T. P. Greene4 Kelly Lockhart1, L. Prato2, C. M. Johns-Krull3, J. T. Rayner4 1Utah Valley State College, 2San Francisco State University, 3NASA JPL, 1Rice U., Lowell Obs., 2Lowell Obs., 3Rice U., 4IfA, U. Hawaii. 4NASA Ames Research Center.

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030.09 CO Emission from the Inner Regions of Disks with Dust Clearing 030.17 Millimeter-Wavelength Methanol Masers in New Galactic Sources Joanna M. Brown1, G. A. Blake1, C. Salyk1, A. C. Boogert2 Jenna J. Lemonias1, V. Strelnitski2, P. Pratap3 1Caltech, 2AURA/NOAO-South, Chile. 1Vassar College, 2Maria Mitchell Observatory, 3MIT Haystack Observa- tory. 030.10 Fission of Rapidly Rotating Protostars 1 2 2 3 Jennifer L. Lozier , S. Michael , R. H. Durisen , J. N. Imamura 030.18 Class I Methanol Masers in the DR21 Star Forming Complex 1Mount Union College, 2Indiana University, 3University of Oregon. Samantha Hoff mann1, P. Pratap2, V. Strelnitski3 1Texas Lutheran University and MIT Haystack Observatory, 2MIT Hay- 030.11 Formaldehyde Emission From Protostellar Region L1448IRS3 stack Observatory, 3Maria Mitchell Observatory. Claire M. Davy1, J. Mangum2, A. Wootten2 1 2 Bryn Mawr College, NRAO. 030.19 Short-term Variations in the Class I Methanol Maser Line at 44 GHz 030.12 A Search for Young Stellar Objects in the Horsehead Nebula Preethi Pratap1, S. Hoff mann1, V. Strelnitski2 1 1 2 3 Brendan P. Bowler , W. H. Waller , S. T. Megeath , B. M. Patten , M. 1MIT Haystack Obs., 2Maria Mitchell Observatory. Tamura 4 1 2 3 4 Tuft s University, University of Toledo, NSF, CfA, NAOJ, Japan. 030.20 A New Low-Mass, Pre- Eclipsing Binary in Orion: Precise Mass Determinations of System Components 030.13 Outfl ow Evolution in Turbulent Clouds Phillip Cargile1, K. G. Stassun1, R. Mathieu2 1 1 1 1 Andrew Cunningham , A. Frank , A. C. Quillen , E. G. Blackman 1Vanderbilt Univ., 2Universtiy of Wisconsin. 1University of Rochester. 030.21 Star Formation in Bright-Rimmed Clouds 030.14 Protostellar Outfl ows and their Infl uence on the Star Formation Sarah Ballard1, L. Allen2, R. Gutermuth2 Process 1UC Berkeley, 2Harvard-Smithsonian Center for Astrophysics. Hector G. Arce1 1 Am. Museum of Natural History. Job Center 030.15 Photometric Monitoring of the PMS Object Walker 90 Attendee Services, Sunday, 9:20am-5:00pm, Exhibit Hall 4 Michael D. Joner1 Th e AAS Job Center will be operated as normal at the Seattle Meeting 1Brigham Young Univ.. Washington. Th e Job Center is designed to facilitate as many informal interviews as pos- 030.16 Th e Spitzer Legacy Project sible. It is our hope that successful formal interviews will be the next step for Deborah Padgett1, M. Fukagawa2, L. Rebull1, A. Noriega-Crespo1, everyone. S. Carey1, K. Stapelfeldt3, L. Hillenbrand1, T. Huard4, S. Terebey5, Employers: If you are planning to conduct interviews in Calgary, please let D. Hines6, T. Brooke1, C. McCabe3, M. Guedel7, G. Knapp8, M. us know. Send your name, institution and position for which you will be Audard9, F. Menard10, J. Monin10, C. Dougados10, N. Evans11, L. Al- interviewing to [email protected] 4 12 11 len , S. Strom , P. Harvey Job Seekers: To participate, please submit your resume and cover sheet to 1 2 3 California Institute of Technology, Nagoya University, Japan, JPL, [email protected] at the AAS Executive Offi ce by 15 December 2006. 4Harvard-Smithsonian CfA, 5California State U., Los Angeles, 6Space For more details access, http://members.aas.org/JobReg/JRIncludes/jobcen. Science Institute, 7Paul Sherrer Institut, Switzerland, 8Princeton U., 9U. cfm. Geneva, Switzerland, 10Obs. du Grenoble, France, 11U. Texas, 12NOAO.

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Session 500 Gadgets and Gizmos 031.02 Clickers at UMass: a successful program of campus-wide implemen- Attendee Services, Sunday, 9:20am-5:00pm, South Lobby tation If you’re interested in sharing educational materials you’ve developed, Stephen Schneider1 adapted and used, whether you’re new to teaching or an old hand, this 1UMass. session is for you. Suitable demonstrations include interactive web tools (ap- plets, immersive experiences, touch screens), instructional soft ware, remote 031.03 To Click or Not to Click is Not the Question: How Research with observing tools, audience response systems (“clickers”), wireless delivery of Clickers Develops a Better Understanding of When Learning Hap- content to handheld devices, laboratory activities, planetarium programs, pens in Your Classroom 1 1 1 1 etc., etc., and, of course, real gadgets and gizmos. Only non-commercial Edward Prather , T. F. Slater , G. Brissenden , E. F. Dokter 1 educational products, for any level and for any audience, are appropriate for Univ. of Arizona. this forum. Presenters may distribute materials – print, CD, DVD -- but not Interactive Learning and “Clickers” conduct sales. 031.04 Alexander Rudolph1 Gadgets and Gizmos will be located in the main lobby right across from the 1California Polytechnic Univ.. Exhibit Hall and between the Cyber Café and the registration area. It will be open throughout the week to give everyone the opportunity for a hands- on experience. If you are interested in using this forum, or have questions Session 032 Th e SDSS Supernova Survey about the suitability of an idea or technology, please email [email protected]. AAS Special, Sunday, 10:00-11:30am, 204 Registration: If you wish to be a presenter, please fi ll out the registration Chair, Joshua Frieman1 form at www.aas.org/meetings/gadgetregform.php. Th e deadline is 18 Octo- 1Fermi Nat’l. Accelerator Lab.. ber 2006. G&G registrations received by the deadline will be included in the meeting program book. Please remember to provide a title, brief description 032.01 Overview of the SDSS Supernova Survey: the First Two Seasons of your demonstration to and note any specifi c display, space, electrical and Andrew C. Becker1 internet requirements as well as the times you will be present. We do ask 1Univ. of Washington. that your demonstrations be as stand alone as possible as during peak usage times internet access at the convention center can be limited. Th ere may be a 032.02 SDSS SN Hubble Diagram: First Cosmology Results fee for internet connections and computer rentals. Presenting at G&G does Hubert Lampeitl1, SDSS-II Supernova collaboration not count against the one-author rule for contributed papers. 1Space Telescope Science Institute. Chair, Susana E. Deustua1 032.03 Th e Supernova Ia Rate at z~0.1 1 American Astronomical Society. Richard Kessler1 1University of Chicago. Session 031 Clickers in Astronomy Teaching AAS Special, Sunday, 10:00-11:30am, 201 032.04 Peculiar Supernovae in the SDSS-II SN Survey Jose L. Prieto1, SDSS-II Supernova Survey Collaboration Chair, Douglas K. Duncan1 1Ohio State University. 1Univ. of Colorado. 032.05 Studies with ‘Purely Photometric’ Supernovae from SDSS-II 031.01 Success and Failure Using Student Response Systems: “Clickers” Masao Sako1, SDSS-II Supernova Survey Collaboration Douglas K. Duncan1 1Univ. Pennsylvania. 1Univ. of Colorado.

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Session 033 HAD I 034.06 Interpreting the Variability of Double-Peaked Emission Lines using HAD Special, Sunday, 10:00-11:30am, 6A Accretion Disk Models 1 1 Chair, Donald K. Yeomans1 Helene Flohic , M. Eracleous 1 1JPL. Pennsylvania State Univ..

Astronomical Instruments of Ignazio Porro (1801-1875) 034.01D Revisiting Standard Helium-like X-ray Diagnostics 033.01 1 1 Peter Abrahams1 Ryan Porter , G. Ferland 1 1Independent. Univ. Of Kentucky.

033.02 Th e Discovery of an 1862 Drawing of M 51, the Whirlpool Nebula 034.03D A Sptizer Infrared and Chandra X-ray study of LINERs: A Link Jay B. Holberg1, W. Tobin2 Between Star Formation, AGN Fueling, and Mass Accretion Rachel Dudik1, S. Satyapal1, R. M. Sambruna2, E. Dwek2, M. Gliozzi1 1Univ. of Arizona, 2Vannes, France. 1George Mason Univ., 2Goddard Space Flight Center. 033.03 Radar and Meteors: Controversy over the Origin of Meteors in Postwar Astronomy Session 035 Astrobiology & Th e Solar System Woodruff T. Sullivan, III1 AAS Oral, Sunday, 10:00-11:30am, 611-12 1Univ. of Washington. 035.01 Near-Infrared Spectra of UV Photolyzed Astrophysical Ice Mixtures Perry A. Gerakines1, C. R. Richey1 033.04 Frank Ross’s Early Orbits of the First Irregular Satellites of 1 and Jupiter University of Alabama at Birmingham. Donald E. Osterbrock1 Detection of 13C Isotopomers of Molecule HC7N 1UCO\Lick Observatory. 035.02 Glen Langston1, B. Turner1 1NRAO. Session 034 Accretion, Accretion Disks and Outfl ows AAS Oral, Sunday, 10:00-11:30am, 613-14 035.03 Life on ? - Reinterpretation of the Viking Life Detection Ex- High Velocity Outfl ows in Quasars periments: A Possible Biogenic Origin of Hydrogen Peroxide 034.02 1 2 Paola Rodriguez1, F. Hamann1, D. Nestor2 Dirk Schulze-Makuch , J. M. Houtkooper 1 2 1Univ. of Florida, 2Univ. of Cambridge, United Kingdom. Washington State University, Justus-Liebig University, Germany.

Th e Hard X-ray Spectral Slope as an Accretion-Rate Indicator in 035.04 New Exploration on What is Life? 034.04 1 Radio-Quiet Active Galactic Nuclei D. K. Perkins Ohad Shemmer1, W. N. Brandt1, H. Netzer2, R. Maiolino3, S. Kaspi2 1Saratoga, CA. 1Pennsylvania State University, 2Tel Aviv University, Israel, 3INAF - Os- Charge-Exchange Induced X-rays in the Martian Exosphere servatorio Astrofi sico di Arcetri, Italy. 035.05 Dimitra Koutroumpa1, R. Lallement1, R. Modolo2, G. Chanteur2, V. Kharchenko3 Accretion Disk Temperatures and Continuum Colors in QSOs 034.05 1 2 Erin W. Bonning1, G. A. Shields2, S. Salviander2, L. Cheng2, K. Geb- Service D’Aéronomie, France, Centre d’Etude des Environnements Ter- hardt2 restre et Planétaires, France, 3Harvard-Smithsonian CfA. 1Obs. de Paris-Meudon, France, 2University of Texas at Austin.

114 115 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

035.06 Science Results from the Stardust Comet Sample Return Mission: Session 037 Dark Matter, Dark Energy and Lensing Large Scale Mixing in the Solar Nebula and the Origin of Crystal- AAS Oral, Sunday, 10:00-11:30am, 605-07 line Silicates in Circumstellar Disks 1 037.01 Th e Search for Dark Matter and New Physics using the Donald E. Brownlee , Stardust Mission Team Large Area Space Telescope (GLAST) Large Area Telescope (LAT) 1Univ. of Washington. Lawrence L. Wai1, GLAST LAT Collaboration 1Kavli Institute for Particle Astrophysics and Cosmology. 035.07 Simulating Supernova Injection of Short Lived Radionuclides with Consideration of the Solar Birth Environment 1 1 037.02 Gamma-rays from Dark Matter in the Galactic Center Keith W. Davis , M. D. Leising Douglas P. Finkbeiner1 1 Clemson Univ.. 1Harvard University.

Session 036 Black Holes 037.03 Discovery of a Dark Matter Ring in the Core of the AAS Oral, Sunday, 10:00-11:30am, 608-10 CL0024+17 at z=0.4 Myungkook J. Jee1, H. C. Ford1, G. D. Illingworth2, R. L. White3, T. 036.01 Quasi-Periodic Oscillations and Spectral Behaviour of XTE J. Broadhurst4, D. A. Coe1, G. R. Meurer1, A. van der Wel1, ACS Sci- 1859+226. QPO Frequency - Spectral Index Correlation and the ence Team Mass of the Central Object. 1Johns Hopkins Univ., 2University of California, Santa Cruz, 3Space Tele- Nikolai Shaposhnikov1, R. Fiorito2, L. Titarchuk3 scope Science Institute, 4Tel Aviv University, Israel. 1NASA’s GSFC, 2NASA’s GSFC/UMD, 3NASA’s GSFC/GMU/NRL. 037.04 Evidence for a New Force in the Dark Sector? 036.02 Fundamental Parameters of Galactic Black Holes from SIM Planetquest Glennys R. Farrar1, R. A. Rosen1 Xiaopei Pan1, S. Shaklan1 1New York Univ.. 1JPL. 037.06 Dark Energy Search: Current Status and Future Prospects 036.03 Black Hole Formation in Galactic X-Ray Binaries Yun Wang1 Bart Willems1, T. Fragos1, V. Kalogera1 1Univ. of Oklahoma. 1Northwestern University. 037.07 Dark Matter in Galaxy Cluster 1E0657-56: Measuring the Invisible 036.07 Seeing the Wiggle: High Resolution Imaging of SS433 with the With Gravitational Lensing VLBA Marusa Bradac1, D. Clowe2, A. Gonzalez3, P. Marshall1, W. Forman4, Amy J. Mioduszewski1, M. P. Rupen1 C. Jones4, M. Markevitch4, S. Randall4, T. Schrabback5, D. Zaritsky6 1NRAO. 1KIPAC/Stanford, 2Ohio University, 3University of Florida, 4Harvard- 5 6 036.08 Recent Optical Observations of the Microquasar SS 433 Smithsonian Center for Astrophysics, AIfA, Germany, Steward Obser- Todd C. Hillwig1, D. Gies2 vatory. 1Valparaiso Univ., 2Georgia State Univ.. 037.05D Simulations of Dark Matter Bound to the Solar System 1 36.06 Gravitational Waves From Th e Hierarchical Buildup Of Intermedi- Annika Peter ate Mass Black Holes 1Princeton Univ.. Miroslav Micic1, S. Sigurdsson1, K. Holley-Bockelmann1, T. Abel2 1Pennsylvania State Univ., 2Stanford University.

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Session 038 Feedback and Mergers in Galaxy Evolution Session 039 Starburst Galaxies: Analogs of Lyman Break Gal- AAS Oral, Sunday, 10:00-11:30am, 3B axies? Sunday, 10:00-11:30am, 6B 038.01 AGN Feedback Regulating Early-type Galaxy Evolution AAS Oral, Kevin Schawinski1, S. Khochfar1, S. K. Yi2, S. Kaviraj1, GALEX Sci- 039.01 Th e Young and Th e Dustless: Constraining the Star Formation ence Team History and Dust Content of Ultraviolet Luminous Galaxies using 1Oxford Astrophysics, United Kingdom, 2Yonsei Univ., Republic of Korea. GALEX UV and Radio Observations Antara Basu-Zych1, D. Schiminovich1, Galex Science Team 038.03 Th e Evolution of the Massive Galaxy Luminosity Function Over 1Columbia University. Half of Cosmic History Richard J. Cool1, D. J. Eisenstein1 039.03 HST/STIS Spectroscopy of Ionized Gas in the M82 Starburst Core 1Univ. of Arizona. Linda J. Smith1, M. S. Westmoquette2, J. S. Gallagher, III3, R. W. O’Connell4, D. J. Rosario4, R. de Grijs5 038.04 Understanding Galaxies in Pairs 1Space Telescope Science Institute, 2University College London, United Elizabeth J. Barton1, A. R. Zentner2, J. S. Bullock1, R. H. Wechsler3 Kingdom, 3University of Wisconsin-Madison, 4University of Virginia, 1UC, Irvine, 2KICP and U. Chicago, 3KIPAC and Stanford University. 5University of Sheffi eld, United Kingdom.

038.06 Th e Asymmetric Relations among Galaxy Color, Structure, and 039.04 Spitzer ISM Studies of Low Metallicity Starbursts Environment Brian O’Halloran1, S. Satyapal1, R. Dudik1 1 2 2 2 Alejandro D. Quintero , A. Berlind , M. R. Blanton , D. W. Hogg 1George Mason Univ.. 1Steward Observatory, 2New York University. 039.02D A FUSE Survey of Starburst Galaxies: Galactic Feedback from Star 038.07 Th e Role of Galaxy Interactions and Mergers in Star Formation at Formation z<1.3: Mid-Infrared Properties in the Spitzer First Look Survey John P. Grimes1, T. Heckman1, A. Aloisi2 1 2 3 2 2 Carrie Bridge , P. N. Appleton , C. J. Conselice , P. Choi , L. Armus , 1Johns Hopkins Univ., 2Space Telescope Science Institute. D. T. Fadda2, S. Laine2, F. R. Marleau2, R. G. Carlberg1, G. Helou2, L. Yan 2 1 2 3 Session 040 Stellar Populations University of Toronto, Canada, Spitzer Science Center, University of Nottingham, United Kingdom. AAS Oral, Sunday, 10:00-11:30am, 3A 040.02 Th eoretical Realization of Near-IR Photometry of Magellanic Star 038.02D Star Formation and Supernova Feedback in Smoothed Particle Clusters Hydrodynamic Simulations of Galaxy Formation Hyun-chul Lee1, G. Worthey1 Gregory S. Stinson1, T. Kaufmann2, T. Quinn1, C. Christensen1, J. 1Washington State Univ.. Wadsley 3, S. Kazantzidis4 1Univ. Of Washington, 2Univ. of California, Irvine, 3McMaster University, 040.05 White Dwarfs in the Galaxy Canada, 4KITP. Stephane Vennes1, A. Kawka2 1Florida Institute of Technology, 2Astronomical Institute AV CR, Czech 038.05D Dynamic and Spatial Properties of Satellites in Isolated Galactic Republic. Systems Abel Diaz1, R. Wilhelm1 1Texas Tech University.

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040.01D Detailed Properties of Populous Clusters in the Large Magellanic 042.01 Th e Physics Force - Physics for Ages 6 to 106 Cloud E. D. Dahlberg1, C. Falco2, I. K. Schuller3 Aaron J. Grocholski1, A. Sarajedini1, A. A. Cole2, D. Geisler3, K. A. 1University of Minnesota, 2University of Arizona, 3University of Califor- 4 5 6 1 Olsen , G. P. Tiede , V. V. Smith , C. L. Mancone nia - San Diego. 1Univ. of Florida, 2Univ. of Minnesota, 3Univ. de Concepcion, Chile, 4CTIO, Chile, 5Bowling Green State Univ., 6US Gemini Project, Chile. 042.02 Th e Science of Optics; the History of Art Charles M. Falco1 40.03 Self-Consistent Stellar Evolution Models with Updated Physics and 1University of Arizona. Variable Abundances 1 1 2 3 Aaron L. Dotter , B. Chaboyer , E. Baron , J. W. Ferguson , D. Jevre- 042.03 Science as Entertainment: Making of a Scientifi c Movie movic2, H. Lee4, G. Worthey4 Ivan K. Schuller1 1Dartmouth College, 2University of Oklahoma, 3Wichita State University, 1UC, San Diego. 4Washington State University. Session 043 Optics Education in the Middle Schools 040.04D Bulge Formation Scenarios vs. the Observations Grant Newsham1 AAPT Special, Sunday, 10:00-11:30am, 310 1Th e Ohio State University. Chair, Robert T. Sparks1 1National Optical Astronomy Observatory. Session 041 Integrating Mechanics with Computer Modeling LITE, Optics, Color and Vision Sunday, 10:00-11:30am, 616 043.01 AAPT Invited, Kenneth Brecher1 Chair, Wolfgang Christian1 1Boston University. 1Davidson College. 043.02 Science beyond the Classroom: Hands-On Optics and the Boys and 041.01 Computation in Classical Mechanics with Easy Java Simulations Girls Club (EJS) Erin F. Dokter1, C. Walker2, C. Peruta1, C. Ubach1, R. Sparks2, S. Anne J. Cox1 Pompea2 1Eckerd College. 1University of Arizona, 2National Optical Astronomy Observatory.

041.02 Introducing Computational Approaches in Intermediate Mechanics 043.03 Middle School Optics Education: Hitting the Target or Impedance David M. Cook1 Mismatch? 1Lawrence University. Stephen M. Pompea1, C. E. Walker1, R. T. Sparks1 1National Optical Astronomy Observatory. Session 042 Physics: Something for Everyone AAPT Invited, Sunday, 10:00-11:30am, 303 Session 044 Interactive Lecture Demonstrations using Physics Suite Materials Chair, Kenneth Heller1 AAPT Panel, Sunday, 10:00-11:30am, 617 1Univ of Minnesota. Co-presented with Ronald Th ornton, Tuft s Univ., and Priscilla Laws, Dick- inson College Th e results of physics education research and the availability of microcomputer-based tools have led to the development of the activity-

120 121 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles based Physics Suite. Most of the Suite materials are designed for hands-on 046.03 Ranking Tasks for Assessing Conceptual and Quantitative Under- learning, for example student-oriented laboratory curricula like RealTime standing in Astronomy Physics. One reason for the success of these materials is that they encour- Edward E. Prather1, T. F. Slater1, D. Loranz2 age students to take an active part in their learning. Th is interactive session 1U. Arizona CAPER Team, 2Truckee Meadows Community College. will demonstrate--through active audience participation?Suite materials designed to promote active learning in lecture?Interactive Lecture Dem- 046.04 Sorting Tasks and Vocabulary-in-Context Activities for Assessing onstrations (ILDs). Th e demonstrations will be drawn from energy, heat Introductory Astronomy Understanding and thermodynamics, oscillations and waves, electricity and magnetism, Timothy F. Slater1, D. Loranz2, E. E. Prather1 light and optics. Results of studies on the eff ectiveness of this approach will 1U. Arizona CAPER Team, 2Truckee Meadows Community College. be presented. Th is session should be of special interest to teachers of large lecture classes as well as those who teach small classes where only one com- 046.05 Visual Activities for Assessing Non-science Majors’ Understanding puter is available. in Introductory Astronomy Daniel Loranz1, E. E. Prather2, T. F. Slater2 1 Chair, David Sokoloff 1Truckee Meadows Community College, 2University of Arizona CAPER 1 University of Oregon. Team.

Session 045 Innovations in High School Physics, Part I 046.06 A New Chart and Teaching Materials on Cosmology from CPEP AAPT Special, Sunday, 10:00-11:30am, 307-08 G Samuel Lightner1, M. Cherney2, G. Aubrecht3, R. Reiland4 1Westminster College, 2Creighton University, 3Th e Ohio State University, Chair, Th omas F. Haff 1 4Shady Side Academy. 1Issaquah High School. Asteroids and LSST EPO Seattle Area High School Astronomy Projects: 4 local teachers pres- 046.07 045.01 Robert T. Sparks1, S. K. Croft 1, S. M. Pompea1 ent their work with students. 1 Eric C. Muhs1 National Optical Astronomy Observatory. 1Roosevelt High School. Multicultural Luncheon Session 046 Innovations in Teaching Astronomy AAPT Event, Sunday, 11:30 am - 1:00 pm, 618-20 Enjoy a buff et of multicultural foods and hear a guest speaker: Ben Franklin. AAPT Oral, Sunday, 10:00-11:30am, 615 Now that his 300th birthday celebration is now over, he has some time to Chair, Janelle M. Bailey1 spend with us! 1Univ. Nevada, Las Vegas. Tickets: $35

Survey Instrument Probing Student Understanding of the Green- Session 047 Pierce Prize in Astronomy 046.01 house Eff ect Plenary, Sunday, 11:40am-12:30pm, Ballroom 6 John M. Keller1, T. F. Slater2, E. E. Prather2 1 2 047.01 Bubbles, Bow Shocks and B Fields: Th e Interplay Between Neutron Cal Poly San Luis Obispo, University of Arizona. Stars and Th eir Environments Bryan M. Gaensler1 046.02 Misconceptions in Astronomy and Physics 1Th e University of Sydney, Australia; Harvard-Smithsonian Center for Andy Veh1 Astrophysics. 1Kenai Peninsula College.

122 123 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

Accessing and Using Sloan Digital Sky Survey Data of Physics, and the CSWA is proposing to secure additional seed funding for AAS Splinter Meeting, Sunday, 12:30-2:00pm, 608 the fi rst phase of the study from the AAS. Presentations of a few specifi c cases showing astronomers how to access Th ere will be signifi cant time for questions and discussion. We look forward data from the Sloan Digital Sky Survey, with questions and answers from to seeing you there! Jordan Raddick and other members of the SDSS collaboration. Th e session Chair, Patricia Knezek1 will be similar to the session given at the summer meeting in Calgary. 1WIYN Consortium, Inc.. Chair, Jordan Raddick1 1Johns Hopkins University. How to Spend Limited Resources AAPT Crackerbarrel, Sunday, 1:00-2:00pm, 615 NSF Town Hall Equipment budgets can be very tight, especially given the costs of educa- AAS Town Hall Meeting, Sunday, 12:45-1:45pm, 6A tional apparatus and soft ware. Th is is especially true for the high school Th e Division of Astronomical Sciences of NSF will continue its discussion teacher. How can you optimize your equipment budget to give you the most with the community at this town meeting. Staff will provide updates on “bang for the buck?” Attendees are invited to bring their questions (and the status of the NSF and Divisional budgets, highlight new and continued solutions!) about how to address this issue. funding opportunities, and discuss ongoing strategic planning and coor- Chair, Gregory Puskar1 dination with other agencies. Updates will be provided on the activities of 1West Virginia University. the senior review being carried out by the Division with a discussion of its recommendations should they be available at the time of the meeting. Th e Professional Concerns of Junior Faculty in PER majority of the session will be reserved for questions and discussion. AAPT Crackerbarrel, Sunday, 1:00-2:00pm, 211 Chair, Eileen D. Friel1 Participants will interactively discuss matters of professional concerns to ju- 1NSF. nior faculty in PER. Please come prepared to tell us your situation, exchange ideas, ask questions, make suggestions, share a problem, share a solution, Committee on the Status of Women in Astronomy etc. AAS Splinter Meeting, Sunday, 1:00-2:00pm, 613 Chair, Rachel E. Scherr1 Th e CSWA session will focus on one specifi c recommendation from the list 1University of Maryland. of Pasadena Recommendations. Th is recommendation was for the AAS to commission a longitudinal study of young women and men in astronomy, See Spot Run, See Spot Run from Astronomy Teaching tracking both those that remain in the fi eld and those that choose to leave. AAPT Crackerbarrel, Sunday, 1:00-2:00pm, 616 Th e CSWA has facilitated the formation of a group of people interested in In early childhood and elementary education, science topics are usually actively working on a longitudinal study of the career paths of women in avoided by teachers, yet astronomy is among the science topics craved by astronomy, and requested that that group use this session to provide the their students. Th is crackerbarrel is for anyone who uses astronomy and broader astronomical community insight into their process. space science to inspire young learners or their teachers. We will share strat- Th e CSWA session will begin with an overview of the current status of egies, activities, and heartbreaks. statistics on the career paths of astronomers, and the clear need for a well- defi ned longitudinal study. Th e Longitudinal Study committee will then Chair, Th omas M. Foster1 report on how they defi ned the overall goals of the study, selected an initial 1Southern Illinois University Edwardsville. target group of participants, and formulated a fi rst survey. Th is survey is undergoing fi nal revisions. Th e study is supported by the American Institute 124 125 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

PhysicsFirst Crackerbarrel 049.02 CMB Anisotropies with the SZA AAPT Crackerbarrel, Sunday, 1:00-2:00pm, 310 Matthew Sharp1, J. Carlstrom1, J. Cartwright1, C. Greer1, D. Th is session highlights the current status of the PhysicsFirst movement as a Hawkins2, R. Hennessy1, M. Joy3, J. Lamb2, E. Leitch4, M. Loh1, D. way to engage more students in learning physics. If you have a success story, Marrone1, A. Miller5, T. Mroczkowski5, S. Muchovej5, C. Pryke1, B. or an unsucess story, we would like to hear about your experiences with Reddall1, M. Runyan1, D. Woody2 implementing a PhysicsFirst approach at your school. Everyone is invited to 1KICP, U. Chicago, 2OVRO, Caltech, 3NASA, 4NASA/Caltech, 5Columbia. join the discussion and/or present your story as a poster display. New measurements of the CMB polarization anisotropy at small 1 049.03 Chair, Olga Livanis angular scales from CAPMAP 1Stuyvesant HS. Lewis D. Hyatt1, CAPMAP Collaboration 1Princeton. Session 048 Cool Astronomy For Everyone AAS Special, Sunday, 2:00-3:30pm, 613-14 049.04 Report on BICEP’s First Season Observing the Cosmic Microwave Background from South Pole 1 Chair, Susana E. Deustua K. W. Yoon1, P. A. Ade2, D. Barkats1, J. O. Battle3, E. M. Bierman4, 1American Astronomical Society. J. J. Bock3, H. C. Chiang1, C. D. Dowell3, L. Duband5, G. S. Grif- fi n1, E. F. Hivon6, W. L. Holzapfel7, V. V. Hristov1, B. G. Keating4, J. 048.01 Fusion Confusion: Assessing What Students Know (and Don’t M. Kovac1, C. Kuo1, A. E. Lange1, E. M. Leitch3, P. V. Mason1, H. T. Know) About Stars Nguyen3, N. Ponthieu8, Y. D. Takahashi7 Janelle M. Bailey1, E. E. Prather2, B. Johnson2, T. F. Slater2 1California Institute of Technology, 2University of Wales, UK, 3JPL, 4U. C. 1Univ. Nevada, Las Vegas, 2Univ. Arizona. San Diego, 5CEA, France, 6IPAC, 7U. C. Berkeley, 8IAS, France.

048.02 Transients in 10 seconds or less: catching Gamma-Ray Bursts in the 049.05 Status of the QUAD Experiment act with ROTSE Sarah Church1 1 Eli S. Rykoff 1Stanford University/KIPAC. 1Univ. of Michigan. 049.06 Th e Future of CMB Polarization: Report of the CMB Task Force Rai Weiss1 Session 049 Cosmic Microwave Background 1MIT. AAS Special, Sunday, 2:00-3:30pm, 6A 049.07 NASA CMBPOL Mission Studies Chair, John Mather1 Jamie Bock1, G. F. Hinshaw2, P. T. Timbie3 1NASA Goddard Space Flight Center. 1NASA/JPL, 2NASA/GSFC, 3U. Wisconsin.

049.01 Introduction to the Cosmic Microwave Background Marc Kamionkowski1 Session 050 NSF Astronomy Division Senior Review Out- come 1Caltech. AAS Special, Sunday, 2:00-3:30pm, 6B Chair, Eileen D. Friel1 1NSF.

126 127 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

050.01 NSF Astronomy Division Senior Review Outcome 052.02 X-ray Spectral Properties from Chandra Observations of SDSS G W. Van Citters1 QSOs to z=5 1NSF. Paul J. Green1, W. A. Barkhouse2, T. L. Aldcroft 1, D. Kim1, A. Moss- man1, G. Richards3, M. Weinstein4, ChaMP Collaboration 1 2 3 4 Session 051 HAD II: Case Studies in How 20th Century Ob- SAO, UIUC, Princeton, PSU. servatory Directors Got Chosen 052.04 Searching for the Sources Responsible for the Unresolved 6-8 keV HAD Special, Sunday, 2:00-3:40pm, 611-12 Cosmic X-ray Background Chair, Karl Hufb auer Aaron T. Steff en1, W. N. Brandt1, D. Alexander2, S. Gallagher3, B. Lehmer1 051.01 Lowell Observatory Enters the Twentieth Century—in the 1950s 1Penn State Univ., 2Durham University, United Kingdom, 3UCLA. Joseph S. Tenn1 1Sonoma State Univ.. 052.05 Swift /Burst Alert Telescope(BAT) Hard X-ray Survey Jack Tueller1, C. Markwardt2, R. Mushotzky3, Swift Survey Team 051.02 Th e Evolution of the National Radio Astronomy Observatory into a 1NASA’s GSFC, 2UMd/NASA/GSFC,, 3NASA/GSFC. User Based Observatory Kenneth I. Kellerman1, E. Bouton1 052.06 Th e DRaGONS Survey: A Search for High Redshift Radio Galaxies 1NRAO. and Heavily Obscured AGNs Samuel Schmidt1, A. Connolly1, A. Hopkins2 051.03 Michigan Turns to Leo Goldberg 1University of Pittsburgh, 2University of Sydney, Australia. Rudi P. Lindner1 1U. Michigan. 052.07 Spitzer/IRS Spectra of GOODS AGN Jeff rey Van Duyne1, C. M. Urry1 051.04 A Referendum on the State of Astronomy at Harvard: Choosing 1Yale University. ’s Successor David H. DeVorkin1 052.08 Probing Faint Active Galaxies at Redshift s 6 - 7 and above 1Smithsonian Inst.. Anton M. Koekemoer1, J. Bergeron2, D. Alexander3, W. Brandt4, R. Chary5, C. Conselice6, S. Cristiani7, E. Daddi8, M. Dickinson9, D. 8 10 11 12 13 051.05 Changing the Guard Slowly: Yale 1963-1975 Elbaz , N. Grogin , G. Hasinger , V. Mainieri , E. Treister , C. M. Virginia Trimble1 Urry14 1U. C. Irvine. 1STScI, 2IAP, France, 3Institute of Astronomy, UK, 4PSU, 5Caltech, 6U Nottingham, UK, 7Osservatorio di Trieste, Italy, 8CEA, France, 9NOAO, 10JHU, 11MPE, Germany, 12ESO, Germany, 13ESO, Chile, 14Yale U.

Session 052 AGN Populations 052.03D Properties of Millijansky Radio Source Hosts Brian Stalder1 AAS Oral, Sunday, 2:00-3:30pm, 3A 1University of Hawaii. 052.01 Th e Infrared Properties of galaxies and Quasars at z~6 Yuexing Li1, L. Hernquist1, D. Finkbeiner1 1Harvard-Smithsonian, CfA.

128 129 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

Session 053 Distant Works: Cosmology, Large Scale Structure 054.02 Th e Low-Energy Telescopes on EXIST and Gravitational Waves 1 2 3 4 Philip E. Kaaret , B. Ramsey , J. G. Jernigan , R. A. Remillard , R. E. AAS Oral, Sunday, 2:00-3:30pm, 6E Rothschild5, J. Hong6, J. E. Grindlay6 1 2 3 4 5 6 053.01 Discovery of Faint Radio Structures over 50 Square Degrees Down Univ. of Iowa, NASA/MSFC, SSL/UC Berkeley, MIT, UCSD, Har- to 3 arcmin Scales near the NGP vard. Philipp P. Kronberg1, R. Kothes2, C. J. Salter3, P. Perillat3 1LANL, 2DRAO, NRC Canada, Canada, 3Arecibo Observatory. 054.03 Th e High Energy Telescopes on EXIST JaeSub Hong1, J. E. Grindlay1, EXIST team 053.04 A Direct View of the Large-Scale Distribution of Mass, from Weak 1Harvard Univ.. Gravitational Lensing in the HST COSMOS Survey Richard Massey1, J. Rhodes1, A. Leauthaud2, R. Ellis1, N. Scoville1, 054.04 Blazars and the Cosmic Diff use IR Background with EXIST A. Finoguenov3 Paolo S. Coppi1, EXIST Science Team 1CalTech, 2Lab. d’Astrophysique de Marseille, France, 3MPI fur Extrater- 1Yale Univ.. restrische Physik, Germany. 054.05 Gamma Ray Bursts as Cosmological Probes with EXIST 1 053.05 Eff ects of Baryons and Dissipation on the Matter Power Spectrum Dieter Hartmann , EXIST Team Douglas Rudd1, A. Zentner1, A. Kravtsov1 1Clemson Univ.. 1University of Chicago. 054.06 Uncovering Obscured AGN with EXIST and Other Hard X-Ray 053.07 Analytical and Numerical Models of Turnaround Densities in Surveys 1 2 1 ΛCDM C. M. Urry , E. Treister , S. Virani Alan Peel1, E. Shaya1 1Yale Univ., 2European Southern Observatory, Chile. 1Univ. of Maryland. Session 055 ISM/Molecular Clouds 053.03D Crawling the Cosmic Web: An Exploration of Filamentary Structure AAS Oral, Sunday, 2:00-3:30pm, 608-10 Nicholas A. Bond1, M. A. Strauss1, R. Cen1 1Princeton Univ.. 055.01 Comparison of 13CO Line and Far-Infrared Continuum as a Diag- nostic of Dust and Molecular Gas Physical Conditions --- Implica- 053.06D Upper Limit Map of a Stochastic Background of Gravitational tions for the N(H2)/I(CO) Conversion Factor Waves William F. Wall1 Stefan Ballmer1 1INAOE, Mexico. 1California Institute of Technology. 055.02 Continuity between Magnetic Fields in GMCs and Large-scale Ga- Session 054 EXIST lactic Magnetic Fields AAS Oral, Sunday, 2:00-3:30pm, 3B Giles G. Novak1, M. Krejny1, H. Li2, D. T. Chuss3, P. G. Calisse4 1 2 054.01 Black Hole Finder Probe to EXIST:Surveying Black Holes in Space Northwestern Univ., Harvard-Smithsonian Center for Astrophysics, and Time 3NASA-Goddard Space Flight Center, 4Cardiff University, United King- Jonathan E. Grindlay1, EXIST Team dom. 1Harvard-Smithsonian, CfA.

130 131 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

055.03 Temporal Variations of Charge-Exchange induced Heliospheric X- 056.03 Science Priorities of the RadioAstron Space VLBI Mission rays: Constraints on the Local Interstellar X-ray Background Glen Langston1, N. Kardashev2, International Space VLBI Collabo- Rosine Lallement1, D. Koutroumpa1, F. Acero2, J. Ballet2, V. Kharch- ration enko3, R. Pepino3, A. Dalgarno3 1NRAO, 2Astro Space Center, Russian Federation. 1Service D’Aéronomie, France, 2Commissariat à l’Energie Atomique, France, 3Harvard-Smithsonian Center for Astrophysics. 056.04 Telescope to Observe Planetary Systems (TOPS): A High Effi ciency Coronagraphic 1.2-m Visible Telescope 1 2 3 2 2 055.04 Spitzer Observations of the Lupus Olivier Guyon , J. R. Angel , C. Bowers , J. Burge , A. Burrows , J. Nicholas L. Chapman1, L. Mundy1, N. J. Evans, II2, c2d team Codona2, T. Greene4, M. Iye5, J. Kasting6, H. Martin2, D. W. McCar- 2 7 2 1 8 9 1Univ. of Maryland, 2Univ. of Texas. thy , V. Meadows , M. Meyer , E. A. Pluzhnik , N. Sleep , T. Spears , M. Tamura5, D. Tenerelli10, R. Vanderbei11, B. Woodgate3, R. A. Woodruff 10, N. J. Woolf2 055.05 Th e COMPLETE Calibration of 12CO and 13CO in Perseus Jaime E. Pineda1, P. Caselli1, A. A. Goodman1, E. Rosolowsky1, J. B. 1Subaru Telescope, 2University of Arizona, 3NASA GSFC, 4Ames Research Foster1 Center, 5National Astronomical Observatory of Japan, Japan, 6Pennsyl- 1Harvard-Smithsonian Center for Astrophysics. vania State University, 7IPAC, 8Stanford University, 9LOGYX, 10Lockheed Martin, 11Princeton University. 055.06 Advancing Nebular Astrophysics through Near-Infrared Spectro- scopic Mapping 056.05 Availability of Calibration Sources for Measuring Spacecraft Angu- William H. Waller1, A. Kutyrev2, R. Silverberg2, B. Woodgate2, L. lar Position with Sub-Nanoradian Accuracy Allen3 Walid A. Majid1, D. Bagri1 1Tuft s Univ., 2NASA Goddard Space Flight Center, 3Center for Astrophys- 1JPL/Caltech. ics. 056.07 Future In-Space Operations for Astronomy 055.07 Mapping Enrichment in M33 Harley A. Th ronson1 Erik Rosolowsky1, J. D. Simon2 1NASA Goddard Space Flight Center. 1Harvard-Smithsonian, CfA, 2California Institute of Technology. Session 057 Young Stellar Objects Session 056 Space Mission Concepts and Instrumentation AAS Oral, Sunday, 2:00-3:30pm, 6C AAS Oral, Sunday, 2:00-3:30pm, 605-07 057.01D A Wide-fi eld Search for Intermediate-age Pre-Main Sequence Stars 056.01 Flight Calibration of the Galaxy Evolution Explorer (GALEX) near Taurus and Upper Scorpius Patrick Morrissey1, GALEX Science Team Catherine L. Slesnick1, J. M. Carpenter1, L. A. Hillenbrand1 1Caltech. 1Caltech.

056.02 Optical Performance of Designs for a Large Aperture Far-Infrared 057.02 Mid-IR Spectral Survey of High Mass Protostellar Objects Telescope Murray F. Campbell1, T. K. Sridharan2, J. L. Hora2, M. Kassis3, H. Paul Goldsmith1, B. Khayatian1, C. M. Bradford1, M. Dragovan1, W. Beuther4, R. T. Brooks1, S. Fung1, L. C. Johnson1, J. M. De Buizer5 Imbriale1, R. Lee1, C. Paine1, H. Yorke1, J. Zmuidzinas1 1Colby College, 2Center for Astrophysics, 3Keck Observatory, 4Max- 1JPL. Planck-Institut fur Astronomie, Germany, 5Gemini Observatory, Chile.

132 133 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

057.03D Th e Evolution of the Multiplicity of Young Stellar Objects 058.03 Student Understanding Diffi culties Research-based on Conceptual Michael S. Connelley1, B. Reipurth1, A. Tokunaga1 and Numerical Labs 1Univ. of Hawaii. Sergio Flores1 1University of Juarez. 057.04D Th e State and Evolution of Isolated Dense Molecular Cores Jens Kauff mann1 058.04 Teaching Optics Topics in College Physics Laboratory* 1Harvard-Smithsonian CfA. Roman Y. Kezerashvili1 1Physics Department, College of Technology, CUNY. 057.05 Gemini NIFS Integral Field Spectroscopy of YSO Environments: Spatially Extended Molecular Hydrogen Emission in the Inner 200 058.05 A Laboratory on Pulse Trains, Counting Statistics, and the Central AU Limit Th eorem for Physics Students Tracy L. Beck1, P. McGregor2, M. Takami3 David B. Pengra1 1Gemini North Observatory, 2RSA&A, Australian National University, 1University of Washington. Australia, 3Subaru Observatory. 058.06 Craft ing a Gauss Gun Demonstration 1 1 057.06 Application of Medical Imaging Soft ware to the 3D Visualization of Matthew E. Blodgett , E. D. Blodgett Astronomical Data 1University of Wisconsin - River Falls. Michelle A. Borkin1, A. A. Goodman2, M. Halle3, D. Alan1, J. Kauff - mann2 058.07 Using a Tube of Fire to Demonstrate Various Gas and Wave Proper- 1Initiative in Innovative Computing, , 2Initiative in ties. 1 Innovative Computing/Harvard Smithsonian Center for Astrophysics, Don B. Cameron 1 3Initiative in Innovative Computing/Harvard Medical School. University of Denver High School.

058.08 My Top Ten List of Labs and Demonstrations Session 058 Context Rich Lab Problems 1 Paul Robinson AAPT Oral, Sunday, 2:00-3:30pm, 617 1San Mateo High School. Chair, Terry Singleton1 1University of Alberta, Canada. 058.09 My Most Annoying Demonstration Joseph M. Mosca1 1 058.01 Undergraduate Labs for Biological Physics: Brownian Motion and Embry-Riddle Aeronautical University. Optical Trapping Chu1, A. Laughney1, J. Williams1 Session 059 Innovations in High School Physics, Part II 1University of Vermont. AAPT Oral, Sunday, 2:00-3:30pm, 307-08

1 058.02 Alternatives to Traditional Labs: a Discovery Lab Based on Analogy Chair, Eric C. Muhs Mark I. Liff 1 1Roosevelt High School. 1Philadelphia University. 059.01 Keeping Seniors Engaged During Th e Last Week Of School Th omas F. Haff 1 1Issaquah High School.

134 135 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

059.02 Th ank You for Flying the Vomit Comet 060.01 Using VPython to Apply Mathematics to Physics in Mathematical Gregory A. DiLisi1, R. Dempsey2, L. A. DiLisi3, G. Santo4 Methods 1John Carroll University, 2Johnson Space Center, 3Parker Hannifi n Cor- Dedra Demaree1, J. Eagan1, P. Finn1, B. Knight1, J. Singleton1, A. 1 poration - Nichols Airborne Division, 4Beaumont High School. Th errien 1College of the Holy Cross. 059.03 Physics on Wheels: Teaching Mechanics by Riding a Bicycle Hezi Yizhaq1, G. Baran1 060.02 VPython applications for Teaching Physics 1 1Environmental High School, Israel. Roberto B. Salgado 1Syracuse University - Department of Physics. 059.04 High School Student Scientists Researching Pulsars at the CGWA Adrienne Rodriguez-Zermeno1 060.03 Charming VPythong Simulations 1 1 1University of Texas at Brownsville. Eric W. Pepin , R. P. Olenick 1University of Dallas. 059.05 Metricize Yourself Maria K. Falbo1 060.04 Visual Basic - VPython Interface: Charged Particle in a Magnetic 1Cardinal Gibbons High School. Field Chandra Prayaga1 1 059.06 Mini-Labs University of West Florida. Marc Kossover1 1Th e Jewish Community High School of the Bay. Session 061 Faint Structures in Nearby Galaxies Plenary, Sunday, 3:40-4:30pm, Ballroom 6 059.07 International Physics Summer Camp for High School Students Damian T. Pope1, B. Korsunsky2 061.01 Faint Structures in Nearby Galaxies: Studies of Galaxy Formation at z=0 Julianne Dalcanton1 1Perimeter Institute for Th eoretical Physics, Canada, 2Weston High 1Univ. of Washington. School.

059.08 Student Measurements of Cosmic Rays on an International Scale Session 062 Th e Assembly of Galaxies and Th eir Black Holes Robert S. Peterson1 Plenary, Sunday, 4:40-5:30pm, Ballroom 6 1 QuarkNet/Education Offi ce | Fermi National Accelerator Lab. 062.01 Th e Assembly of Galaxies and Th eir Black Holes: A New Paradigm for Hierarchical Galaxy Formation? 059.09 Th e Next Best Th ing to Having Your Own Accelerator: How Rachel S. Somerville1 QuarkNet Can Help 1Max-Planck-Institut fuer Astronomie, Germany. Kris Whelan1 1Lawrence Berkeley National Laboratory. Astronomy and Astrophysics Advisory Committee Session 060 Physics Education with Vpython AAS Town Hall Meeting, Sunday, 5:30-6:30pm, 6B Th e Astronomy and Astrophysics Advisory Committee (AAAC) was AAPT Poster, Sunday, 2:00-3:30pm, 303 constituted by Congress with OMB and agency support to advise both the Chair, Ruth Chabay1 Congress and the three Agencies supporting astronomy and astrophysics 1North Carolina State University. research programs, NASA, NSF, and DOE. Th e enabling legislation requires the AAAC to advise on (1) the coordination of programs in astronomy and 136 137 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles astrophysics between the three agencies, and (2) the status of the Decadal Session 064 When Was the Last Time 5000 College Students Survey and like NRC reports. Th e committee is required to submit an an- Gave You Feedback on Your High School Physics Course? nual report to Congress and the heads of the agencies with fi ndings and AAPT Invited, Sunday, 6:30-8:00pm, 307-08 recommendations in these areas. Since this report must be submitted by Chair, Wayne Fisher1 March 15, input from the community at the AAS meeting in January would 1 be most valuable and appreciated by the committee. Th e last discussion was Myers Park High School. very late in the day and was not well attended; the goal here is to provide a Does Taking Physics Pay Off Later in Chemistry & Biology Courses? further opportunity to involve the AAS membership in discussions with the 064.01 Philip M. Sadler1, R. H. Tai2 committee members and the agency representatives who can attend about a 1Harvard-Smithsonian Center for Astrophysics, 2University of Virginia. broad range of issues aff ecting astronomy programs at the three agencies. Chair, Garth D. Illingworth1 064.02 High School Teaching and College Performance: Looking for Con- 1UC, Santa Cruz. nections Robert H. Tai1 Astrophysics, Cosmology, and Extrasolar Planets: NASA’s 1Univ. of Virginia. Navigator Missions 064.03 Gender Diff erences in Introductory University Physics Perfor- AAS Splinter Meeting, Sunday, 6:00-8:00pm, 6E mance: Th e Infl uence of High School Physics Preparation & Aff ect Th e President’s Vision for Space Exploration calls for NASA to “conduct ad- Zahra Hazari1 vanced telescope searches for Earth-like planets and habitable environments 1Harvard Smithsonian Center for Astrophysics. around other stars.” Th e primary missions in these searches are Navigator Program missions - SIM PlanetQuest, and the Terrestrial Planet Finder Mis- Session 065 Astronomy and the Two-Year Colleges sions (TPF-C and TPF-I). Other observatories also play important roles in exploring the fi eld of extrasolar planets: e.g. Kepler, Spitzer Space Telescope, AAPT Special, Sunday, 6:30-8:00pm, 615 JWST, the Keck and LBT Interferometers, and other ground-based obser- Chair, Th eo Koupelis1 vatories. In this session, we will recap some recent science results and show 1University of Wisconsin Colleges. how the various techniques and instruments each play important roles in advancing our understanding in this rich fi eld of research. 065.01 Community College’s CAN do Research - A Decade of Eclipse Expe-

1 ditions Chair, Stephen C. Unwin Jon M. Saken1 1 JPL. 1Appalachian State Univ..

Session 063 Th e Future of the Core Curriculum 065.02 What’s in the Neighborhood?: Using Science/Technology/Society AAPT Invited, Sunday, 6:30-8:00pm, 616 (STS) Instructional Strategies in an Introductory Community Col- lege Astronomy Class 1 Chair, Michael Th eonnessen Lawrence R. Kellerman1 1 Michigan State University. 1Illinois Central College.

063.01 Th e Future of the Core Curriculum in Graduate Education Michael Th oennessen1 1Michigan State University.

138 139 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

Session 067 High School Curriculum Issues 065.03 NASA Center for Astronomy Education: Building a Community of Practice AAPT Oral, Sunday, 6:30-8:00pm, 310 1 1 1 2 3 Gina Brissenden , E. Prather , T. F. Slater , W. M. Greene , M. Th aller Chair, Beverly Cannon1 1 2 3 Univ. of Arizona, JPL, CalTech. 1Highland Park HS. 065.04 Teaching Astronomy at Lewis and Clark Community College 1 067.01 Active Physics - Problem Based Learning for High Schools David A. Cornell Arthur Eisenkraft 1 1 Principia College. 1Univ of Massachusetts Boston. 065.05 Free Resources for Teaching with Technology 1 067.02 Physics First: Why You Should Consider It at Your High School Michelle A. Strand Alan P. Gnospelius1 1 Southeast Community College. 1Design and Technology Academy.

Session 066 Eff ective Features of Online Tutorials 067.03 A TIME for Physics First in Missouri AAPT Special, Sunday, 6:30-7:30pm, 303 Meera Chandrasekhar1, K. Manivannan2, D. Kosztin1, S. Torres3 1 2 3 Chair, Gerald W. Meisner1 University of Missouri, Missouri State University, Columbia Public 1UNC Greensboro. Schools.

PhET’s Research-based Guidelines for Design & Use of Interactive 067.04 What To Do Aft er Th e AP Test: How About Household Electricity? 066.01 1 Simulations John P. Lewis Katherine K. Perkins1, W. K. Adams1, C. E. Wieman1, PhET Team 1Glenbrook South High School. 1University of Colorado at Boulder. 067.05 Introduction to Physics of the Universe in AP Physics Classrooms 1 066.02 Virtual Labs and Virtual Worlds Stephanie L. Allen Ted Boehler, Ed.D.1 1Hope College. 1Coastline Community College. 067.06 Using the Hypothesis Method in Learning Physics 1 066.03 Electric Circuits in a Virtual Environment Genrikh Golin Gerald W. Meisner1, H. Hoff man2, M. Turner3 1Touro College & Franklin Delano Roosevelt HS. 1UNC Greensboro, 2Science Lab Courseware, 3Hebrew Academy. 067.07 Inservice Preparation of High School Physics Teachers 1 1 066.05 Measuring Learning from hints in Web-based Socratic Tutor Stephen T. Th ornton , R. A. Lindgren Young-Jin Lee1, D. E. Pritchard1 1University of Virginia. 1Massachusetts Institute of Technology. Session 068 Insights into Mechanics and Sound

066.06 Impact of Inquiry-Oriented Curriculum Materials Modifi ed to AAPT Oral, Sunday, 6:30-8:00pm, 617 Provide Better Access for Special Needs Students 1 Julia K. Olsen1, T. F. Slater1 Chair, G. Samuel Lightner 1 1University of Arizona. Westminster College.

140 141 SUNDAY Events, Sessions and Paper Titles SUNDAY Events, Sessions and Paper Titles

and cosmology, including “Einstein’s Unfi nished Symphony,” “Th ursday’s 068.01 Some Aspects of the Physics of Shooting a Basketball John J. Fontanella1 Universe,” “Th rough A Universe Darkly” and most recently, “Archives of the 1U. S. Naval Academy. Universe.” Th e award is given to individuals who have linked physics to the arts and humanities. Previous winners include Philip Morrison, Freeman 068.02 Period-Speed Analysis of a Pendulum T. Dyson, Gerald Holton, Jeremy Bernstein, Cyril Stanley Smith, Martin Barbara M. Hoeling1, Y. Kostov1, R. Morshed1, P. Siegel2 Aitken, and Abraham Pais. 1 2 Pomona College, Cal Poly Pomona. Chair, James J. Stith1 1American Institute of Physics. 068.03 Optical Measurement of the Acceleration Due to Gravity Bill Crummett1 Einstein’s Legacy to Astronomy: From Black Holes to the Expand- 1 069.01 Centre College. ing Universe Marcia Bartusiak1 068.04 Why the Magnetic Levitation can be Observed only in a Con- 1MIT. strained Case in PASCO’s Magnetic Levitation Apparatus? Xiao Xie1, P. P. G u 1, Z. Y. Wang1, Z. Xie1 1Hunan University, China. SPS/AAPT/AAS Undergraduate Science Evening Joint Event, Sunday, 7:00-9:00pm, 6A 068.05 Wavelength Dependent End Correction for a Resonating Air Col- Th e AAS Education Offi ce and the AIP/Society of Physics Students are umn sponsoring an “Evening with Scientists” for all undergraduates attending the Henry Kuhlman1, C. Hansen1 AAS/AAPT Joint Meeting on Sunday Night from 7 to 9 pm. Two notable 1Southern Adventist University. astronomers will give short (20 mins) presentations on their personal expe- riences as scientists, their perspectives on the fi eld and their own research. 068.06 Amplifi er Distortion Dinner, in the form of pizza, burritos and other student favorites will be 1 David Keeports provided. Undergraduates are invited to put up their posters for an hour of 1Mills College. informal discussion with each other and the featured speakers to get a per- spective on Astronomy that is oft en overlooked at large meetings. 068.07 Exact Relativistic to Non-Relativistic Transformation via an Eff ec- 1 tive Potential Chair, Susana E. Deustua James P. Crawford1, J. Shubila1 1American Astronomical Society. 1Penn State University. Chair, Gary White1 068.08 New Ideas for Teaching Relativity: a unifi ed derivation of the Dop- 1American Institute of Physics. pler Eff ect Roberto B. Salgado1 1Syracuse University - Department of Physics.

Session 069 AIP Gemant Award Lecture Plenary, Sunday, 7:00-8:30pm, Ballroom 6 Dr. Jim Stith of AIP, make present the award and introduce Marcia Bartu- siak. Ms. Bartusiak is the author of numerous popular books on astronomy

142 143 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

MONDAY 071.02 Inquiry-Based, Hands-on In-class Astronomy Activities Rebecca Lindell1, T. Foster1 Retirees Breakfast 1Southern Illinois University Edwardsville. AAPT Event, Monday, 7:00 am - 8:30 am, 211 Retired, or considering retirement? Come join others and share stories, ask 071.03 Innovate Use of SCALE-UP for Teaching General Education As- questions, or discuss issues and concerns at this informal breakfast of peers. tronomy Tickets: $20 Luke Keller1, M. Rogers1 1Ithaca College. Two Year College Breakfast AAPT Event, Monday, 7:00 am - 8:30 am, 213 071.04 Promoting Stellar Writing: An Astronomy/English Learning Com- Th is breakfast is a get-together for Two-Year College (TYC) Physics Teach- munity ers. Come interact, debate, and discuss any and all matters concerning TYC Frank Dudish1, R. Lacina1 faculty. Also, get to know the TYC Committee members. Tickets: $20 1Delta College. Speaker Ready Room 071.05 An Upper-Division Astronomy Laboratory Course for Undergradu- Attendee Services, Monday, 7:30am-6:00pm, 603-04 ate Physics Majors See Saturday’s listing for AV instructions. David M. Kuehn1, B. L. Davis1 1Pittsburg State University. Cyber Café Attendee Services, Monday, 8:00am-6:30pm, South Lobby 071.06 A New Chart and Teaching Materials on Cosmology from CPEP See Sunday’s listing for details. G Samuel Lightner1, M. Cherney2, G. Aubrecht3, R. Reiland4 1 2 3 Registration Westminster College, Creighton University, Th e Ohio State University, 4Shady Side Academy. Attendee Services, Monday, 8:00am-5:00pm, South Lobby Session 070 Th e Coming Revolutions in Particle Physics 071.07 Investigating Neglected Double Stars R Kent Clark1, J. M. Sanders1, J. Guidry1, J. Pearce1 Plenary, Monday, 8:30-9:20am, Ballroom 6 1University of South Alabama. Chair, Lila Adair1 1Piedmont College. 071.08 Simulating the Retention of an Atmosphere Kevin M. Lee1, C. M. Siedell1, A. N. Davis1 070.01 Th e Coming Revolutions in Particle Physics 1University of Nebraska. Chris Quigg1 1Fermi National Accelerator Laboratory. 071.09 Citizen-Scientists Monitor Light Pollution Worldwide via “GLOBE at Night” 1 1 1 2 Session 071 Poster Session II Constance E. Walker , S. M. Pompea , D. Isbell , D. Orellana , D. Ward 3, S. Henderson3, K. Meymaris3, S. Gallagher3, D. Salisbury4 AAPT Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 1National Optical Astronomy Observatory, 2Centro de Apoyo a la 071.01 Student Exploration of Scientifi c Literature Didáctica de la Astronomà a (CADIAS), Chile, 3UCAR, 4CSU. Erin K. McCamish1, T. McKay1, M. Geramita1, E. Percha1 1University of Michigan.

144 145 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

071.10 Student-Scientists use Remote Sensing to Reach across the Equator 071.18 Study of Interface Design for Engagement and Learning with Edu- Constance E. Walker1, R. Probst1, C. Martin2, B. Dorame2, D. Isbell1, cational Simulations S. M. Pompea1, H. Ochoa3, D. Orellana4, A. Garcia5 Wendy K. Adams1, S. Reid1, R. LeMaster1, S. McKagan1, K. Perkins1, 1National Optical Astronomy Observatory, 2Howenstine Magnet High C. E. Wieman1 School, 3Cerro Tololo Inter-American Observatory, Chile, 4Centro de 1University of Colorado. Apoyo a la Didáctica de la Astronomà a (CADIAS), Chile, 5Gemini Advanced Modeling in Excel: from Water Jets to Observatory, Chile. 071.19 Olga Ignatova1, D. Chyzhyk2, C. Willis3, A. Kazachkov1 1 2 071.11 NASA’s Gravity Probe B Mission: Was Einstein Right? V.Karazin Kharkiv National Univ., Ukraine, Kharkiv National Univ. of Shannon K. Range1 Radio-Electronics, Ukraine, 3Univ. of Northern Colorado. 1NASA’s Gravity Probe B at Stanford University. 071.20 Develpoing computer program for calculating magnetic fi elds 1 2 071.12 Using the Astronomy Diagnostic Test to Identify Students’ Precon- Wook Hee Koh , A. Koh ceptual Knowledge 1Hanseo University, Republic of Korea, 2Irvine Valley College. Dennis M. Robbins1, S. Tribiano1, K. Ford1, B. McKernan1 1Borough of Manhattan Community College. 071.21 Data Acquisition with Mathematica Wesley W. Bliven1, N. Fitch2, P. Tam1 1 2 071.13 Interactive Lecture Experiments in Large Introductory Physics Humboldt State Univ, University of Colorado at Boulder. Classes Marina M. Milner-Bolotin1, A. Kotlicki1, G. Rieger1, F. Bates1, R. 071.22 Teaching Computational Physics Using Spreadsheets Moll1, K. McPhee1, S. Nashon1 Jaebong Lee1, K. Shin1, S. Lee1 1University of British Columbia, Canada. 1Seoul National Univ., Republic of Korea.

071.14 Web administered pre/post assessment: reliability, compliance and 071.23 Doing Physics with Spreadsheets: Old Tricks for New Dogs security A. John Mallinckrodt1 Scott W. Bonham1 1Cal Poly Pomona. 1Western Kentucky University. 071.24 Bouncing Ball Video Analysis: Th e Conservation of Mechanical Energy 071.15 Physics Applets for Drawing in the classroom Joel A. Bryan1 Scott W. Bonham1 1Texas A&M University. 1Western Kentucky University. 071.25 Changing Student Attitudes using Andes, An Intelligent Homework 071.16 Active Learning with Ubiquitous Presenter and Tablet PCs System Edward Price1, B. Simon2 Brett van de Sande1, K. VanLehn1, D. Treacy2, R. Shelby2 1California State University, San Marcos, 2UC, San Diego. 1University of Pittsburgh, 2US Naval Academy.

071.17 Simulation-Based e-Learning Tools for Science,Engineering, and 071.26 Using the Motion Visualizer Family of Programs to Enhance Class- Technology Education(SimBeLT) room and On-Line Learning Doyle V. Davis1, Y. Cherner2 James E. Trimble, Jr1 1New Hampshire Community Technical College, 2ATeL, LLC. 1University of Tennessee.

146 147 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

071.27 Choosing the Right Mixture of Techniques and Technologies 072.08 Optical Variability of Infrared Power Law-Selected Galaxies & X- Todd K. Timberlake1 ray Sources in the GOODS South Field 1Berry College. Alison J. Klesman1, V. L. Sarajedini1 1Univ. Of Florida. Session 072 AGNs, QSOs and Active Galaxies 1 072.09 Intrinsic Absorption in the HST Archive I: Search for Time Vari- AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 able Systems 072.01 Redshift Eff ects on the Spectroscopic Properties of Active Galaxies Catherine Grier1, M. Hawthorn2, R. Ganguly3, J. C. Charlton4, M. Kelly Wallenstein1, E. C. Moran2 Eracleous4, K. R. Sembach5 1Wellesley College, 2Wesleyan University. 1University of Illinois at Urbana-Champaign, 2Cambridge, United King- dom, 3University of Wyoming, 4Penn State, 5STScI. 072.02 Applications Of Spectral Principle Component Analysis In AGN Research: Sample Selection and Beyond 072.10 Intrinsic Absorption in the HST Archive II: Partial Covering and Zhaohui Shang1, M. Brotherton1 Associated O VI Systems 1Univ. Of Wyoming. Rajib Ganguly1, R. S. Lynch2, J. C. Charlton2, M. Eracleous2, T. M. Tripp 3, C. Palma2, K. R. Sembach4, T. Misawa2, J. R. Masiero5, N. 072.03 Quasar and Host Galaxy Evolution Milutinovic6, T. M. Jones2 Simon E. Leah1, F. W. Hamann1 1Univ. of Wyoming, 2Penn State University, 3UMass, 4STScI, 5University 1University of Florida. of Hawaii, 6University of Victoria, Canada.

072.04 Quasar Environments in the Sloan Digital Sky Survey 072.11 Dust Lanes, Nuclear Dusty Disks, and Isophotal Properties as Amanda Haapala1, J. Scott1 Observed by HST: What Do Th ey Tell Us about the 3-D Structure of 1Towson University. Elliptical Radio Galaxy Hosts? Grant R. Tremblay1, M. Chiaberge1, C. J. Donzelli1, W. B. Sparks1, A. 072.05 Magnetorotational Instability in Strongly Magnetized Plasmas C. Quillen2 Vladimir I. Pariev1, V. V. Mirnov1, S. C. Prager1 1Space Telescope Science Institute, 2Department of Physics and Astrono- 1Univ. Of Wisconsin-Madison. my, University of Rochester.

072.06 Discovery of Bright Quasars at Low Galactic Latitude 072.12 Probing the Assembly of Massive Galaxies via Quasar Hosts at z=4 Induk Lee1, M. Im1 Kim K. McLeod1, J. Bechtold2, B. A. McLeod3, S. Kimmel4, T. Seper- 1Seoul National University, Republic of Korea. sky1, R. Stoll1, A. Zangari1 1Wellesley College, 2Univerity of Arizona, 3Smithsonian Astrophysical 072.07 Clustering of z=3 AGN in MUSYC-ECDFS Observatory, 4Williams College. Harold Francke1, E. Gawiser2, P. Lira1, S. Virani2, E. Treister3, C. M. 2 Urry , MUSYC Collaboration 072.13 Monitoring Microlensing Events In the Quasar RX J1131-1231 1Universidad de Chile, Chile, 2Yale University, 3European Southern Ob- George Chartas1, C. S. Kochanek2, X. Dai2, N. Morgan2, G. P. servatory, Chile. Garmire1 1Penn State University, 2Th e Ohio State University.

148 149 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

072.14 3D Simulations of Jet Interactions with Galaxy Cluster Environ- 072.22 Th e Broadband X-Ray Spectral Features of a Sample of Seyfert 1 ments Galaxies Sean M. O’Neill1, T. W. Jones1, D. Ryu2 Urmila Padmanabhan1, K. A. Weaver2, T. Yaqoob1 1Univ. of Minnesota, 2Chungnam National University, Republic of Korea. 1Johns Hopkins University, 2GSFC.

072.15 AGN near Weak Lensing Selected, X-ray Confi rmed Galaxy Clus- 072.23 Quantifi cation of Quasar Environments via Absorption Spectra ters Colleen M. McIntosh1, J. Scott1 Dara J. Norman1, Deep Lens Survey Collaboration 1Towson Univ.. 1NOAO/CTIO. 072.24 Studies of Quasar Variability With the Sloan Digital Sky Survey 072.16 FeII(UV)/MgII Ratio versus Luminosity in QSOs Brian C. Wilhite1, R. J. Brunner1, B. F. Lundgren1, C. J. Grier1 Ekaterina Verner1, F. Bruhweiler1, B. Peterson2 1University of Illinois. 1Catholic University of America, 2Siding Spring Observatory, Australia. 072.25 Th e Proximity Eff ect and the UV Background at z~4 072.17 Are Th ere Low Radiative Effi ciency Accretion Disks in Low Lumi- Jennifer E. Scott1, J. Bechtold2 nosity AGN? 1Towson Univ., 2University of Arizona. Marco Chiaberge1, D. Macchetto2 1Space Telescope Science Institute, 2Space Telescope Science Institute 072.26 A Search for the Earliest Luminous Quasars - ESA. Eilat Glikman1, S. G. Djorgovski1, A. A. Mahabal1, M. J. Graham1, D. Th ompson1, G. Meylan2, A. Eigenbrod2, F. Courbin2 072.18 Broad Line Regions in Low Luminosity Radio Galaxies: is the Dis- 1Caltech, 2EPFL, Switzerland. tinction Between Broad- and Narrow-Line Galaxies Real? Jacob Noel-Storr1, S. A. Baum1, C. P. O’Dea1 072.27 Observation of the GZK Cutoff by the HiRes Experiment 1Rochester Inst. of Technology. Stefan Westerhoff 1, B. Connolly1 1Columbia University. 072.19 Optical Ensemble Variability of Low to Moderate Redshift Galaxies in the Sloan Digital Sky Survey Session 073 Astronomers in Public Education Tyler D. Desjardins1, V. L. Sarajedini1 AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 1Univ. Of Florida. 073.01 Th e Beyond Einstein Explorers’ Program (BEEP) - Getting Astrono- 072.20 Study of X-ray Spectral Parameters from Large Sample of RXTE mers Involved in Aft erschool Activities Active Galaxies Anita Krishnamurthi1, B. Barbier2, S. Mitchell2, J. Lochner3 Barbara Mattson1, K. Weaver1, C. Reynolds2 1NASA GSFC/University of Maryland, 2NASA GSFC/SP Systems, Inc., 1NASA’s GSFC, 2University of Maryland. 3NASA GSFC/USRA.

072.21 An Archival HST Survey for Ultrafaint QSOs Session 074 Astronomy and Astrophysics with LISA Bernhard Beck-Winchatz1, S. F. Anderson2 AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 1DePaul University, 2University of Washington.

150 151 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

074.01 LISA: Probing the Universe with Gravitational Waves 074.08 Tracking Cosmological Black Hole Mergers with LISA Th omas A. Prince1, P. Binetruy2, J. Centrella3, L. S. Finn4, C. Hogan5, Ryan N. Lang1, S. A. Hughes1 G. Nelemans6, E. S. Phinney7, B. Schutz8, LISA International Science 1MIT. Team 1Caltech/JPL, 2APC - College de France, France, 3GSFC, 4Penn State 074.09 Modeling Binary Black Hole Mergers University, 5University of Washington, 6Radboud University Nijmegen, John G. Baker1 Th e Netherlands, 7Caltech, 8Max-Planck-Institut fur Gravitationsphysik, 1NASA/GSFC. Germany. 074.10 Observing Massive Black Hole Binaries with LISA 1 074.02 LISA Mission Architecture Sean McWilliams Nicholas M. Jedrich1, R. T. Stebbins1, J. C. Livas1, S. M. Merkowitz1, 1NASA GSFC. R. G. Mink1 1NASA. 074.11 Population Boundaries for Evolving Binaries on the LISA Sensitivity Curve 1 1 1 1 074.03 Th e LISA Pathfi nder Mission Kopparapu R. Kumar , V. Gokhale , J. Frank , J. E. Tohline Robin T. Stebbins1, LISA Pathfi nder Science Team 1Louisiana State Univ.. 1NASA Goddard Space Flight Center. 074.12 Tidal Eff ects in Inspiraling Double White Dwarfs 1 1 2 074.04 System Validation and Verifi cation Testing for the Laser Interfer- Vicky Kalogera , B. Willems , B. Hansen ometry Space Antenna (LISA) 1Northwestern University, 2UCLA. Jeff rey C. Livas1, N. Jedrich1, S. M. Merkowitz1, R. T. Stebbins1 1NASA’s GSFC. 074.13 Gravitational Waves from Cosmic Superstrings Craig J. Hogan1 074.05 Cancellation of the LISA Antenna Distortions due to the Earth 1Univ. of Washington. Peter L. Bender1 1JILA, Univ. of Colorado and NIST. 074.14 Th e Mock LISA Data Challenges: First Results and Future Prospects Michele Vallisneri1, Mock LISA Data Challenge Taskforce 074.06 Measurements of Forces Between Surfaces for LISA 1Jet Propulsion Laboratory. Scott E. Pollack1, S. Schlamminger1, C. A. Hagedorn1, J. H. Gund- lach1 074.15 Listening to the Universe with the Laser Interferometer Space An- 1University of Washington. tenna Neil J. Cornish1, J. Crowder2, E. Porter3 074.07 Modular Gravitational Reference Sensor 1Montana State Univ., 2Jet Propulsion Laboratory, 3Albert Einstein Insti- for High Precision Astronomical Space Missions tutue, Germany. Ke-Xun Sun1, G. Allen1, S. Buchman1, R. L. Byer1, J. W. Conklin1, D. B. DeBra1, D. Gill1, A. Goh1, S. Higuchi1, P. Lu1, N. Robertson1, A. 074.16 Bayesian Inference and Observations of Massive Black-hole Bina- Swank1 ries with LISA 1Stanford Univ.. Marc Van der Sluys1, A. Stroeer2, A. Vecchio2, V. Kalogera1 1Northwestern University, 2Northwestern Univ., Univ. of Birmingham.

152 153 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

074.17 An Application of the Hilbert-Huang Transform to the LISA Mock 075.06 Research-Infused STEM Reform at South Carolina State University Data Challenge Daniel M. Smith, Jr.1, J. A. Anderson1, K. Adzievski1 John K. Cannizzo1, J. Camp2 1South Carolina State University. 1NASA/GSFC/UMBC, 2NASA/GSFC. 075.07 Education and Public Outreach for Stardust@home: An Interactive 074.18 Coated Fused Silica Fibers for Enhanced Sensitivity Torsion Pendu- Internet-based Search for Interstellar Dust lum Bryan J. Mendez1, A. J. Westphal1, A. L. Butterworth1, N. Craig1 Kenji Numata1 1UC Berkeley. 1Univ. of Maryland/NASA-GSFC. 075.08 THEMIS Education and Outreach Program’s Involvement in Au- thentic Science in the classroom. Session 075 Astronomy Research by Students of All Ages and 1 1 2 the Public Nahide G. Craig , L. M. Peticolas , V. Trautman 1UC, Berkeley, 2Petersburg City Schools. AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 075.01 Th e Use of a High School Observatory to Augment Our Under- Session 076 Circumstellar Disk Models standing of the Metallicity Dependence of the Cepheid Period-Lu- minosity Relation AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 James Young1, S. Scott1, S. Kanbur1, A. ominsky2, C. Ngeow3 076.01 Accretion of Terrestrial Planets from Oligarchs in a Turbulent Disk 1SUNY Oswego, 2Southern Cayuga High School Observatory, 3U. Illinois. Masahiro Ogihara1, S. Ida1, A. Morbidelli2 1Tokyo Institute of Technology, Japan, 2Observatory of Nice, France. 075.02 Th e Arecibo Remote Command Center: Involving Students in Ma- jor Astronomical Research 076.02 Disks in Transition Around Pre-Main Sequence Stars Andy Miller1, A. Rodriguez-Zermeno1, F. Jenet1 Catherine Espaillat1, N. Calvet1, L. Hartmann1 1Center for Astronomy/ Univ. Texas at Brownsville. 1University of Michigan.

075.03 Space Science Lab at PARI 076.03 Modifi cation of Angular Velocity Distribution by Inhomogeneous Michael W. Castelaz1, M. Blake1, D. Clavier1, C. Whitworth1, J. D. Growth of MRI in Protoplanetary Disks Cline1 Mariko Kato1, K. Nakamura1, R. Tandokoro1, M. Fujimoto2, S. Ida1 1Pisgah Astronomical Research Inst.. 1Tokyo Institute of Technology, Japan, 2JAXA/ISAS, Japan.

075.04 Th e CUREA Program at Mount Wilson 076.04 Th e behaviors of Kelvin-Helmholtz Instability in protoplanetary disks Paula C. Turner1, J. C. LoPresto2, M. Simmons3 Yusuke Kobayashi1, K. Nakamura1, M. Fujimoto1 1Kenyon College, 2Edinboro Univ. of Penns., 3Mount Wilson Obs. Assoc.. 1Tokyo Institute of Technology, Japan.

075.05 Astrophysical and Planetary Science Research at Four Minority 076.05 Kelvin-Helmholtz vortices induced by MRI at the inner-edge of Institutions protoplanetary disks Donald K. Walter1, L. P. Johnson2, S. A. Austin2, C. Salgado3, P. A. Keita Nakamura1, M. Kato1, R. Tandokoro2, M. Fujimoto3, S. Ida1, Morris4 H. Yurimoto4 1South Carolina State Univ., 2Medgar Evers College, 3Norfolk State Uni- 1Tokyo Institute of Technology, Japan, 2FUJITSU LABORATORIES LTD., versity, 4University of Houston - Downtown. Japan, 3ISAS/JAXA, Japan, 4Hokkaido University, Japan.

154 155 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

076.06 A Test Suite for 3D Radiative Hydrodynamics Simulations of Proto- 077.03 Simulation of the Magnetothermal Instability in 3D and Applica- planetary Disks tion to Clusters of Galaxies Aaron C. Boley1, R. H. Durisen1, A. Nordlund2, J. Lord3 Ian J. Parrish1, J. M. Stone1 1Indiana University, 2NBIfA, Denmark, 3Whitman College. 1Princeton University.

076.07 3D Radiative Hydrodynamics Simulations of Protoplanetary Disks: 077.04 Discovery of Distant Galaxy Clusters in the ROX Survey A Comparison Between Two Radiative Cooling Algorithms Deborah B. Haarsma1, M. E. Donahue2, A. R. Butler1, S. S. Bruch2, Jesse W. Lord1, A. C. Boley2, R. H. Durisen2 M. Dickinson3 1Indiana University and Whitman College, 2Indiana University. 1Calvin College, 2MSU, 3NOAO.

076.08 Monte-Carlo SED Models Of Young Stars With Accretion Disks In 077.05 THE EVOLUTION OF WEAK MgII ABSORBERS FROM 0 < z < Taurus-Auriga and Orion Region 2.4. Th ompson S. LeBlanc1, K. G. Stassun1, E. L. Jensen2 Anand Narayanan1, T. Misawa1, J. C. Charlton1, T. Kim2 1Vanderbilt University, 2Swarthmore College. 1Pennsylvania State Univ., 2Astrophysikalisches Institut Potsdam, Ger- many. 076.09 Proto Planetary Disk Model Inversion Using Artifi cial Neural Networks 1 2 1 Gerald T. Ruch, Jr. , D. Wooden , C. E. Woodward 077.06 First Results from the XMM/IMACS Groups Project 1Univ. of Minnesota, 2NASA Ames. John S. Mulchaey1, Y. Shen2, J. Rasmussen3, T. J. Ponman3, S. Raychaudhury3 076.10 Simulating Protoplanetary and Debris Disk’s for ALMA 1Carnegie Obs., 2Princeton University, 3University of Birmingham, 1 Robert L. Stone United Kingdom. 1Radford University and NRAO. 077.07 Mapping the Intergalactic Medium in Chandra Deep Fields Session 077 Clusters & Cosmology Lara A. Phillips1 1 AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Five Colleges Astronomy Department, Amherst College.

077.01 First Results from an HST/ACS Snapshot Survey of Intermediate 077.08 Chandra Observations of & Redshift , Intermediate X-ray Luminosity Clusters of Galaxies: Early David S. Davis1, M. Henriksen2 Type Galaxies and Weak Lensing 1UMBC/NASA’s GSFC, 2UMBC. Christine Trombley1, M. Donahue1, S. Bruch1, C. Conselice2, B. McNamara3, H. Hoekstra4 Evidence for Evolution in Weak MgII Absorbers at z < 1.5 1 2 077.09 Michigan State University, University of Nottingham, United Kingdom, Jessica L. Evans1, C. W. Churchill1, M. I. Murphy2, A. M. Widhalm1 3 4 University of Waterloo, Canada, University of Victoria, Canada. 1New Mexico State Univ., 2University of Cambridge, United Kingdom.

077.02 Populations of Lyman Break Galaxies in Two Large Quasar Groups 077.10 Th e NOAO-XCS Survey Program at 0.8

156 157 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

077.11 Chandra Studies of Dark Matter and Galaxy Formation: Signatures 077.19 Chandra Observation of the Cluster Environment of a WAT Radio from the Source in Abell 1446 Megan Donahue1, M. Sun1, K. Cavagnolo1, G. Voit1 Edmund Douglass1, E. Blanton1, T. Clarke2, C. Sarazin3, M. Wise4 1Michigan State Univ.. 1Boston University, 2NRL, 3University of Virginia, 4University of Amster- dam, Th e Netherlands. 077.12 Th e Stellar Populations of Ultra-Compact Dwarf Galaxies 1 1 Arna Karick , M. D. Gregg 077.20 A Possible Mass-Density and Star Formation Density relation at 1UC Davis/LLNL. z=5.7 Peter L. Capak1, N. Z. Scoville1, Y. Taniguchi2, S. Sasaki2, S-COS- 077.13 Spatial Probing of MgII Absorption in ``Halo’’ Gas through Adap- MOS Team tive Mesh Refi nement Simulations of Galaxies 1Caltech, 2Ehime University, Japan. Christopher W. Churchill1, G. Kacprzak1, D. Ceverino1, J. Evans1, A. 1 Widhalm 077.21 Group Analysis Reveals Previously Unrecognized Patterns in Stellar 1New Mexico State Univ.. and Galactic Distributions Philip Mocz1 077.14 Cosmic Ray Scattering in Compressible Turbulence 1Mililani High School. Andrey Beresnyak1, A. Lazarian1 1Univ. of Wisconsin-Madison. 077.22 New Statistical Methods to Analyze the SDSS DR5 Galaxy Distribu- tion 077.15 Chandra Spectral Analysis of the Intergalactic Gas in the Unusual Yongfeng Wu1, D. Batuski1, A. Khalil1 Cluster RXJ 0419+0225 1Univ. of Maine. Kristina Nyland1, R. Dupke1 1Univ. Of Michigan. 077.23 Exploring Galaxy Environments with Characteristic Field Mapping Shannon A. Snider1 077.16 Sunyaev-Zel’dovich Eff ect Signals in Cluster Models 1Michigan State University. Beth A. Reid1, D. N. Spergel1 1Princeton Univ.. 077.24 A Weak Lensing Study of the Coma Cluster in SDSS Jeff rey Kubo1, J. Annis1, I. Dell’Antonio2, H. Khiabanian2, A. Steb- 077.17 Th e Beta Problem: Th e Incompatibility of X-ray and Sunyaev-Zel- bins1 dovich Model Fitting 1Fermi Nat’l. Accelerator Lab., 2Brown University. Jack O. Burns1, E. Hallman1, P. Motl2, M. Norman3 1Univ. Of Colorado at Boulder, 2Louisana State University, 3Univ. of 077.25 Quantifying Galaxy Cluster Substructure California at San Diego. David A. Ventimiglia1, G. M. Voit1, M. Donahue1, S. Borgani2, S. Ameglio2 077.18 OVI and HI Around Nearby Galaxies 1Michigan State University, 2Università degli Studi di Trieste, Italy. Bart P. Wakker1, B. D. Savage1, K. R. Sembach2 1Univ. of Wisconsin, 2Space Telescope Science Institute. 077.26 Iron Abundance and Temperature Gradients in High Redshift Gal- axy Clusters Steven R. Ehlert1 1Northwestern University.

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077.27 A Detection of Large-scale Intrinsic Alignments and Implications 078.03 A New Telescope Control System Interface for the HET for Cosmic Shear Brandt M. Westing1, J. R. Fowler2 Rachel Mandelbaum1, C. M. Hirata1, M. Ishak2, U. Seljak3 1Th e University of Texas - Austin, 2Hobby-Eberly Telescope/McDonald 1Institute for Advanced Study, 2University of Texas (Dallas), 3Princeton Observatory. University. 078.04 VOEventNet: Event Messaging for Astronomy 077.28 Constraining Lambda CDM and Brane-based Cosmologies using Andrew J. Drake1, G. Djorgovski1, M. Graham1, R. Williams1, A. Gamma Ray Bursts Mahabal1, C. Donalek1, E. Glikman1, J. Bloom2, T. Vastrand3, R. Razieh Behkam1, J. Rhoads1 White3, D. Rabinowitz4, C. Baltay4 1Arizona State Univ.. 1Caltech, 2UCB, 3LANL, 4Yale.

077.29 Understanding a Cosmic Yardstick - Simulating Neutral Hydrogen 078.05 Real-time Transients from Palomar-QUEST Synoptic Sky Survey in Disk Galaxies Ashish A. Mahabal1, A. Drake1, S. G. Djorgovski1, C. Donalek1, E. Alok Singhal1, R. Fisher2, K. O’Neil2, E. Murphy3 Glikman1, M. J. Graham1, R. Williams1, C. Baltay2, D. Rabinowitz2, 1National Radio Astronomy Observatory and University of Virginia, A. Bauer2, N. Ellman2, R. Lauer2, PQ team (Caltech, Yale, NCSA, 2National Radio Astronomy Observatory, 3University of Virginia. Indiana, ...) 1Caltech, 2Yale University. 077.31 Th e Opposite of Dark Energy: Limits on Ultralight Energy in the Early Universe 078.06 SEDBuilder: A Federating Tool for the Virtual Observatory Robert J. Nemiroff 1 August A. Muench1, D. Floyd2, T. Murphy3, P. Prema4, R. Sinha5 1Michigan Technological University. 1Smithsonian Astrophysical Observatory, 2STSCI, 3University of Sydney, Australia, 4Institute of Astronomy, United Kingdom, 5IUCAA, India. 077.32 Cosmology with the Cluster Mass Function Kenneth J. Rines1 078.07 Status of the CDS Services, SIMBAD, VizieR and Aladin 1Smithsonian Astrophysical Observatory. Francoise Genova1, M. G. Allen1, O. Bienayme1, T. Boch1, F. Bon- narel1, L. Cambresy1, S. Derriere1, P. Dubois1, P. Fernique1, G. Lan- dais1, S. Lesteven1, C. Loup1, A. Oberto1, F. Ochsenbein1, A. Schaaff 1, Session 078 Computation, Data Handling, and Image Analy- B. Vollmer1, M. Wenger1, M. Louys2, E. Davoust3, G. Jasniewicz4 sis 1Obs. de Strasbourg, France, 2LSIIT, France, 3LAT, France, 4GRAAL, Monday, 9:20am-6:30pm, Exhibit Hall 4 AAS Poster, France.

078.01 Th eory SkyNode 078.08 An Implementation of the VO Spectrum Model Richard P. Wagner1, M. L. Norman1 Kelly McCusker1 1UC, San Diego. 1Harvard-Smithsonian Center for Astrophysics.

078.02 Datamining the NOAO NVO Portal: Automated Image Classifi ca- tion Pooja Vaswani1, C. J. Miller2, I. Barg3, R. C. Smith3 1University of Arizona, 2NOAO/CTIO, 3NOAO.

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078.09 How to Find More Supernovae with Less Work: Object Classifi ca- 079.03 Discovery of a Nearby, Very Young L Dwarf tion Techniques for Diff erence Imaging Dagny Looper1, J. Kirkpatrick2, R. Cutri2, T. Barman3, T. Roellig4, Stephen J. Bailey1, G. Aldering1, C. Aragon1, S. Bongard1, M. Chil- M. Cushing5 dress1, S. Loken1, P. Nugent1, S. Perlmutter1, K. Runge1, R. Scalzo1, 1U. Hawaii, 2Caltech/IPAC, 3Lowell Obs., 4NASA-Ames, 5U. Arizona. R. Romano1, R. Th omas1, B. Weaver1, C. Baltay2, A. Bauer2, D. Her- 2 2 3 3 4 rera , D. Rabinowitz , E. Pecontal , G. Rigaudier , P. Antilogus , S. 079.04 A Custom Near-IR Filter for Finding Young Brown Dwarfs Gilles4, R. Pain4, R. Pereira4, C. Buton5, Y. Copin5 Katelyn N. Allers1, M. Liu1 1Lawrence Berkeley National Laboratory, 2Yale University, 3Centre de 1Univ. Of Hawaii. Recherche Astronomique de Lyon, France, 4Laboratoire de Physique Nucleaire et de Haute Energies de Paris, France, 5Institut de Physique 079.05 Recent Results of the NIRSPEC Brown Dwarf Spectroscopic Survey Nucleaire de Lyon, France. Emily L. Rice1, I. S. McLean1, L. Prato2, M. R. McGovern3, A. J. Bur- gasser4, J. Kirkpatrick5, S. S. Kim6 078.10 Arecibo Observatory and the National Virtual Observatory 1UCLA, 2Lowell Observatory, 3Antelope Valley College, 4MIT, 5IPAC/ Isobel Ojalvo1 Caltech, 6Kyung Hee University, Republic of Korea. 1Rensselaer Polytechnic Institute. Session 080 COSMOS 078.11 Moletai Meeting on CCD Strömvil Photometry AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 A. G. D. Philip1, R. P. Boyle2, R. Janusz2 1ISO and Union College, 2Vatican Observatory. 080.01 Th e Luminosity Function of COSMOS Radio Sources Timothy Paglione1, V. Smolcic2, E. Schinnerer2, K. Salvador3, P. 4 4 5 078.12 Bayesian Source Separation for PAH Spectra Ciliegi , M. Bondi , S. Tribiano Duane F. Carbon1, M. K. Tse2, K. H. Knuth3 1CUNY-York College, 2MPIA, Germany, 3AMNH, 4INAF, Italy, 5CUNY- 1NASA/Ames Research Center, 2University of Albany (SUNY), 3Univer- BMCC. sity at Albany (SUNY). 080.02 Th e Faint End Slope Of Luminosity Functions In Th e COSMOS 2-Square Degree Field Session 079 Cool dwarfs Charles Liu1, P. Capak2, B. Mobasher3, T. A. Paglione4, R. M. Rich5, 2 6 7 AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 N. Z. Scoville , S. M. Tribiano , N. Tyson , COSMOS Collaboration 1CUNY College of Staten Island, 2Caltech, 3STScI, 4CUNY York College, 079.01 Spitzer Observations of Substellar Companions 5UCLA, 6CUNY BMCC, 7AMNH. Sonali J. Shukla1, P. Lowrance2, J. Kirkpatrick3 1Vanderbilt University / Spitzer Science Center, California Institute of 080.03 Th e COSMOS Survey: New Data Releases 1 1 1 Technology, 2Spitzer Science Center, California Institute of Technology, Patrick L. Shopbell , P. Capak , N. Scoville , COSMOS Team 1 3Infrared Processing and Analysis Center, California Institute of Technol- Caltech. ogy. 080.04 A Multiwavelength Study of Millimeter Galaxies in the Bolocam- COSMOS Survey 079.02 Activity and Kinematics of Ultracool Dwarfs Including Flare Ob- James E. Aguirre1, Bolocam-COSMOS Collaboration servations 1 Sarah J. Schmidt1, K. L. Cruz2 NRAO Jansky Fellow at the University of Colorado, Boulder. 1University of Washington, 2American Museum of Natural History.

162 163 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

080.05 Th e VLA-COSMOS 1.4 GHz Survey: Th e Properties of the Faint 081.06 Mid-Infrared Spectra of Circumsteller Dust Debris around Main- Radio Population and Star Formation Rates sequence A and Late B Type Stars Vernesa Smolcic1, E. Schinnerer1, C. Carilli2, M. Scodeggio3, P. Fran- Farisa Morales1, M. Werner1, G. Bryden1, C. Beichman1, K. Su2, G. zetti3, K. Jahnke1, A. Martinez-Sansigre1, M. Salvato4, G. Zamorani5 Rieke2 1MPI fur Astronomie, Germany, 2NRAO, 3IASF INAF, Italy, 4California 1JPL/Caltech, 2U of A. Institute of Technology, 5L’Istituto Nazionale di Astrofi sica, Italy. Session 082 Formation and Detection of Habitable Planets 080.06 Th e Chandra COSMOS Survey AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Martin Elvis1, C-COSMOS Team 1Harvard-Smithsonian CfA. 082.01 Is the Binary-Planetary System of Gamma Cephei Dynamically Full? Joseph Castro1, N. Haghighipour1 Session 081 Disks Later in Life 1Institute for Astronomy, University of Hawaii. AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 081.01 Mid-infrared Spectra of PAH Emission in Herbig AeBe Stars 082.02 Habitable Planetary Systems (un)like our own: Which of the Known Luke D. Keller1, G. C. Sloan2, S. Shah1, N. Chitrakar1, W. J. For- Extra-Solar Systems Could Harbor Earth-like Planets? rest3, B. Sargent3, D. M. Watson3, A. Li4, J. Najita5, C. H. Chen5, J. Sean Raymond1, A. Mandell2, S. Sigurdsson2 D. Green3, T. F. Herter2, P. D’Alessio6, N. Calvet7, L. Hartman7, J. R. 1Univ. of Colorado, 2Pennsylvania State University. Houck2 1Ithaca College, 2Cornell University, 3University of Rochester, 4University 082.03 Laboratory demonstration of coronagraph imaging for the detec- of Missouri, 5NOAO, 6UNAM, Mexico, 7University of Michigan. tion of Earth-like planets John T. Trauger1, W. A. Traub1 1 081.02 Spectroscopy of the Post-AGB Disk around HR 4049 JPL. Kenneth H. Hinkle1, S. D. Brittain2, D. L. Lambert3 1NOAO, 2Clemson University, 3University of Texas. Session 083 Galactic and Extragalactic Surveys Using AzTEC AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 081.03 Periodic Variations in the Emission Lines of Zeta Tauri Shellie L. Huether1, K. S. Bjorkman2 083.01 AzTEC: A New Millimeter-Wave Camera Jason Austermann1, P. A. Ade2, J. J. Bock3, J. Glenn4, S. R. Golwala5, 1Univ. of Missouri-Rolla, 2Univ. of Toledo. S. Kim6, P. D. Mauskopf2, T. A. Perera1, C. R. Predmore7, C. Rob- erts1, K. S. Scott1, G. W. Wilson1 Spectra: Disk Variability and Radial Velocity Variations 081.04 1 2 Erika Grundstrom1, D. R. Gies1, T. S. Boyajian1, S. J. Williams1, D. Univ. Of Massachusetts, Amherst, Cardiff University, United Kingdom, W. Wi n g e r t 1 3Jet Propulsion Laboratory, 4University of Colorado, Boulder, 5Caltech, 1Georgia State Univ.. 6Sejong University, Republic of Korea, 7Predmore Associates.

081.05 Probing the Circumstellar Disks of Be Stars with Contemporaneous 083.02 Optimizing AzTEC Data Reduction for Extracting Point-like Ob- Optical and IR Spectroscopy jects Karen S. Bjorkman1, E. N. Hesselbach1, J. P. Wisniewski2, J. E. Bjork- Th ushara Perera1, J. Austermann1, C. Battersby1, C. Roberts1, K. S. man1 Scott1, G. W. Wilson1, M. S. Yun1 1Univ. of Toledo, 2NASA GSFC. 1Univ. Of Massachusetts Amherst.

164 165 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

083.03 AzTEC Observations of the SHADES Fields 083.09 AzTEC Observations of 1.1 mm Emission from the Kimberly S. Scott1, AzTEC/SHADES group Sungeun Kim1, I. Aretxaga2, J. Austermann3, J. Bock4, D. Hughes2, J. 1Univ. Of Massachusetts. Lowenthal5, P. Mauskopf6, T. Perera3, K. Scott3, G. Wilson3, I. Yoon3, S. Youn1, M. Yun3 083.04 Th e Star Formation History of SHADES Sources 1Sejong Univ., Republic of Korea, 2INAOE, Mexico, 3UMass, 4Caltech, Itziar Aretxaga1, SHADES consortium and AzTEC team 5Smith College, 6Cardiff , United Kingdom. 1INAOE, Mexico. 083.10 Constraints on the Star-forming Content of Extreme Molecular 083.05 Milli-Jansky Sources in GOODS-N Detected with JCMT/AzTEC Cloud Environments using AzTEC James D. Lowenthal1, I. Aretxaga2, J. Austermann3, E. Chapin4, K. Toby Moore 1, J. Allsopp1, AzTEC Instrument Team Coppin4, M. Crowe4, L. Frey4, A. Gibb4, M. Halpern4, D. H. Hughes2, 1Liverpool John Moores University, United Kingdom. T. Perera 3, A. Pope4, D. Scott4, K. Scott3, G. Wilson3, M. S. Yun3 1Smith College, 2INAOE, Mexico, 3U. Massachusetts, 4UBC, Canada. Session 084 Galactic ISM II AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 083.06 Nature of the 1100 Micron AzTEC-COSMOS Sources Min Su Yun1, J. Aguirre2, I. Aretxaga3, J. Austermann1, J. Bock4, G. 084.01 An Upper Limit on Anomalous Dust Emission at 31~GHz in the Fazio5, J. Huang5, D. Hughes3, Y. Kang6, S. Kim6, J. Lowenthal7, C. Diff use Cloud [LPH96]201.663+1.643 Ma8, P. Mauskopf9, T. Perera1, D. Sanders8, K. Scott1, N. Scoville4, G. Clive Dickinson1 Wilson1, I. Yoon1 1Caltech/JPL. 1Univ. of Massachusetts, 2Univ. of Colorado/NRAO, 3INAOE, Mexico, 4Caltech, 5SAO, 6Sejong University, Republic of Korea, 7Smith College, 084.02 A Study of the ρ Oph Cloud: Mapping the Stars and the Distribu- 8Univ. of Hawaii, 9Cardiff University, United Kingdom. tion and Motions of the Interstellar Gas Th eodore P. Snow1, J. D. Destree1, D. E. Welty2 1 2 083.07 A 1.1mm AzTEC Survey Tracing Accelerated Galaxy Formation Univ. of Colorado, Univ. of Chicago. Towards a Protocluster at z~3.8 David H. Hughes1, A. Montana1, I. Aretxaga1, M. Plionis1, A. Por- 084.03 Laboratory Analysis of Dioxide Ice Mixtures in Support of ras1, J. Wagg1, E. Gaztanaga2, J. Huang3, G. Fazio3, G. Wilson4, M. Observations from the Spitzer Space Telescope Yun 4, J. Lowenthal5, T. Perera4, J. Austermann4, K. Scott4, J. Dun- Douglas White1, P. Gerakines1 lop6, R. Ivison6, J. Stevens7, I. Smail8, P. Appleton9 1University of Alabama at Birmingham. 1Instituto Nacional de Astrofi sica, Optica y Electronica, Mexico, 2IEEC, Spain, 3CfA, 4U. Massachusetts, 5Smith College, 6Institute of Astronomy, 084.04 Th e Halo’s Hot Gas, as Revealed by a Shadowing Observation of its Royal Obs., UK, 7U. Hertfordshire, UK, 8U. Durham, UK, 9IPAC. O VI Resonance Line Emission Robin L. Shelton1, E. B. Jenkins2, S. M. Sallmen3 1 2 3 083.08 Joint Analysis of the Full AzTEC Sub-Millimeter Galaxy Data Set University of Georgia, Princeton University, University of Wisconsin Grant Wilson1, P. Ade2, I. Aretxaga3, J. Austermann1, J. Bock4, D. - La Crosse. Hughes3, Y. Kang5, S. Kim5, J. Lowenthal6, P. Mauskopf2, T. Perera1, K. Scott1, M. Yun1 084.05 Distances of Four High-Galactic Latitude Molecular Clouds 1 1 1 1University of Massachusetts, 2Cardiff University, United Kingdom, Sharon L. Montgomery , C. E. Rombach , C. Y. Birney , D. N. Bur- 2 3INAOE, Mexico, 4California Institute of Technology, 5Sejong University, rows 1 2 Republic of Korea, 6Smith College. Clarion University, Pennsylvania State University.

166 167 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

084.06 New Maps of the 3-D Distribution of Cold and Warm Interstellar 084.15 High Resolution Observations of the Along the Gas within 500pc Future Solar Trajectory Barry Welsh1, R. Lallement2, J. Vergely2 Ryland T. Brooks1, S. Redfi eld2 1UC, Berkeley, 2Service d’Aeronomie, CNRS, France. 1Colby College, 2Univ. of Texas.

084.07 Radio and Recombination Lines from a Th ermal Spur associated 084.16 H2/PAH emissions in the shocks and UV dominated regions of the with the HII Region S54 : A Model to explain the Observational embedded young cluster NGC2316 Results Th angasamy Velusamy1, W. D. Langer1, D. Li1 Diana E. Azcarate1 1JPL/Caltech. 1Inst. Argentino de Radioastronomia, Argentina. 084.17 Correlations between Tracers of Dense Molecular Gas and Star 084.08 Observational Evidence for X-ray Induced Plasma Damping of Formation Rate in GMCs Grain Alignment Hongjun Ma1, Y. Gao1, J. Wu2 Bengt-Goran Andersson1 1Purple Mountain Observatory, China, 2Harvard-CfA. 1Johns Hopkins Univ.. 084.18 Probing the Dust Structure in the LMC with Light Echoes 084.09 Th e Dynamical Structure of the Local Interstellar Medium Guillermo J. Damke1, A. Rest1, A. Newman2, N. B. Suntzeff 3, R. C. Seth Redfi eld1, J. L. Linsky2 Smith1, D. L. Welch4, A. Zenteno1, C. Stubbs5, A. Garg5, P. Challis5, 1Univ. of Texas, 2JILA and Univ. of Colorado. A. C. Becker6, G. A. Miknaitis6, A. Miceli6, K. H. Cook7, M. Huber7, S. Nikolaev7, L. Morelli8, D. Minniti8, A. Clocchiatti8, J. Prieto9 084.10 OH Study of the Massive Star-Forming Region IRAS 19111+1048 1NOAO/CTIO, 2Washington University, 3Texas A&M University, 4Mc- Knicole Colon1 Master Univ,, Canada, 5Harvard Univ., 6Univ. of Washington, 7LLNL, 1Th e College of New Jersey. 8Pontifi cia Universidad Catolica de Chile, Chile, 9Ohio State University.

084.11 Dissipation and Heating in Supersonic MHD Turbulence 084.19 Th e Non-Linear Relationship between Silicate Absorption Depth M. Nicole Lemaster1, J. M. Stone1 and IR in Dense Clouds 1Princeton Univ.. Jean E. Chiar1, Y. Pendleton2, K. Ennico2, A. Boogert3, T. Greene2, C. Lada4, T. Roellig2, A. Tielens2, M. Werner5, D. Whittet6 084.12 Spitzer Observations of HD 34078 and IC 405: Bow Shock and Mid- 1SETI Institute, 2NASA Ames, 3AURA/NOAO-Gemini South, Chile, IR Emission Variations 4SAO, 5IPAC, 6Rensselaer Polytechnic Institute. Kevin France1, S. R. McCandliss2, R. E. Lupu2 1CITA / U Toronto, Canada, 2JHU. 084.20 Th e Photo-Dissociation Region Surrounding HR 5171AB Michael T. Schuster1, M. Marengo1, J. L. Hora1, R. D. Gehrz2, R. M. 084.13 Intrinsic Stellar Color and Reddening with the Sloan Digital Sky Survey Humphreys2, G. Fazio1 Jennifer G. Boyles1, K. A. Larson1, Z. Ivezic2 1Harvard-Smithsonian, CfA, 2University of Minnesota. 1Western Washington University, 2University of Washington. 084.21 Th e eff ects of Geometry, Dust and Magnetic Fields upon Strong-line 084.14 Analyzing the X-Ray Dust Halo and Extinction Toward X Per Abundance Indicators in HII Regions Lynne A. Valencic1, R. K. Smith2 Humeshkar B. Nemala1, G. J. Ferland1 1NASA’s GSFC, 2Johns Hopkins University. 1University of Kentucky.

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084.22 Numerical Simulations of Interstellar Gas with a Variable Con- 085.05 Potential Astronomy Applications of Large Deep Space Network tinuum Source Arrays Gary J. Ferland1, W. J. Henney2, R. J. Williams3 Dayton L. Jones1, T. B. Kuiper1, W. A. Majid1 1Univ. of Kentucky, 2Centro de Radioastronomia y Astrofi sica, Universi- 1Jet Propulsion Laboratory. dad Nacional Autonoma de Mexico, Mexico, 3AWE, United Kingdom. 085.06 Ionospheric Phase Errors and Corrections at 1 m Wavelength 1 1 084.23 Recent FUSE Observations of Diff use O VI Emission in the Galactic William D. Cotton, Jr. , J. Uson Interstellar Medium 1NRAO. William V. Dixon1, R. Sankrit2 1Johns Hopkins University, 2University of California, Berkeley. 085.07 A Web-based Portable RFI Monitor for LWA Site Selection Robert L. Mutel1, T. Jaeger1, G. Taylor2 084.24 A Comparative Study of Velocity Statistics of Hydrodynamic and 1Univ. of Iowa, 2Univ. of New Mexico. Magnetohydrodynamic Turbulence Nicholas Hall1, G. Kowal1, A. Lazarian1, J. Cho2 085.08 Th e Mileura Widefi eld Array 1University of Wisconsin - Madison, 2Chungnam National University, Colin J. Lonsdale1, International MWA partnership Republic of Korea. 1MIT.

Session 085 Ground-Based Instrumentation II 085.09 Construction of a Novel Interferometric Array of Small Radio Telescopes AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Dalit Engelhardt1, P. Timbie2 085.01 Th e 21-Meter Space Tracking Antenna and Radio Telescope at 1Boston University, 2University of Wisconsin-Madison. Morehead State University Th omas Pannuti1, B. K. Malphrus1, M. Combs1, J. Kruth1, J. W. 085.10 Eff ectiveness of the Correlator Field of View Weighting Technique Atwood1 in Source Attenuation 1Morehead State Univ.. Dylan R. Nelson1, S. S. Doeleman2, C. J. Lonsdale2, D. Oberoi2, R. Cappallo2 085.02 Atacama Large Millimeter Array Low Noise Analysis 1University of California Berkeley, 2MIT, Haystack Observatory. Manasseh O. Obi1 1Idaho State University. 085.11 First Astronomical Imaging Spectroscopy Obtained with a Multi- plexed Superconducting Bolometer Array 085.03 MUSTANG: A 90 GHz Bolometer Array for the Green Bank Telescope Dominic J. Benford1, J. G. Staguhn1, T. J. Ames1, C. A. Allen1, J. A. Brian S. Mason1, S. Dicker2, P. Korngut1, D. Benford3, M. Devlin2, K. Chervenak1, C. R. Kennedy2, S. Lefranc3, S. F. Maher1, S. H. Mose- Irwin4, H. Moseley3, MUSTANG collaboration ley1, F. Pajot3, C. Rioux3, R. A. Shafer1, G. M. Voellmer1 1NRAO, 2UPenn, 3NASA GSFC, 4NIST. 1NASA / GSFC, 2Notre Dame, 3IAS, France.

085.04 Research Experience for Teachers at Green Bank: High-Precision 085.12 An Innovative Multicolor Submillimeter Camera Using Microwave Calibration, Baselines and Nonlinearities with the GBT Kinetic Inductance Detectors Shelly Hynes1, R. J. Maddalena2, C. Figura3 James A. Schlaerth1, P. K. Day2, J. Gao3, J. Glenn1, S. Golwala3, S. Ku- 3 2 2 2 3 1Louisiana School for Math, Science and the Arts, 2National Radio As- mar , H. G. LeDuc , B. A. Mazin , H. T. Nguyen , J. E. Vaillancourt , A. Vayonakis3, J. Zmuidzinas3 tronomy Observatory, 3Wartburg College. 1University of Colorado, 2JPL, 3Caltech.

170 171 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

085.13 Development of A Protype Infrared Exoplanet Tracker for All Sky 086.05 Calibration of LSST Instruments and Data Extrasolar Planet Survey David Burke1, T. Axelrod2, C. Claver3, J. Frank4, K. Gilmore1, Z. Pengcheng Guo1, J. Ge1, S. Mahadevan1, L. Ramsey2 Ivezic5, V. Krabbendam3, D. Monet6, P. O’Connor4, J. Oliver7, E. 1Univ. of Florida, 2Th e Pennsylvania State University. Olszewski2, P. Pinto2, A. Saha3, C. Smith3, C. Stubbs7, P. Takacs4, J. A. Tyson8 085.14 Exploring Precision Radial Velocities in the NIR: PRVS Pathfi nder 1Stanford Linear Accelerator Center, 2Steward Observatory, 3National Lawrence W. Ramsey1, S. Bongiorno1, L. Engel1, S. Redman1, A. Optical Astronomy Observatory, 4Brookhaven National Laboratory, 1 2 2 Wolszczan , H. R. Jones , J. Barnes 5University of Washington, 6U.S. Naval Observatory, 7Harvard-Smithso- 1 2 Penn State Univ., University of Hertfordshire, United Kingdom. nian Center for Astrophysics, 8University of California.

085.15 Th e Tunable Spatial Heterodyne Spectrometer (TSHS): A High-Res- 086.06 Calibrating Photometric Redshift s for LSST olution Spectral Sensor for Broadband Studies of Diff use Targets in Jeff rey Newman1, A. J. Connolly2, J. A. Tyson3, M. Schneider3, V. E. the UV-Visible. Margoniner3, D. M. Wittman3, H. Aihara4, S. Miyazaki5, LSST Col- 1 1 1 Walter M. Harris , O. Dawson , L. Giersch laboration 1 Univ. of Washington. 1U.C. Berkeley, 2U. Washington, 3U.C. Davis, 4U. Tokyo, Japan, 5NAOJ- Subaru. Session 086 LSST AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 086.07 Th e LSST Data Products Tim S. Axelrod1, R. Allsman2, A. Becker3, J. Becla4, A. Connolly3, K. 086.01 Th e LSST System 5 6 7 2 8 1 2 Cook , J. Gray , A. Jagatheesan , J. Kantor , M. Nieto-Santisteban , Donald Sweeney , J. A. Tyson , LSST Collaboration S. Nikolaev5, R. Owen3, R. Pike9, R. Plante10, N. Silvestri3, C. Smith11, 1 2 LSST Corporation, University of California, Davis. A. Szalay8, A. Th akar8, J. A. Tyson12, LSST Collaboration 1Steward Observatory / LSSTC, 2LSSTC, 3U Washington, 4SLAC, 5LLNL, 086.02 LSST Survey Strategy 6Microsoft Research, 7SDSC, 8JHU, 9Google, 10NCSA, 11NOAO, 12UCD. Zeljko Ivezic1, A. J. Tyson2, M. A. Strauss3, S. Kahn4, C. Stubbs5, P. Pinto6, K. Cook7, LSST Collaboration 1 2 3 086.08 Four LSST probes of Dark Energy Univ. of Washington, Univ. of California, Davis, Princeton University, J. A. Tyson1, H. Zhan1, L. Knox1, LSST Collaboration 4 5 6 7 Stanford University, Harvard University, Univ. of Arizona, Lawrence 1UC, Davis. Livermore National Laboratory. 086.09 Cosmology with Photometric Baryon Acoustic Oscillation Mea- 086.03 Science Opportunities with the LSST surements 1 Michael A. Strauss , LSST Collaboration Hu Zhan1, A. J. Hamilton2, L. Knox1, J. A. Tyson1, LSST Collabora- 1Princeton Univ.. tion 1UC Davis, 2JILA, U. Colorado. 086.04 LSST Survey Strategy: Cadence Design and Simulation 1 2 3 4 5 Philip A. Pinto , K. H. Cook , F. Delgado , M. Miller , L. Denneau , 086.10 Weak Lensing with LSST 4 6 6 7 A. Saha , P. A. Gee , J. A. Tyson , Z. Ivezic , LSST Collaboration David M. Wittman1, B. Jain2, M. Jarvis2, L. Knox1, V. Margoniner1, 1Steward Obs., U. Arizona, 2LLNL, NOAO, 3CTIO, Chile, 4NOAO, 5U. M. Takada3, J. Tyson1, H. Zhan1, LSST Weak Lensing Science Col- Hawaii Institute for Astronomy, 6UC, /Davis, 7U. Washington. laboration 1UC, Davis, 2U. Penn, 3Tohoku University, Japan.

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086.11 Supernova Science and Cosmology with the LSST 086.18 An Overview of the LSST Telescope and Site W. M. Wood-Vasey1, P. Pinto2, L. Wang3, H. Zhan4, Y. Wang5, LSST Chuck F. Claver1, V. L. Krabbendam1, J. Andrew1, J. Barr1, J. Burge2, Supernova Science Collaboration W. Gressler1, D. Neill1, S. Olivier3, D. Phillion3, J. Sebag1, L. Sep- 1Harvard-Smithsonian, CfA, 2Steward Observatory, University of Ari- pala3, R. Upton1, LSST Collaboration zona, 3Texas A&M, 4UC Davis, 5University of Oklahoma. 1NOAO, 2University of Arizona, Steward Observatory, 3LLNL.

086.12 Gravitationally Lensed Quasars - Lessons from SDSS and Predic- 086.19 Th e Baseline Design of the LSST Camera tions for LSST Steven Kahn1, LSST Collaboration R. D. Blandford1, M. Oguri1, P. Marshall2, E. A. Baltz1, M. Bradac1, 1Stanford University / Stanford Linear Accelerator Center. C. D. Fassnacht2, LSST collaboration 1SLAC, 2University of California. 086.20 Th e LSST Sensor Development Program Veljko Radeka1, J. C. Geary2, K. Gilmore3, M. Nordby3, J. A. Tyson4, 5 6 7 086.13 Transients and Variables J. Oliver , D. Figer , C. Stubbs Shrinivas Kulkarni1, A. Becker2, J. S. Bloom3, K. H. Cook4, S. Kahn5, 1Brookhaven National Laboratory, 2SAO, 3Stanford Linear Accelerator T. Tyson 3, LSST Transient Object Collaboration Center, 4UCalifornia, Davis, 5Harvard U., 6RIT, 7CfA. 1Caltech, 2U. Washington, 3UC, 4Lawrence Livermore National Labora- tory, 5Stanford University. 086.21 LSST Camera Electronics Paul O’Connor1, J. Oliver2, J. Geary3, R. Van Berg4, V. Radeka1 086.14 AGN Science with the LSST 1Brookhaven National Lab., 2Harvard U., 3SAO, 4U. Pennsylvania. Niel Brandt1, LSST AGN Science Collaboration 1Penn State Univ.. 086.22 Maximizing Observations in the Large Synoptic Survey Telescope Cadence Simulator (OpSim) and Uncovering Its Abilities: Evaluat- 086.15 Mapping the Milky Way with LSST ing Th e Search for Variable Stars James Bullock1, C. M. Rockosi2, Z. Ivezic3, A. Saha4, LSST Milky Casey R. Coff ey1, A. Saha2, M. Miller2 Way Science Collaboration 1Westminster College, 2National Optical Astronomy Observatory. 1University of California Irvine, 2University of California Santa Cruz, 3University of Washington, 4Space Telescope Science Institute. Session 087 M33: Our Other Neighbor AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 086.16 Stellar Populations with the LSST Abhijit Saha1, K. Olsen2, LSST Stellar Populations Collaboration 087.01 Chandra ACIS Survey of M33 (ChASeM33): A Deep X-ray Survey of theNearest Face-on Spiral 1NOAO, 2Cerro Tololo Inter-American Observatory, Chile. Paul P. Plucinsky1, M. Sasaki1, T. J. Gaetz1, B. Williams2, K. S. Long3, R. P. Kirshner1, W. Pietsch4, F. Haberl4, D. J. Helfand5, J. P. Hughes6, P. LSST: Taking Inventory of the Solar System 086.17 F. Winkler 7, W. P. Blair8, P. Ghavamian8, R. J. Edgar1, T. G. Pannuti9, T. Steven R. Chesley1, A. J. Connolly2, A. W. Harris3, Z. Ivezic4, J. Ku- Mazeh10, A. Shporer10, D. Breitschwerdt11, L. Bianchi8, M. A. de Avillez12, bica5, LSST Solar System Science Collaboration D. Th ilker8, R. K. Smith13, J. E. Grindlay1, K. Kuntz8, R. Tuellmann14 1JPL, 2Univ. Pittsburgh, 3Space Sci. Inst., 4Univ. Wash., 5Carnegie Mellon 1CfA, 2U. Washington, 3STScI, 4MPIf Extraterrestriche Physik, Germany, Univ.. 5Columbia U., 6Rutgers U., 7Middlebury College, 8JHU, 9Morehead State U., 10Tel Aviv U., Israel, 11U. Vienna, Austria, 12U. Evora, Portugal, 13NASA GSFC & JHU, 14Ruhr-U. Bochum, Germany.

174 175 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

087.02 Chandra ACIS Survey of M33 (ChASeM33): Th e X-ray Point Source Session 088 MIPSGAL Population of M33 AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Manami Sasaki1, B. Williams2, P. P. Plucinsky1, W. Pietsch3, T. J. 088.01 MIPSGAL I & II: A Survey of the Inner at 24 and 70 Gaetz1, K. S. Long4, T. Mazeh5, A. Shporer5, F. Haberl3, T. G. Pan- 6 7 7 7 Microns, Th e Mosaics nuti , P. Ghavamian , L. Bianchi , A. Tolea , ChASeM33 team Sean J. Carey1, A. Noriega-Crespo1, D. R. Mizuno2, S. Shenoy1, R. 1CfA, 2University of Washington, 3Max-Planck Institute for Extrater- Paladini1, K. E. Kraemer3, T. A. Kuchar2, F. R. Marleau1, S. D. Price3, restrial Physics, Germany, 4STScI, 5Tel Aviv University, Israel, 6Morehead D. L. Padgett1, R. Indebetouw4, J. G. Ingalls1, B. Ali5, G. B. Berri- State University, 7JHU. man5, F. Boulanger6, R. M. Cutri5, W. B. Latter5, P. Martin7, M. Miv- ille-Deschenes6, S. Molinari8, L. M. Rebull1, R. F. Shipman9, L. Testi10 087.03 Chandra ACIS Survey of M33 (ChASeM33): Supernova Remnants 1Spitzer Science Center / Caltech, 2Boston College, 3Air Force Research Knox S. Long1, P. Winkler2, W. P. Blair3, P. Ghavamian3, J. P. Laboratory, 4University of Virginia, 5IPAC / Caltech, 6IAS, France, 4 5 6 5 7 Hughes , T. J. Gaetz , D. J. Helfand , R. P. Kirshner , T. G. Pannuti , 7CITA, Canada, 8Istituto Fisica Spazio Interplanetario, Italy, 9SRON, Th e P. P. Plucinski5, M. Sasaki5, ChASEM33 team Netherlands, 10Arcetri Observatory, Italy. 1STScI, 2Middlebury College, 3JHU, 4Rutgers Univ., 5Harvard-Smithson- 6 7 ian CfA, Columbia Univ., Morehead State Univ.. 088.02 Data processing of MIPSGAL 24 micron images Donald R. Mizuno1, A. Noriega-Crespo2, D. L. Padgett2, S. J. Carey2, 087.04 Chandra ACIS Survey of M33 (ChASeM33): X-ray Imaging and R. Paladini2, S. Shenoy2, K. Kraemer3, T. Kuchar1, F. Marleau2, S. Spectroscopy of M33SNR21, the Brightest X-ray Supernova Rem- Price3 nant in M33 1Boston College, 2Spitzer Science Center, 3Air Force Research Laboratory. Terrance J. Gaetz1, J. P. Hughes2, W. P. Blair3, P. F. Winkler4, P. Gha- vamian3, K. S. Long5, T. G. Pannuti6, B. Williams7, R. J. Edgar1, P. P. 088.03 Th e MIPSGAL 24 Micron Point Source Catalog: Preliminary Re- Plucinsky1, M. Sasaki1, R. P. Kirshner8, M. Avillez9, D. Breitschw- 10 sults erdt , ChASeM33 team Sachindev S. Shenoy1, F. Marleau1, D. Mizuno2, S. J. Carey1, A. 1SAO/CfA, 2Rutgers University, 3JHU/CAS, 4Middlebury College, 5STScI, Noriega-Crespo1, K. E. Kraemer3, S. D. Price3, T. A. Kuchar2, D. L. 6SSC/Morehead State University, 7Univ. Washington, 8Harvard/CfA, Padgett1, R. Paladini1 9Univ. Evora, Portugal, 10Univ. Wien, Austria. 1SSC - Caltech, 2Boston College, 3Air Force Research Laboratory.

087.05 Stellar Populations of the Disk of M33 088.04 Data Processing of MIPSGAL 70 Micron Images Roberto J. Avila1, J. A. Holtzman1, D. R. Garnett2, A. Sarajedini3 Roberta Paladini1, D. Frayer1, A. Noriega-Crespo1, S. Carey1, D. 1New Mexico State Univ., 2Steward Observatory, UofA, 3University of Mizuno2, S. Shenoy1, K. Kramer2, T. Kuchar2, F. Marleau1, S. Price2, 1 1 Florida. D. Padgett , J. Ingalls 1SSC/Caltech, 2Air Force Research Laboratory. 087.06 A Spectroscopic Study of M31 dSphs -- Kinematics, Chemical Abundances, and Radial Distributions in And I, II, and III 088.05 Dusty Sculptures in the MIPSGAL Survey Steven R. Majewski1, J. Kalirai2, M. Geha3, P. Guhathakurta2, K. Nicolas Flagey1, A. Noriega-Crespo2, S. Carey2, MIPSGAL Team Gilbert2, J. Ostheimer1, R. Patterson1 1Institut d’Astrophysique Spatiale, Orsay, FRANCE & Spitzer Science 1Univ. of Virginia, 2University of California, 3HIA, Canada. Center, 2Spitzer Science Center.

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088.06 Th e Astronomical Zoo in MIPSGAL I and II 089.05 Th e Old Feeble Coronae of Solar-like Dwarf Stars in the Th omas A. Kuchar1, D. Mizuno1, S. Shenoy2, R. Paladini2, K. Krae- Moving Group mer3, S. Price3, F. Marleau2, D. Padgett2, R. Indebetouw4, J. Ingalls2, Alexander Brown1, E. Hodges-Kluck1, T. R. Ayres1, G. M. Harper1 B. Ali2, B. Berriman2, F. Boulanger5, R. Cutri2, W. Latter2, M. Miv- 1Univ. of Colorado. ille-Deschenes5, S. Molinari6, L. Rebull2, L. Testi7, R. Shipman8, P. 9 2 2 Martin , S. Carey , A. Noriega-Crespo 089.06 Th e Age-Activity Relation for M dwarfs Using 25,000 SDSS Spectra 1Boston College, 2Spitzer Science Center, 3Air Force Research Laboratory, Suzanne L. Hawley1, A. A. West2, J. J. Bochanski1, K. R. Covey3 4University of Virginia, 5Université Paris Sud, France, 6Istituto di Fisica 1Univ. of Washington, 2Univ. of California, 3CfA. dello Spazio Interplanetario, Italy, 7Osservatorio Astrofi sico di Arcetri, Italy, 8Netherlands Institute for Space Research, Th e Netherlands, 9Uni- 089.07 Flare Rate Analysis of M-Dwarf Lightcurves 1 1 1 1 versity of Toronto, Canada. Adam F. Kowalski , E. J. Hilton , A. C. Becker , S. L. Hawley 1University of Washington.

Session 089 Stellar Populations III 089.08 Simulations of Convection and Magnetism in Fully Convective AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Stars 1 1 089.01 FUSE Observations of the Unprecedentedly Deep “Quiescent” Mag- Matthew K. Browning , G. Basri netic Activity State of A 1UC Berkeley. Jennifer M. Carton1, L. E. DeWarf1, E. F. Guinan1 1Villanova U.. Session 090 More Supernovae AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 089.02 Results from the Nearby Stars (NStars) Program: Candidate Solar Twinsand Chromospheric Diversity in G and K dwarfs 090.01 Targeting Supernovae in Very High Redshift Galaxy Clusters with Richard O. Gray1, C. J. Corbally2, R. F. Garrison3, M. T. McFadden1, HST: Preliminary Results A. A. O’Donoghue4, E. J. Bubar5 Kyle Barbary1, S. Perlmutter2, G. Aldering1, K. S. Dawson1, G. 1 1 1 1 1 1 2 3 Goldhaber , N. Kuznetsova , J. Meyers , D. Rubin , D. J. Schlegel , Appalachian State Univ., Vatican Obs. Research Group, David Dunlap 1 1 3 3 4 4 5 A. L. Spadafora , N. Suzuki , R. Amanullah , E. Linder , C. Lidman , Obs., Canada, St. Lawrence Univ., Clemson Univ.. M. Kowalski5, T. Hattori6, N. Kashikawa6, A. Fruchter7, V. Fadeyev8, M. Doi9, Y. Ihara9, K. Konishi9, T. Morokuma9, N. Takanashi9, N. 089.03 Global Simulations of the Magnetorotational Instability in a Spheri- Yasuda 9 cal Geometry 1LBNL, 2UC-Berkeley, 3SSL, 4ESO, Chile, 5Humbolt U. Berlin, Germany, Kaitlin M. Kratter1, L. J. Dursi2, U. Pen2 6NAOJ, Japan, 7STScI, 8UCSC, 9U Tokyo, Japan. 1Univ. of Toronto, Canada, 2CITA, Canada. 090.02 A Probabilistic Approach to Classifying Supernovae Using Photo- 089.04 Time Variation in the Magnetic Activity of Cool Stars metric Information Andrew A. West1, J. T. Wright1, G. W. Marcy1, M. Agueros2, L. Brian Connolly1, N. Kuznetsova2 M. Walkowicz3, E. J. Hilton3, S. L. Hawley3, J. J. Bochanski3, K. R. 1 2 Covey4 Columbia University, Lawrence Berkeley National Lab. 1UC, Berkeley, 2Columbia University, 3University of Washington, 4CfA.

178 179 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

090.03 Combining Supernova Datasets for Cosmological Measurements 090.09 Photometric Calibration of the Supernova Legacy Survey Fields David Rubin1, M. Kowalski2, S. Perlmutter3, G. Aldering1, R. Nicolas Regnault1, SNLS Collaboration Amanullah4, K. Barbary1, K. S. Dawson1, G. Goldhaber1, N. 1LPNHE - IN2P3 - CNRS, France. Kuznetsova1, J. Meyers1, D. J. Schlegel1, A. L. Spadafora1, M. 1 1 5 6 7 8 Strovink , N. Suzuki , A. Conley , V. Fadeyev , A. Goobar , I. Hook , 090.10 Resolving Supernovae, H0, and the Equation of State with HST C. Lidman9, R. Pain10, P. Ruiz-Lapuente11, L. Wang12, Supernova Louis-Gregory Strolger1, A. C. Rohde1, M. J. Gorski1, A. G. Riess2, Cosmology Project H. Lampeitl2, H. C. Ferguson2, A. R. Martel2 1LBNL, 2Humboldt University, Germany, 3UC Berkeley, 4SSL, 5University 1Western Kentucky Univ., 2Space Telescope Science Institute. of Toronto, Canada, 6UCSC, 7Stockholm University, Sweden, 8University of Oxford, United Kingdom, 9ESO, Chile, 10IN2P3, France, 11University of 090.11 Constraints on Dark Energy from the ESSENCE Supernova Survey Barcelona, Spain, 12Texas A&M. Gajus A. Miknaitis1, W. Wood-Vasey2, ESSENCE team 1Fermi National Accelerator Lab., 2CfA/Harvard. 090.04 Th e Carnegie Supernova Project: First Results From the High-Red- shift Campaign Session 091 Neutron Stars Christopher R. Burns1, P. Wyatt1, W. Freedman1 AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 1Carnegie Observatories. 091.01 Measurement of Orbital Decay in the Double Binary 090.05 CfA Nearby Supernova Ia Light Curves and Exploring Correlations PSR B2127+11C 1 2 3 2 Between Shape And Host Galaxy Type Bryan A. Jacoby , P. B. Cameron , F. A. Jenet , S. B. Anderson , R. N. 4 2 Malcolm Hicken1, P. Berlind1, S. Blondin1, M. Calkins1, P. Challis1, Murty , S. R. Kulkarni G. Esquerdo1, C. Hergenrother1, R. Kirshner1, D. Latham1, M. Mod- 1Naval Research Laboratory, 2California Institute of Technology, 3Univer- jaz1, M. Wood-Vasey1, A. Rest2, T. Matheson3 sity of Texas at Brownsville, 4Harvard University. 1Harvard-Smithsonian, CfA, 2CTIO, Chile, 3NOAO. 091.02 Isolated Neutron Stars: Magnetic Fields, Distances, and Spectra 090.06 First Two : Infrared Light Curves of Type Ia Supernovae with David L. Kaplan1, M. H. van Kerkwijk2 the Peters Automated Infrared Imaging Telescope (PAIRITEL) 1MIT, 2University of Toronto, Canada. Andrew S. Friedman1, W. M. Wood-Vasey1, M. Modjaz1, R. Kirsh- ner1, J. S. Bloom2, C. H. Blake1, A. H. Szentgyorgyi1, E. E. Falco1, D. 091.03 Properties of Rotating Neutron Stars Using Density Dependent Starr2, M. Skrutskie3 Relativistic Hadron Field Th eory 1Harvard-CfA, 2UC, Berkeley, 3University of Virginia. Philip Rosenfi eld1, F. Weber1, H. Lenske2 1San Diego State Univ., 2Institut fur Th eoretische Physik, Universitat 090.07 Eff ects of Gravitational Lensing on SNe Discovered Behind Massive Giessen, Germany. Galaxy Clusters 1 1 1 1 Mark Wagner , T. Pritchard , K. Dawson , X. Huang , S. Perlmut- New Insights into Atoll X-Ray Binaries: Fourier Resolved Spectros- 1 1 1 091.04 ter , G. Smoot, III , N. Suzuki , Supernova Cosmology Project copy of 4U 1728-34 1LBNL. Chris R. Shrader1, D. Kazanas1, P. Reig2, I. Papidakis2 1NASA’s GSFC, 2University of Crete, Greece. 090.08 SALT2: Using Distant Supernovae to Improve the Use of Type Ia Supernovae as Distance Indicators Julien Guy1, SNLS Collaboration Session 092 Planetary and Pre-Planetary Nebulae 1LPNHE IN2P3/ CNRS, France. AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4

180 181 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

092.01 Probing Nucleosynthesis in Intermediate Mass Stars via Planetary Session 093 Properties of Cool Giant Stars Nebulae Abundances AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Jackie Milingo1, J. K. Teske2, R. B. Henry3, K. B. Kwitter4, S. P. 4 093.01 Th e Wilson-Bappu Eff ect - Fift y Years Later Souza Rachel A. Matson1, R. E. Stencel1 1 2 3 Gettysburg College, American University, University of Oklahoma, 1University of Denver. 4Williams College. 093.02 Abundances of Extremely Metal-Poor Stars, aNnew HIRES Sample 092.02 Th e Radio Evolution of NGC7027 David K. Lai1, M. Bolte2, J. A. Johnson3, S. Lucatello4 1 2 3 R. A. Perley , A. Zijlstra , P. van Hoof 1UC, Santa Cruz, 2UC, Santa Cruz/UCO Lick, 3Ohio State University, 1 2 3 NRAO, Department of Physics, UMIST, United Kingdom, Royal Ob- 4INAF-Osservatorio Astronomico di Padova, Italy. servatory of Belgium, Belgium. 093.03 Th e Abundances of Na, Mg, & Al in the : Giants, Dwarfs, and 092.03 Far-UV Temperature Diagnostics for Hot Central Stars of Planetary Mixing Nebulae Simon C. Schuler1, J. R. King2, L. Th e2 1 2 3 George Sonneborn , R. Iping , J. Herald 1NOAO/CTIO, Chile, 2Clemson University. 1NASA’s GSFC, 2NASA’s GSFC & CUA, 3Johns Hopkins University. 093.04 Heavy Element Abundances in the of Cool Supergi- 092.04 Th e Hubble Catalog of Planetary and protoPlanetary Nebulae ants Bruce Balick1, K. Pomeroy1, S. Hayward1, J. Baerny1 Glenn M. Wahlgren1, M. Lundqvist2, K. G. Carpenter3 1Univ. of Washington. 1CUA/NASA-GSFC, 2Lund Observatory, Sweden, 3NASA-GSFC.

092.05 Spitzer IRS Spectral Observations of the 21 and 30 Micron Emis- 093.05 Brighter Still! A Summary of Photometric Data from the HST Eta sion Features in Several Galactic Proto-Planetary Nebulae Carinae Treasury Project Bruce J. Hrivnak1, K. Volk2, S. Kwok3 John C. Martin1, K. Davidson2, M. D. Koppelman2, R. M. Hum- 1Valparaiso Univ., 2Gemini Obs., 3Univ. Hong Kong, China. phreys2 1University of Illinois Springfi eld, 2University of Minnesota. 092.06 Chandra X-ray Detection of a Shocked Polar Jet in the Symbiotic System Hen 2-104 093.06 Late-Type Red Supergiants: Too Cool for the Clouds? Rodolfo Montez, Jr.1, J. H. Kastner1, R. Sahai2 Emily M. Levesque1, P. Massey2, K. A. Olsen3, B. Plez4 1Rochester Institute of Technology, 2JPL/Caltech. 1Institute for Astronomy, University of Hawaii, 2Lowell Observatory, 3CTIO, NOAO, Chile, 4GRAAL, Universite de Montepellier II, France. 092.07 Deuterium Astration in the Sh 2-216? Cristina M. Oliveira1, P. Chayer1, H. Warren Moos1, J. W. Kruk1, T. 2 093.07 A Search for Companions to AGB Stars Rauch Krzysztof Findeisen1, R. Sahai2, A. Gil de Paz3, C. Sanchez Contre- 1Johns Hopkins Univ., 2Universitat Tubigen, Germany. ras4 1Cornell University, 2Jet Propulsion Laboratory, Caltech, 3Universidad Th e Ejection of Jets and Tori in Proto-Planetary Nebulae 092.08 Complutense de Madrid, Spain, 4Instituto de Estructura de la Materia, Patrick J. Huggins1 CSIC, Spain. 1New York University.

182 183 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

093.09 A Spitzer Survey of Mass Losing Stars in the Galactic Bulge 094.07 Th e Sky is the Limit: Benefi ts from Partnering with the Project Raghvendra Sahai1, M. Stute1, M. Morris2, I. Glass3, J. Blommaert4, ASTRO National Network! M. Groenewegen4, M. Schultheis5, A. Omont6, K. Kraemer7 Constance E. Walker1, D. Zevin2, W. van der Veen3, A. Fraknoi4, R. 1JPL, 2UCLA, 3SAAO, South Africa, 4K.U.Leuven, Belgium, 5Observatoire Wilson1, S. Gurton2, V. White2, C. Clemens5, J. Harvey6 de Besancon, France, 6IAP, France, 7AFRL. 1National Optial Astronomy Observatory, 2Astronomical Society of the Pacifi c, 3New Jersey Astronomy Center for Education, 4Foothill College & Session 094 Putting Education into Outreach ASP, 5Harvard-Smithsonian CfA, 6Gemini Observatory. AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 094.08 Space Science Outreach in the Virtual World of Second Life 094.01 Collaboration for Education with the Apple Learning Interchange Anthony W. Crider1, International Spacefl ight Museum 1 2 3 Patrick A. Young , T. Zimmerman , K. A. Knierman 1Elon University. 1Los Alamos National Laboratory, 2Apple Computer, 3Steward Observa- tory. 094.09 Th e Sunnel: Engaging Visitors in Solar Research via a Tunnel Th rough the Sun 094.02 Astronomy in the Digital Universe Nora H. DeMuth1, C. E. Walker2 Bernard M. Haisch1, J. Lindblom1, Y. Terzian2 1El Camino College, 2National Optical Astronomy Observatory. 1Digital Universe Foundation, 2Cornell University. 094.10 Slackerpedia Galactica 094.03 Opportunitites for Scientist Participation in Chandra Education Aaron Price1, M. Koppelman2, M. Robinson3, D. L. Welch4, T. and Public Outreach Searle5, R. Turner5 Kathleen Lestition1, P. Edmonds1, K. Kowal-Arcand1, M. Watzke1 1AAVSO/Tuft s University, 2University of Minnesota, 3Swinburne Univer- 1SAO. sity of Technology, Australia, 4McMaster University, Canada, 5AAVSO.

094.04 Astro-Science Workshop: Education and Public Outreach at the 094.11 “It’s Our Universe”: Astronomy Outreach in Appalachian Ohio Adler Planetarium Mangala Sharma1, G. Eberts1, M. Hartwick2, L. Miller3 1 2 1 Lauren R. Grodnicki , M. Hammergren , A. Puckett 1Ohio Univ, 2Southeast Ohio Astronomical Society, 3Athens Public Li- 1 2 Univ. of Chicago, Adler Planetarium. brary.

094.05 Solar Education and Outreach at Columbus State University’s Mead 094.12 Arecibo Observatory for All Observatory Gloria M. Isidro1, C. A. Pantoja1, P. Bartus1, C. La Rosa1 Michael Johnson1, J. Hood1, S. T. Cruzen1 1University of Puerto Rico. 1Columbus State University. 094.13 Eff ectively Engaging Family Groups in Learning Astronomy 094.06 Th e SNAP Education and Public Outreach Program Jacob Noel-Storr1 Lynn R. Cominsky1, P. Plait1, S. Silva1, SNAP Collaboration 1Rochester Inst. of Technology. 1Sonoma State Univ.. Session 095 Radio Galaxy Surveys AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4

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095.01 Th e Arecibo Legacy Fast ALFA Survey: HI Sources in the Northern 096.02 Stones from the Sky: Introducing Middle School Students to Mete- Cluster Region orites Rebecca A. Koopmann1, ALFALFA Consortium Angela R. Sarrazine1, E. Albin1 1Union College. 1Fernbank Science Center.

095.02 Th e Arecibo Legacy Fast ALFA HI Survey: Th e Rich 096.03 Education and Public Outreach using Express Zwicky 1400+0949 Rosalyn A. Pertzborn1, S. S. Limaye1, H. Y. Pi1 Th omas J. Balonek1, B. M. Walsh1, ALFALFA Consortium 1University of Wisconsin. 1Colgate Univ.. 096.04 Th e eXtreme Universe: A Portable Planetarium Program 095.03 A Neutral Hydrogen Survey of the NGC 7332 Region with the Are- Philip Plait1, S. Silva1, T. Graves1, J. Reed1, L. Cominsky1 cibo L-band Feed Array 1Sonoma State Univ.. Robert F. Minchin1, E. Momjian1, L. Cortese2, K. L. O’Neil3, P. A. 4 2 Henning , J. I. Davies , AGES Team 096.05 Demystifying Scientifi c Data 1Arecibo Obs., 2Cardiff University, United Kingdom, 3National Radio Esther A. Santos1, P. Nassiff 2, P. Pratap3 Astronomy Observatory, 4University of New Mexico. 1Nashua High School South, 2Burlington High School, 3MIT Haystack Observatory. 095.04 Th e ALFA Zone of Avoidance Survey: Results from the Precursor Observations 096.06 Th e Impact of Science Graduate Students in Urban Science Class- Chris M. Springob1, P. A. Henning2, B. Catinella3, F. Day2, R. rooms: Th e SFOS Program at Cal State Los Angeles Minchin3, E. Momjian3, B. Koribalski4, K. L. Masters5, E. Muller4, C. Susan Terebey1, D. Mayo1 6 7 8 9 Pantoja , M. Putman , J. L. Rosenberg , S. Schneider , L. Staveley- 1Cal. State Univ. at Los Angeles. Smith10 1 2 3 Naval Research Laboratory, Univ. of New Mexico, National Astronomy 096.07 How Astronomers Can Help Prepare Future Teachers and Ionosphere Center, 4Australia Telescope National Facility, Australia, Christine Shupla1, L. Ruberg2, T. F. Slater3, G. Schultz4 5Harvard-Smithsonian, CfA, 6Univ. of Puerto Rico, 7Univ. of Michigan, 1Lunar & Planetary Institute, 2CET, Wheeling Jesuit University, 3Uni- 8George Mason Univ., 9Univ. of Massachusetts, 10Univ. of Western Aus- versity of Arizona CAPER Team, 4Center for Science Education, UC tralia, Australia. Berkeley.

Session 096 Research in K-12 Astronomy Education for Stu- Session 097 Sloan Digital Sky Survey dents, Th eir Teachers, and Th eir Families both in and out of AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 the Classroom 097.01 Environments of Low-Redshift Merging Galaxies AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Christina Ignarra1, M. R. Blanton1 096.01 Th e Search: for Life Beyond Earth 1New York University. Neal E. Hurlburt1, J. Blair2, S. Lubbs2, D. Miller2 1Lockheed Martin Corp., 2Evergreen Valley High School. 097.02 A Search for Low Surface Brightness Galaxies in the Ultraviolet with GALEX Ted K. Wyder1, GALEX Science Team 1Caltech.

186 187 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

097.03 Active Galaxies in Redshift Surveys 097.11 Correlation of Galaxy Types in the 2MASS Redshift Survey with Pietro Reviglio1, D. Helfand1 2MASS/SDSS Colors and HI Content 1Columbia Univ.. Ferah Munshi1, K. L. Masters2, J. Huchra2 1University of California, Berkeley, 2CfA, Harvard University. 097.04 Constraints on the Stellar Initial Mass Function from the Integrated Light Properties of Galaxies in the Sloan Digital Sky Survey 097.12 Improvement in the SDSS Photometric Calibration for Red Stars Erik A. Hoversten1, K. Glazebrook2 James R. Davenport1, J. Bochanski1, K. Covey2, S. Hawley1 1Johns Hopkins Univ., 2Swinburne University, Australia. 1Univ. Of Washington, 2Harvard.

097.05 Th e Clustering Properties of UV-selected Galaxies at Low Redshift 097.13 Minor Galaxy Interactions in the SDSS from GALEX-SDSS Data Deborah Freedman Woods1, M. J. Geller2 Sebastien Heinis1, T. Budavari1, A. Szalay1, M. Neyrinck2, I. Sza- 1Harvard Univ., 2SAO. pudi2, B. Milliard3, S. Arnouts3, GALEX Team 1 2 3 Johns Hopkins Univ., University of Hawaii, Laboratoire Session 098 SNAP Mission d’Astrophysique de Marseille, France. AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 097.06 Arecibo Survey of HI Emission from Disk Galaxies at Intermediate 098.01 SNAP Telescope Performance for Weak Lensing Surveys Redshift Michael Lampton1, M. Sholl1, P. Jelinsky1, H. Stabenau2, SNAP Col- Barbara Catinella1, M. P. Haynes2, J. P. Gardner3, A. J. Connolly3, R. laboration Giovanelli2 1UC, Berkeley, 2University of Pennsylvania. 1NAIC-Arecibo Obs., 2Center for Radiophysics and Space Research and NAIC, Cornell Univ., 3Pittsburgh Univ.. 098.02 Characterization of LBNL SNAP CCD’s: Quantum effi ciency, refl ec- tivity, and point-spread function 1 1 1 1 Th e Star Formation History of Early-Type Galaxies Donald E. Groom , C. J. Bebek , M. Fabricius , J. A. Fairfi eld , A. 097.07 1 1 1 1 Vaishali Bhardwaj1, M. Blanton2 Karcher , W. F. Kolbe , N. A. Roe , J. Steckert 1 1UC Berkeley, 2NYU. Lawrence Berkeley Nat’l Lab..

097.08 Dust Lanes as Markers of the Mass Transition in Edge-on Galaxies 098.03 Current-Integrating Amplifi er and Computer Interface for SNAP Mirela Obric1, A. A. West2, J. Dalcanton1 Photodiode Readout Stephen J. Battazzo1, B. Adams2, M. Gebhard2, N. Mostek2, S. Muf- 1University of Washington, 2University of California, Berkeley. son2 1 2 097.09 A Multi-Wavelength Catalog of Radio Objects Detected by NVSS Indiana University (REU)/University of Oregon, Indiana University. and FIRST, and (some by) WENSS, GB6, and SDSS Amy E. Kimball1, Z. Ivezic1 098.04 SNAP Focal Plane Development Chris Bebek1, SNAP Collaboration 1Univ. of Washington. 1LBNL. 097.10 Reconstruction of SDSS Nearby Galaxies Laura K. Kushner1, M. Obric1, A. A. West2, J. Dalcanton1 098.05 Auxiliary Science with SNAP Surveys Timothy McKay1, SNAP collaboration 1University of Washington, 2University of California, Berkeley. 1Univ. of Michigan.

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098.06 SNAPsim: A Soft ware Package for Simulating of Astronomical 098.14 Packaging for SNAP CCDs Observations Charles Baltay1, A. Bauer1, W. Emmet1, T. Hurteau1, D. Rabinowitz1, Alex G. Kim1, SNAP Collaboration A. Szymkowiak1, C. Bebek2, K. Dawson2, J. Emes2, D. Groom2, S. 1LBNL. Holland2, A. Karcher2, B. Kolbe2, N. Roe2, T. Diehl3, M. Demarteau3, P. D e r w e n t 3, B. Bigelow4 098.07 SNAP: Th e Power of Supernovae, Weak Lensing, and Space 1Yale U., 2LBNL, 3Fermi National Lab, 4U. Michigan. Eric Linder1, SNAP Collaboration 1Berkeley Lab/UC Berkeley. 098.15 Radiation Tolerance of SNAP CCDs Koki Takasaki1, SNAP collaboration 098.08 Computation and Data Product Model for the SNAP Mission 1UC, Berkeley. William Carithers1, G. E. Kushner1 1LBNL. 098.16 Calibration of Interference Filter Transmission using Light Emit- ting Diodes 1 1 1 2 098.09 Th e SNAP Mission Overview Nick J. Mostek , S. L. Mufson , C. R. Bower , S. S. Allam , C. J. Patrick Jelinsky1, SNAP Collaboration Bebek3, R. C. Bohlin4, S. Deustua5, S. M. Kent2, M. L. Lampton6, M. 7 2 8 1UC, Berkeley. Richmond , D. L. Tucker , B. E. Woodgate , SNAP Collaboration 1Indiana Univ., 2FNAL, 3LBNL, 4STScI, 5AAS, 6UC Berkeley, 7RIT, 098.10 Near Infrared Detectors for SNAP: Towards Precision Photometry 8GSFC. Michael Schubnell1, SNAP Collaboration 1Univ. of Michigan. 098.17 Critical Parameters for Supernova Cosmology Lifan Wang1, K. Kannan1, A. Kim2 098.11 A Monochromatic Illumination and Cryogenic Calibration System 1Texas A&M University, 2Lawrence Berkeley National Laboratory. for SNAP Calibration Studies Stuart Mufson1, N. Mostek1, C. R. Bower1, S. S. Allam2, C. J. Bebek3, 098.18 Development of Spectrophotometric Standards to Support the R. C. Bohlin4, S. Deustua5, S. M. Kent2, M. L. Lampton6, M. Rich- SNAP mond7, D. T. Tucker2, B. E. Woodgate8, SNAP Collaboration J. Allyn Smith1, R. C. Bohlin2, S. E. Deustua3, S. S. Allam4, S. M. 1Indiana Univ., 2FNAL, 3LBNL, 4STScI, 5AAS, 6UC Berkeley, 7RIT, Kent4, M. L. Lampton5, N. Mostek6, S. L. Mufson6, M. W. Rich- 7 8 4 9 8GSFC. mond , G. Smadja , D. L. Tucker , B. Woodgate , SNAP Collabora- tion 1 2 3 4 5 6 098.12 Eff ects of Zero Points Calibration Uncertainties in Dark Energy Austin Peay State Univ., STScI, AAS, Fermilab, UC Berkeley, Indi- Supernova Surveys ana Univ., 7R.I.T., 8IPN-CNRS, France, 9NASA-GSFC. Lorenzo Faccioli1, A. G. Kim1, R. Miquel2 1Lawrence Berkeley National Laboratory, 2ICREA / IFAE, Spain. 098.19 Dark Energy Science Constraints on Calibration: Design of the SNAP Calibration System 1 2 3 4 5 098.13 Observational Cadence vs. Exposure Time Trade-off for Supernova Susana E. Deustua , S. Allam , R. Bohlin , S. Kent , M. L. Lampton , 6 6 7 8 4 Surveys N. Mostek , S. L. Mufson , M. Richmond , J. A. Smith , D. Tucker , 9 10 Natalia Kuznetsova1, SNAP Simulation Team B. Woodgate , G. Smadja , SNAP Collaboration 1 2 3 1Lawrence Berkeley National Lab. American Astronomical Society, Fermi National Laboratory, STScI, 4FNAL, 5LBNL, 6Indiana University, 7RIT, 8Austin Peay, 9NASA’s GSFC, 10Institut de Physique Nucleair de Lyon, France.

190 191 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

098.20 Th e SNAP Integral Field Spectrograph 099.07 Improved UBVRCI C to u’g’r’i’z’ Transformation Equations: Up- Roger F. Malina1, A. Ealet2, E. Prieto3, M. Aumeunier4, A. Bonis- dated Main Sequence and Relations sent2, C. Cerna2, G. Smadja5, SNAP Collaboration Eric J. Hausel1, D. Allen2, C. Rodgers1, R. Canterna1, M. Pierce1, J. A. 1LAM, CNRS, France, 2CPPM, CNRS, France, 3LAM, CNRS, France, Smith3 4LAM/CPPM, CNRS, France, 5IPNL, CNRS, France. 1University of Wyoming, 2Lowell Observatory, 3Austin Peay State Univer- sity. Session 099 Source Surveys, Catalogs and Astrometry 099.08 New DDO Photometric Equatorial Standard Stars Between 9.0 < AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 M48 < 16.0: Preliminary Results 099.01 Time-Series Data and the Virtual Observatory Christopher T. Rodgers1, R. Canterna1, D. Allen2, E. Hausel1, J. A. Mark Huber1, A. Drake2, K. Vivas3, D. Gasson4, K. Cook1, S. Niko- Smith3 laev1 1Univ. of Wyoming, 2Lowell Observatory, 3Austin Peay State University. 1LLNL, 2Caltech, 3CIDA, Venezuela, 4NOAO. Session 100 Star Clusters II and HST/ACS Survey of Galactic 099.02 Basic Stellar Parameters for SIM Planet Quest Reference Grid Stars Globular Clusters Dmitry Bizyaev1, V. V. Smith1, K. Cunha1 AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 1NOAO. 100.01 M82 at the Highest Resolution 099.03 Milliarcsecond Accurate Astrometry for Extension of the ICRF in William D. Vacca1, A. M. Gilbert2, J. R. Graham3, N. McCrady4 the Southern Hemisphere 1SOFIA-USRA, 2IGPP-LLNL, 3UC Berkeley, 4UCLA. Alan L. Fey1, R. Ojha1, K. Johnston1, D. Jauncey2, J. Reynolds2, A. Tzioumis2, J. Lovell2, J. Quick3, G. Nicolson3, S. Ellingsen4, P. Mc- 100.02 Old Globular Clusters in Nearby Dwarf Irregular Galaxies Culloch4 Iskren Georgiev1, P. Goudfrooij1, T. H. Puzia2, M. Hilker3 1U.S. Naval Obs., 2ATNF, CSIRO, Australia, 3Hartebeesthoek Radio As- 1STScI, 2Herzberg Institute of Astrophysics, Canada, 3ESO, Germany. tronomy Obs., South Africa, 4School of Math. and Physics, Australia. 100.03 Searching for the Young Super-Star Clusters in NGC 3627 099.04 Atmospheric Gravity Waves as a Source of Anomalous Refraction Adam Ginsburg1 Observed in High Precision Astrometry 1Rice University / NRAO. Suzanne Taylor1, J. McGraw1, J. Pier2, P. Zimmer1 1University of New Mexico, 2USNO Flagstaff Station. 100.04 Properties of Globular Cluster Populations of Early-Type E+A Galaxies 099.05 ALPACA: An Inexpensive but Uniquely Powerful Imaging Survey Aparna Maybhate1, P. Goudfrooij1, F. Schweizer2, T. Puzia1, D. Telescope Carter3 Arlin P. Crotts1, ALPACA Consortium 1STScI, 2Carnegie Observatories, 3Liverpool John Moores University, 1Columbia Univ.. United Kingdom.

099.06 OT060420 and the Systematic Automated All-sky Search for Bright 100.05 Resolved Massive Stellar Clusters in Nearby Starburst Galaxies Optical Transients Andrea M. Gilbert1, W. D. Vacca2 1 1 Lior Shamir , R. Nemiroff 1IGPP-LLNL, 2SOFIA-USRA. 1Michigan Tech.

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100.06 Multi-band Photometry of Globular Cluster Systems 100.12 Th e HST/ACS Survey of Galactic Globular Clusters: Th e Sagittarius Sooyoung Kim1, S. Yoon1, H. Kim1 Dwarf Spheroidal System 1Yonsei University, Republic of Korea. Michael Siegel1, S. R. Majewski2, A. Sarajedini3, B. Chaboyer4, A. Rosenberg5 100.07 Imaging of Globular Clusters in NGC 4365 with IRAC on the 1University of Texas, 2University of Virginia, 3University of Florida, 4Dar- Spitzer Space Telescope mouth College, 5Instituto de Astrofi sica de Canarias, Spain. Andrew R. Esselman1, S. E. Zepf2, A. Kundu2, M. Hempel2 1Whitman College, 2Michigan State University. 100.13 Th e HST/ACS Survey of Galactic Globular Clusters: Relative Ages Alfred Rosenberg1, A. Marín-Franch2, A. Aparicio1, G. Piotto3, B. 100.08 Th e Cluster Formation Function in Galaxies Chaboyer4, A. Sarajedini2 Paul W. Hodge1, K. Krienke2 1Instituto de Astrofí sica de Canarias, Spain, 2Department of Astronomy, 1Univ. of Washington, 2Seattle Pacifi c University. University of Florida, 3Astronomy Department, Padova University, Italy, 4Department of Physics and Astronomy, Dartmouth College. 100.09 Th e HST/ACS Survey of Galactic Globular Clusters: Overview and New Photometry for Nine Clusters Th e HST/ACS Survey of Galactic Globular Clusters: Absolute Ages 1 2 3 4 5 100.14 Ata Sarajedini , J. Anderson , A. Aparicio , L. Bedin , B. Chaboyer , of Selected Clusters 5 1 6 7 A. Dotter , M. Hempel , I. R. King , S. R. Majewski , A. Marin- Iain N. Reid1, J. Anderson2, A. Aparicio3, B. Chaboyer4, A. Dotter4, 1 8 9 8 9 Franch , A. Milone , N. E. Paust , G. Piotto , I. N. Reid , A. Rosen- G. Piotto5, A. Marin-Franch6, A. Rosenberg3 berg3, M. Siegel10 1STScI, 2Rice U., 3Inst. Astrofi sica de Canarias, Spain, 4Dartmouth Col- 1Univ. of Florida, 2Rice University, 3IAC, Spain, 4ESO, Germany, 5Dart- lege, 5Univ. di Padova, Italy, 6U. Florida. mouth College, 6Univ. of Washington, 7Univ. of Virginia, 8Univ. of 9 10 Padova, Italy, STScI, Univ. of Texas. Session 101 Structure of Stellar Winds 100.10 Th e HST/ACS Survey of Galactic Globular Clusters: New Stellar AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Evolution Tracks, Isochrones and Luminosity Functions 101.01 Th e dM/dt of O-rich OH/IR Stars is Strongly Modulated Brian C. Chaboyer1, A. Dotter1, E. Baron2, J. Ferguson3, D. Jevre- B. M. Lewis1 2 4 movic , A. Sarajedini 1Arecibo Obs.. 1Dartmouth College, 2University of Oklahoma, 3Wichita State University, 4University of Florida. 101.02 Observations of Post- Objects in the Mag- ellanic Clouds with the Spitzer Infrared Spectrograph 100.11 Th e HST/ACS Survey of Galactic Globular Clusters: Luminosity Kathleen E. Kraemer1, G. C. Sloan2, J. Bernard-Salas2, E. Peeters3, P. Functions R. Wood4, S. D. Price1, J. Cami3, J. R. Houck2, M. P. Egan5, S. Guiles2 Nathaniel Paust1, I. Reid1, I. King2, A. Aparicio3, G. Piotto4 1Air Force Research Lab, 2Cornell U., 3U. Western Ontario, Canada, 4Mt. 1STScI, 2Dept. of Astronomy, University of Washington, 3Departamento Stromlo Obs., Australia, 5National Geospatial-Intelligence Agency. de Astrofi sica, Universidad de La Laguna: and Instituto de Astrofi sica de Canarias, Spain, 4Dip. di Astronomica, Univ. degli stui di Padova, Italy. 101.03 Synthesis of Observables from Numerical Simulations of Magne- tized Hot-Star Winds Stephen St. Vincent1, D. H. Cohen1, A. ud-Doula2, R. H. Townsend2, S. P. Owocki2 1Swarthmore College, 2Bartol Research Institute, University of Delaware.

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101.04 X-ray Emission Line Profi les from Clump Bow Shocks in Stellar 101.12 Joint VLBA/VLTI Observations of the GX Mon Winds David A. Boboltz1, M. Wittkowski2, K. Ohnaka3, T. Driebe3 Alexander Burke1, R. Ignace2, J. P. Cassinelli3 1USNO, 2ESO, Germany, 3MPIfR, Germany. 1Vassar College, 2East Tennessee State University, 3Univ. of Wisconsin. Session 102 Variable Stars and Distance Scale 101.05 High Resolution Radio Observations of the Nebulae of Stars AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 Allison Mercer1, M. Chizek1, C. C. Lang1, D. F. Figer2, P. Najarro3 102.01 Hubble Space Telescope Fine Guidance Sensor of Ga- 1Univ. of Iowa, 2Rochester Institute of Technology, 3CSIC, Spain. lactic Cepheid Variable Stars: Period-Luminosity Relations and Applications 1 1 2 3 101.06 Velocity Structure in the and Wind of VV Cephei George F. Benedict , B. E. McArthur , M. W. Feast , T. G. Barnes , Wendy H. Bauer1, P. D. Bennett2, A. Brown3 T. E. Harrison4, R. J. Patterson5, J. W. Menzies6, J. L. Bean1, W. L. 7 1Wellesley College, 2Eureka Scientifi c, 3CASA, University of Colorado. Freedman 1Univ. of Texas, Austin, 2Univ. of Capetown, South Africa, 3NSF, 101.07 Multi-dimensional Simulations of Helium Shell Flash Convection 4NMSU., 5Univ. of Virginia, 6SAAO, South Africa, 7Carnegie Inst.. Robert M. Hueckstaedt1, B. Freytag2, F. Herwig3, F. Timmes1 1Los Alamos National Laboratory, 2Centre de Recherche Astronomique 102.02 A Th eoretical Investigation into Period-Color relations for Cephe- de Lyon - Ecole Normale Supérieure, France, 3Keele Astrophysics Group, ids in the Shashi Kanbur1, C. Ngeow2, G. Feiden1 School of Physical and Geographical Sciences, Keele University, UK. 1SUNY at Oswego, 2University of Illinois. 101.08 Th e 3D Morphology of VY CMa Terry J. Jones1, R. M. Humphreys1, A. Helton1, G. Wallerstein2, G. 102.03 A Testimator Based Approach to Investigate the Non-linearity of Herbig3 the LMC Cepheid Period-Liminosity Relation Richard Stevens1, A. Nanthakumar1, C. Ngeow2, S. Kanbur1 1Univ. of Minnesota, 2Univ. of Washington, 3Institute for Astronomy. 1SUNY Oswego, 2University of Illinois. 101.09 VY Canis Majoris: Th e Astrophysical Basis of Its Luminosity Robert D. Gehrz1, R. M. Humphreys1, T. J. Jones1 102.04 A Th eoretical Investigation into the Properties of RR Lyraes at Max- imum and Minimum Light. 1Univ. of Minnesota. Greg Feiden1, S. Kanbur1, R. Szabo2, C. Ngeow3 1SUNY Oswego, 2University of Florida, 3University of Illinois. 101.10 VLBA Observations of the SiO Masers in the Eruptive Variable V838 Monocerotis Mark J. Claussen1, H. E. Bond2, S. Starrfi eld3, K. H. Healy3 102.05 An Empirical Investigation of the Eff ect of Metallicityon Linear vs. Non-linear Cepheid Period-Luminosity relations. 1NRAO, 2STScI, 3Arizona State University. Daniel Crain1, S. kanbur1, C. Ngeow1 1SUNY Oswego. 101.11 Observations of the 6 Centimeter Lines of OH in OH/IR Stars and Star Forming Regions Laura K. Zschaechner1, V. L. Fish2, L. O. Sjouwerman2, Y. M. Pihl- 102.06 A Cepheid Distance to the Coma Cluster: Initial Progress Report 1 2 3 1 4 strom3, M. J. Claussen2 Michael Gregg , K. Cook , L. Macri , D. Alves , D. Welch , P. Stet- son5, J. Mould3 1University of Montana, 2National Radio Astronomy Observatory, 3Uni- 1UC, Davis, 2LLNL/NOAO, 3NOAO, 4Macmaster University, Canada, versity of New Mexico. 5DAO, Canada.

196 197 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

102.07 Improving the Distance Scale: NICMOS and ACS/HRC observa- 103.08 Kinematical and Statistical Study of Magnetic White Dwarfs tions of Cepheids in the Maser Galaxy NGC 4258 Edward M. Sion1, R. Wasatonic1, G. McCook1, J. Holberg2 Lucas M. Macri1, K. Stanek2, D. Bersier3, L. Greenhill4, M. Reid4 1Villanova Univ., 2Univ. Arizona. 1NOAO, 2OSU, 3Liverpool JMU, United Kingdom, 4CfA. 103.09 G29-38: Mode Identifi cation Session 103 White Dwarfs: Search, Survey, Study, and Under- Susan E. Th ompson1 stand? 1Colorado College. AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 103.10 FUSE Observation of the Ultra-Massive White Dwarf GD 50 103.01 White Dwarf Kinematics vs Mass Jean Dupuis1, P. Chayer2, S. Vennes3, V. Hénault-Brunet4 1 1 Chris Wegg , E. S. Phinney 1Canadian Space Agency, Canada, 2Johns Hopkins University, 3Florida 1 Caltech. Institute of Technology, 4McGill University, Canada.

103.02 Th e Search for White Dwarfs in the Sandage Two-color Survey of 103.11 A New Look at GD358: Using Nonlinear Light Curves to Constrain the Galactic Plane Convection 1 2 Howard H. Lanning , S. Lepine Judith L. Provencal1, H. Shipman1, M. Montgomery2, Whole Earth 1NOAO, 2Dept. of Astrophysics, American Museum of Natural History. Telescope Team 1U. Delaware Delaware Asteroseismic Research Center, 2U. Texas. 103.03 Improved Photometric Distances for White Dwarfs 1 2 3 Jay B. Holberg , E. M. Sion , T. D. Oswalt 103.12 Quantifying Turbulence: A Nonlinear Approach 1Univ. of Arizona, 2Villanova University, 3Florida Institute of Technology. Nada Jevtic1, J. S. Schweitzer2 1Richard Stockton College, 2University of Connecticut. 103.04 Th e Space Motions of DQ White Dwarfs Ralph Wasatonic1, E. Sion1, G. McCook1, J. Holberg2 Session 104 X-ray to IR Observations of Compact X-ray Objects 1Villanova University, 2University of Arizona. AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 103.05 Th e Hunt for Nearby White Dwarfs 104.01 Shedding New Light on the Stellar Graveyard: Compact Objects in John P. Subasavage, Jr.1, P. Bergeron2, T. J. Henry1, P. Dufour2, N. C. the Mid-IR Hambly3, T. D. Beaulieu1, RECONS Magaretha L. Pretorius1, S. Wachter1, D. Hoard1 1Georgia State University, 2University of Montreal, Canada, 3University 1California Institute of Technology. of Edinburgh, United Kingdom. 104.02 Radio Emission Signatures of the Crab ’s High Frequency 103.06 Meet Your Local White Dwarf Neighbors: A Census of the 20 pc Interpulse Sample Timothy H. Hankins1, J. A. Eilek1 Sean Foran1, E. Sion1, J. Holberg2, G. McCook1 1New Mexico Tech.. 1Villanova University, 2University of Arizona. 104.03 Multi-Wavelength Studies of Potential X-ray Counterparts to Un- 103.07 FUSE Observations of the Very Cool DB White Dwarf GD408 identifi ed EGRET Gamma-Ray Sources Pierre Chayer1, S. Desharnais2, F. Wesemael2, J. W. Kruk1 Mallory Roberts1 1Johns Hopkins Univ., 2University of Montreal, Canada. 1Eureka Scientifi c.

198 199 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

Session 105 YSO / Star Formation II 105.08 Th e Eff ect of Varied Initial Conditions on the Evolution of Proto- AAS Poster, Monday, 9:20am-6:30pm, Exhibit Hall 4 planetary Disks Scott A. Michael1, R. H. Durisen1, A. C. Boley1 105.01 Characterizing Star Formation Activity in Infrared Dark Cloud Cores Edward T. Chambers1, J. M. Jackson1, J. M. Rathborne2, R. Simon3 1Indiana Univ.. 1Boston Univ., 2Harvard-Smithsonian CfA, 3Univ. zu Koln, Germany. 105.09 Radiative Transfer Model Fitting of Hubble NICMOS Data for the Class I TMC-1A (IRAS 04365+2535) 105.02 Infrared Spectroscopy of Low Mass Stars in the A Star 1 Forming Region Susan Terebey Eric S. Boyd1, A. Steinhauer1, E. Lada2 1Cal. State Univ. at Los Angeles. 1SUNY Geneseo, 2University of Florida. 105.10 Statistics of Turbulence Probed by Water Masers in Star Forming Regions 105.03 Current Star Formation in the Perseus and Ophiuchus Molecular 1 1 Clouds Benjamin H. Ripman , V. Strelnitski Jes K. Jorgensen1, D. Johnstone2, H. Kirk3, P. C. Myers1, Y. L. Shir- 1Maria Mitchell Observatory. ley4, L. E. Allen1 1CfA, 2HIA, 3U. Victoria, 4Steward Obs.. 105.11 Multiplicity and the Nature of Companions in Herbig Ae/Be Sys- tems Bernadette Rodgers1, N. van der Bliek2, S. Th omas3, G. Doppmann4 105.04 HST NICMOS Polarization Observations of Massive YSOs Janet P. Simpson1, M. G. Burton2, S. W. Colgan1, A. S. Cotera3, E. F. 1Gemini Obs., Chile, 2NOAO CTIO, Chile, 3UCO Lick Obs, 4NOAO. Erickson1, D. C. Hines4, B. A. Whitney4 1NASA/Ames, 2U. New South Wales, Australia, 3SETI Inst., 4Space Sci. Inst.. 105.12 Monte Carlo Simulations Of Th e Rotational Evolution Of PMS Stars Lucas A. Cieza1, N. Baliber2, N. Counselor1 105.05 Spectroscopic Investigation of Companion Stars in Herbig AeBe Binary Systems 1Univ. Of Texas, Austin, 2Univ. Of California at Santa Barbara. Anne Sweet1, B. Rodgers2, G. Doppmann2, N. van der Bliek3, S. Th omas3, M. J. Cordero1 105.13 Spitzer Observations of YSO’s in the Witch Head Nebula (IC 2118) 1 1 2 3 1CTIO REU, Chile, 2Gemini Observatory, Chile, 3CTIO, Chile. Tim S. Spuck , M. T. Heath , L. M. Rebull , T. E. Roelofsen Moody , B. Sepulveda4, E. Sharma4, C. Weehler5, S. P. Weiser1 1 2 3 105.06 Observations and Models of Very Low Luminosity Objects Discov- Oil City Area Sr. High School, SSC/JPL/Caltech, New Jersey Astronomy ered with the Spitzer Space Telescope Ctr. for Education, 4Lincoln High School, 5Luther Burbank High School. Michael M. Dunham1 1Th e University of Texas at Austin. 105.14 Th e Velocity Field and the Spatial Distribution of the “Hot Spots” in Methanol Masers: a Statistical Study 1 2 3 105.07 Star Formation in the Small Magellanic Cloud: the young star clus- Phuongmai N. Truong , B. H. Ripman , V. Strelnitski ter NGC 602 1Texas A&M Univ., 2Bowdoin College, 3Maria Mitchell Obs.. Antonella Nota1, L. R. Carlson2, E. Sabbi3, M. Sirianni1, J. L. Hora4, M. Meixner3, M. Clampin5, J. Gallagher, III6, S. Oey7, A. Pasquali8, 105.15 Spitzer Imaging of NGC 2467: Evidence for Triggered Low-Mass L. J. Smith9, M. Tosi10, R. Walterbos11 Star Formation in HII Region Environments 1STScI/ESA, 2JHU, 3STScI, 4Harvard/CfA, 5NASA/Goddard, 6U. Wiscon- Keely D. Snider1, J. J. Hester1, S. J. Desch1, K. R. Healy1, J. Bally2 sin, 7U. Michigan, 8MPIA, Germany, 9U. College London, UK, 10INAF- 1Arizona State Univ., 2University of Colorado. Oserv. Astronomico di Bologna, Italy, 11NMSU. 200 201 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

105.16 Self-Gravitational Collapse Of A Slowly Rotating Interstellar Gas Cloud MasteringPhysics John K. Wall1 Commercial Workshop, Monday, 9:30-11:00am, 305 1Retired. With more than 80,000 users for calculus-based physics alone, Mastering- Physics is the most widely used physics homework and tutorial system in 105.17 Spitzer Observations of Massive Protostars Associated with Metha- the world. Its unprecedented popularity is due to two unique advantages. nol Masers First, MasteringPhysics is the most sophisticated h/w system available - al- Audrey E. Simmons1, S. L. Skinner1, M. Guedel2 lowing for multi-part, multi-step free-response problems, an unmatched 1Univ. of Colorado, 2Paul Scherrer Inst., Switzerland. variety of wrong-answer feedback, individualized help (comprising hints or simpler sub-problems upon request), all driven by the largest metadatabase 105.18 Large Magnetic Fields and OH Maser Motions in W75 N of student problem-solving in the world. Secondly, MasteringPhysics is the 1 2 Vincent L. Fish , M. J. Reid most educationally proven system - 8 years in development and testing, 1 2 NRAO Jansky Fellow, Harvard-Smithsonian Center for Astrophysics. NSF-sponsored published research (and subsequent studies) shows that the system has dramatic educational results with correlated gains in class fi nals New Young Stellar Aggregates in Perseus as Revealed by the Spitzer/ 105.19 of up to 8 times that from traditional hand-graded homework, and gains MIPS c2d Legacy Program Luisa M. Rebull1, K. Stapelfeldt2, c2d team in conceptual understanding (as measured using the FCI) higher than that from group problems. 1SSC/Caltech/JPL, 2JPL. Our workshop will 105.20 Cluster Formation in Isolation: Spitzer’s View of CB 34 explain how to introduce Dawn E. Peterson1, R. A. Gutermuth2, M. F. Skrutskie1, S. T. Mege- MasteringPhysics into 3 4 2 2 60,000 users daily ath , J. L. Pipher , L. E. Allen , P. C. Myers your course quickly and 1 2 3 4 Univ. of Virginia, Harvard-Smithsonian CfA, U. Toledo, U. Rochester. easily, the benefi ts to and growing! you and your students, 105.21 Th e Near-IR to Submillimeter Opacity Ratio toward Low-mass Star- the latest physics educa- ™ forming Cores tion research using the www.masteringphysics.com Yancy L. Shirley1, T. L. Huard2, A. M. Stutz1, D. J. Wilner2, K. M. 3 4 5 system, even guidelines Pontoppidan , L. G. Mundy , N. J. Evans II Find out for yourself why MasteringPhysics™ is the 1Univ. of Arizona, 2CfA, 3Caltech, 4Univ. of Maryland, 5Univ. of Texas. for authoring your own most widely adopted, intensely used, educationally problems and possible effective, and technically advanced physics homework and tutorial system in the country. Variations in the Extinction Law, Ice Abundance, and Dust Grains research techniques. We 105.22 ™ in Molecular Cloud Cores welcome anyone who is “ MasteringPhysics sets the current state-of-the-art for online tutorial Tracy L. Huard1, K. M. Pontoppidan2, A. Boogert3, C. Knez4, Y. L. interested in new ways 5 and homework systems.” Shirley to off er more eff ective —Richard Sonnenfeld, New Mexico Tech 1Harvard-Smithsonian CfA, 2Caltech, 3NOAO Gemini Science Center, tutoring and testing in Attend our training session to see Chile, 4University of Maryland, 5Steward Observatory. their calculus- and alge- how easy it is to use in your course!

bra/trig-based physics Date: Monday, January 8, 2007 courses. Time: 9:30am–11:00am Job Center Location: Seattle Convention and Attendee Services, Monday, 9:20am-5:00pm, Exhibit Hall 4 Chair, Claire Masson1 Trade Center, Room 305 1Pearson Education. Gadgets and Gizmos Attendee Services, Monday, 9:20am-5:00pm, South Lobby 202 203 MONDAY Events, Sessions and Paper Titles

Experience Digital Physics Curriculum I Commercial Workshop, Monday, 9:30-11:00am, 302 View and experiment with a new digital physics textbook and virtual phys- ics labs. Learn how a fully integrated digital physics curriculum can aid your instruction. Application of multi-learning styles and inquiry-based learning in a self-paced package provide students with the opportunity to experiment and explore. Chair, Mark Bretl1 1Kinetic Books.

Session 106 Education with Large Astronomical Surveys AAS Special, Monday, 10:00-11:30am, 613-14 Chair, Carol A. Christian1 1STScI.

106.01 Education / Outreach with Large Surveys Overview Carol A. Christian1 1STScI.

106.02 LSST Survey Data - Models for EPO Interaction Kirk Borne1 1GMU / LSST / QSS Group Inc..

106.03 Hands on Universe Applications Carl Pennypacker1 1Lawrence Berkeley Lab..

106.04 Teacher Education Vivian Hoette1 1Yerkes Observatory.

106.05 LSST EPO - Plans & Challenges Suzanne Jacoby1 1LSST Corporation.

106.06 Education with SDSS Data: Activities and Lessons Learned M. J. Raddick1 1JHU.

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106.07 Th e Challenges of Using Virtual Observatories in the Classroom 108.03 Th e Numbers of Scientifi c Papers Depend Only on the Numbers of Robert T. Sparks1 Scientists 1NOAO. Helmut A. Abt1 1Kitt Peak National Obs.. 106.08 Introducing High School Science Teachers to Quasar Research Us- ing the Cyberinfrastructure 108.04 Quasars and the Caltech-Carnegie Connection Michelle Nichols (Yehling)1, L. Fortson1 Edward R. Waluska1 1Adler Planetarium & Astronomy Museum. 1James Cook University, Australia.

106.09 Th e Amateurs’ Love Aff air with Large Datasets Session 109 AGN Variability, Interactions and Environments Aaron Price1, S. H. Jacoby2, A. Henden3 AAS Oral, Monday, 10:00-11:30am, 3A 1AAVSO/Tuft s University, 2LSST Corporation, 3AAVSO. 109.01 Discovery of a Probable Triple Quasar Stanislav G. Djorgovski1, F. Courbin2, G. Meylan2, D. Sluse2, D. Session 107 Th e Future of Astronomy and Astrophysics at Th ompson3, A. Mahabal1, E. Glikman1 NASA 1Caltech, 2EPFL, Switzerland, 3LBTO. AAS Special, Monday, 10:00-11:30am, 611-12 Chair, Jack O. Burns1 109.02D Th e X-ray Variability of Seyfert Galaxies 1 1Univ. of Colorado at Boulder. Kevin Marshall 1Georgia State Univ.. 107.01 CAPP Panel Discussion: Th e Future of Astronomy & Astrophysics at NASA 109.03 Monitoring of a Dramatically Variable C IV Mini-BAL in the Qua- Jack O. Burns1 sar HS1603+3820 1 1 1 2 1Univ. of Colorado at Boulder. Toru Misawa , M. Eracleous , J. C. Charlton , N. Kashikawa 1Penn State Univ., 2National Astronomical Observatory of Japan, Japan. Session 108 HAD III 109.05 Reverberation Mapping of the BLRG 3C390.3 HAD Oral, Monday, 10:00-11:30am, 608-10 Matthias Dietrich1, B. M. Peterson1 Session begins with a very brief introduction to posters. 1Th e Ohio State University. Chair, Sara Schechner1 1Harvard U.. 109.06 HCN Observations of Four High Redshift Galaxies and QSOs Yu Gao 1, C. Carilli2, P. Vanden Bout3, P. Solomon4 108.01 Th e Tunguska Event and the History of Near-Earth Objects 1Purple Mountain Observatory, China, 2NRAO-AOC, 3NRAO-CV, 4Uni- Donald K. Yeomans1 versity at Stony Brook. 1JPL. 109.07 Radially-Infl owing Molecular Gas Deposited by a X-ray Cooling 108.02 Einstein’s Jury -- Th e Race to Test Relativity Flow Jeff rey Crelinsten1 Jeremy Lim1, Y. Ao2, V. Dinh1 1Th e Impact Group, Canada. 1ASIAA, Taiwan, 2Purple Mountain Observatory, Chinese Academy of Sciences, China.

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109.08 Intergalactic Metal Pollution at the Highest Observable Redshift s 111.02 Th e Top 15 Luminous Obscured Quasars: SED, Luminosity and Emma V. Ryan-Weber1, M. Pettini1, P. Madau2 Absorption Properties 1IoA, Cambridge, UK, 2University of California, Santa Cruz. Mari Polletta1, D. Weedman2, C. Lonsdale1, S. Hoenig3, H. Smith1, J. Houck4 1 2 3 Session 110 Circumstellar Disks: Early UC, San Diego, Department of Astronomy, Cornell University, Max- 4 AAS Oral, Monday, 10:00-11:30am, 204 Planck-Institut fur Radioastronomie, Germany, IRS Science Center, Center for Radiophysics & Space Research, Cornell University. 110.01D High-Resolution Imaging and Modeling of Circumstellar Debris: Architectures of Planetary Systems Th e Nature of Dust-Reddened Quasars 1 1 1 2 2 111.03D Michael Fitzgerald , P. Kalas , J. R. Graham , G. Duchêne , C. Pinte Tanya Urrutia1, R. R. Becker1, M. Lacy2, M. D. Gregg1 1 2 UC Berkeley, Laboratoire d’Astrophysique, Obs. de Grenoble, France. 1UC, Davis, 2Spitzer Science Center, Caltech.

110.02 SiO Outfl ow Observations of Young Massive Stellar Objects with 111.04 A HCN and HCO+ Multi-transition Line Survey in Active Galaxies: Linearly Distributed Methanol Maser Emission AGN versus Starburst Environments 1 2 2 3 James M. De Buizer , R. Redman , P. Feldman , S. Longmore , J. Melanie Krips1, R. Neri2, S. Garcia-Burillo3, F. Combes4, S. Martin1, 4 Caswell A. Eckart5, G. Petitpas1, A. Peck1 1 2 3 4 Gemini Obs., Chile, NRC/HIA, Canada, UNSW, Australia, ATNF, 1Harvard-Smithsonian Center for Astrophysics, SMA project, 2IRAM, Australia. France, 3OAN, Spain, 4LERMA, France, 5University of Cologne, Ger- many. 110.03 Th e Likelihood of Supernova Enrichment of Circumstellar Disks Jonathan P. Williams1 Using X-rays to Probe the Physical Properties of Astrophysical Dust 1 111.05D Univ. of Hawaii. Andreea Petric1, F. Paerels1 1Columbia Univ.. 110.04 New Debris Disks Around Solar-Type Stars Imaged with the HST/ ACS Coronagraph 111.06D Dust within Central Regions of Seyfert Galaxies John E. Krist1, K. Stapelfeldt1, G. Bryden1, C. Chen2 Rajesh P. Deo1 1JPL, 2NOAO. 1Georgia State Univ.. 110.05 Modeling Scattered Light Images from a Planet-Forming Disk Hannah Jang-Condell1, A. P. Boss1 Session 112 Formation History of Galaxies 1Carnegie Inst. of Washington. AAS Oral, Monday, 10:00-11:30am, 605-07 112.01 Th e Current Mass Function of Galaxies Session 111 Dust, Starbursts and Obscured AGN Michael Pierce1, R. C. Berrington1 AAS Oral, Monday, 10:00-11:30am, 6A 1Univ. Of Wyoming. 111.01 Th e Revealing Dust: Mid-infared Diagnostics of Nuclear Activity in 112.02D High Resolution Optical Velocity Fields of LSB Galaxies and the Hickson Compact Groups Density Profi les of Dark Matter Halos Sarah Gallagher1, K. E. Johnson2, A. E. Hornschemeier3, J. C. Charl- Rachel Kuzio de Naray1 ton4, J. E. Hibbard5 1Univ. Of Maryland. 1UCLA, 2UVA, 3GSFC, 4PSU, 5NRAO.

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112.03 Structure and Formation of Massive Galaxies with Old Stellar 113.02 Color and Morphological Evolution in Galaxy Clusters since z ~ 1.5 Populations at z=1.5 Mark Brodwin1, P. Eisenhardt1, A. H. Gonzalez2, A. Stanford3, D. Elizabeth J. McGrath1, A. Stockton1 Stern1, S. Perlmutter4, SCP, NDWFS, IRAC, FLAMEX, AGES 1Inst. for Astronomy. 1JPL/Caltech, 2University of Florida, 3UC Davis, 4UC Berkeley.

112.04 New Constraints on the History of Star Formation of Elliptical 113.03D Characteristics of Megaparsec-scale Structures in the Horologium- Galaxies Reticulum of Galaxies Ricardo P. Schiavon1, G. J. Graves2, R. W. O’Connell1, S. M. Faber2 Matthew C. Fleenor1, J. A. Rose1, W. A. Christiansen1, M. Johnston- 1Univ. of Virginia, 2University of California. Hollitt2, R. W. Hunstead3, W. Saunders4 1University of North Carolina, 2University of Tasmania, Australia, 3Syd- 112.05 Th e Spatial Distributions of Globular Cluster Systems ney University, Australia, 4Anglo-Australian Observatory, Australia. Eric Peng1, M. Takamiya2, P. Cote1, M. J. West3, J. P. Blakeslee4, L. 1 5 6 Ferrarese , A. Jordan , S. Mei 113.04 A Robust Estimator of the Small Scale Galaxy Correlation Function 1NRC-HIA, Canada, 2University of Hawaii, 3Gemini Observatory, Chile, Nikhil Padmanabhan1, M. White2, D. J. Eisenstein3 4Washington State University, 5ESO, Germany, 6l’Observatoire de Paris, 1Lawrence Berkeley National Laboratory, 2University of California, France. Berkeley, 3University of Arizona.

112.06 An X-ray, IR, and Submillimeter Flare of * 113.05 Search for Fossil Groups using NVO Technologies Daniel P. Marrone1, F. K. Baganoff 2, M. Morris3, J. M. Moran4, A. Walter A. Santos, Jr.1, O. Lopez-Cruz2, D. Lindler3, T. Tamura 4, C. Ghez3, S. Hornstein3, D. Dowell5, M. W. Bautz2, G. R. Ricker2, W. N. Mendes de Oliveira1, L. Sodre, Jr.1 Brandt6, G. P. Garmire6, J. Lu3, K. Matthews7, G. Bower8, J. Zhao4, R. 1Astronomy Institute - University of Sao Paulo, Brazil, 2INAOE, Mexico, 9 Rao 3Sigma Space Corporation, 4ISAS/JAXA, Japan. 1U Chicago, 2MIT Kavli Institute, 3UCLA, 4Harvard-Smithsonian CfA, 5JPL, 6Penn State U., 7Caltech, 8UC Berkeley, 9ASIAA, Taiwan. 113.06D Mapping the Local Density and Velocity Fields David J. Radburn-Smith1 112.07 Flaring Activity of SgrA*: Adiabatic Expansion of Nonthermal 1STScI. Plasma Farhad Yusef-Zadeh1, M. Wardle2, D. A. Roberts3, C. O. Heinke1, C. D. Dowell4, W. D. Cotton5, G. C. Bower6, F. K. Baganoff 7 Session 114 Nearby Galaxies and ANGST 1Northwestern Univ., 2Macquarie University, Australia, 3Northwestern AAS Oral, Monday, 10:00-11:30am, 3B Univ. & Adler Planetarium, 4Cal Tech, 5NRAO, 6UC Berkeley, 7MIT. 114.01 Th e ACS Nearby Galaxy Survey Treasury: Overview Julianne Dalcanton1 Session 113 Galaxy Clusters I 1Univ. of Washington. AAS Oral, Monday, 10:00-11:30am, 6B 114.02 Th e ACS Nearby Galaxies Survey Treasury: Recovering Spatially 113.01D Hydrodynamic Models of AGN Feedback in Cooling Core Clusters Resolved Recent Star Formation Histories John C. Vernaleo1, C. S. Reynolds1 Evan D. Skillman1, ANGST team 1Univ. of Maryland. 1Univ. of Minnesota.

210 211 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

114.03 Th e ACS Nearby Galaxies Survey Treasury: First Age and Metallic- 115.02D Probing Binary Evolution Using the Pulsar Fossil Record ity Distributions Robert D. Ferdman1, I. H. Stairs1, M. Kramer2, M. A. McLaughlin3, Benjamin F. Williams1, J. Dalcanton1, D. Weisz2, A. Dolphin3, A. A. Faulkner2, D. C. Backer4, P. Demorest4, D. J. Nice5, M. Burgay6, Seth4, E. Skillman2, R. Covarrubias1, J. Harris3, ANGST team F. Camilo 7, N. D’Amico6, G. Hobbs8, D. R. Lorimer3, A. G. Lyne2, R. 1Univ. of Washington, 2U. Minnesota, 3Steward Observatory, 4CfA. Manchester8, A. Possenti6 1UBC, Canada, 2Jodrell Bank Obs., UK, 3West Virginia U., 4U. Califor- 114.04 Th e ACS Nearby Galaxies Survey Treasury: Th e Recent Star Forma- nia, 5Bryn Mawr College, 6INAF, Italy, 7Columbia U., 8ATNF, Australia. tion History of DDO 06 1 Daniel R. Weisz , ANGST team 115.03D X-ray Emission from Millisecond Pulsars 1Univ. of Minnesota. Slavko Bogdanov1 1Harvard University. 114.05 Modes of Star Formation in an Early Universe Laboratory: An HST/ ACS Survey of Hickson Compact Groups 115.04 New XMM Observations of the Accreting Millisecond X-ray Pulsar Jane C. Charlton1, S. C. Gallagher2, C. Gronwall1, J. English3, P. R. SAX J1808.4-3658 in Quiescence Durrell4, R. Chandar5, K. E. Johnson6, W. N. Brandt1, D. M. Elme- Craig O. Heinke1, R. Wijnands2, P. G. Jonker3, R. E. Taam1 7 1 1 8 9 green , M. Eracleous , G. P. Garmire , J. E. Hibbard , P. Hickson , A. 1Northwestern Univ., 2U. Amsterdam, Th e Netherlands, 3Utrecht U., Th e E. Hornschemeier10, S. Hunsberger1, K. A. Knierman11, A. Mayb- Netherlands. hate12, C. Mendes de Oliveira13, J. S. Mulchaey5, C. Palma1, B. C. Whitmore12, A. I. Zabludoff 11, S. G. Zonak14 1 2 3 4 115.05 Th e Distribution of Ages, Magnetic Fields and Spin Periods of Mil- Penn State Univ., UCLA, U. Manitoba, Canada, Youngstown State lisecond Pulsars Univ., 5OCIW, 6Univ. of Virginia, 7Vassar College, 8NRAO, 9Univ. of Brit- Bulent Kiziltan1, S. E. Th orsett1 ish Columbia, Canada, 10NASA Goddard, 11Univ. of Arizona, 12STScI, 1Department of Astronomy & Astrophysics, U.of California, Santa Cruz. 13Univ. of Sao Paulo, Brazil, 14Univ. of Maryland. 115.06 Big, Smart Dishes to Find Th ousands of New Radio Pulsars 114.06D Th e Star Formation Rate Density of the Local Universe from SINGG Joeri van Leeuwen1 Daniel Hanish1, G. R. Meurer1, SINGG Team 1UC, Berkeley. 1Johns Hopkins Univ.. 115.07 Th e External Pollution of GD 362: Th e Bulk Composition of an 114.07 Th e Stellar Populations in the Outer Banks of Massive Disk Galaxies Extra-Solar Asteroid? Roelof De Jong1, GHOSTS team Carl Melis1, D. Koester2, B. Zuckerman1, B. Hansen1, M. Jura1 1STScI. 1UC, Los Angeles, 2University of Kiel, Germany.

Session 115 Pulsars and White Dwarfs I Session 116 Advanced Physics in the Pre-High School AP, IB AAS Oral, Monday, 10:00-11:30am, 201 and Dual Enrollment Courses 115.01 A New Analytical Model for Bulk and Th ermal Comptonization in AAPT Invited, Monday, 10:00-11:30am, 310 Accretion Powered X-Ray Pulsars Chair, Paul Hickman1 1 2 Peter A. Becker , M. T. Wolff 1Science Education Consultant. 1George Mason University, 2Naval Research Laboratory.

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Session 117 Th e Once & Future Role of Women in Astronomy Session 119 Resource Collections and Communities Online AAPT Invited, Monday, 10:00-11:30am, 615 through ComPADRE Chair, Jill Marshall1 AAPT Special, Monday, 10:00-11:30am, 303 1UT at Austin. Chair, Bruce Mason1 1OU. 117.01 Dorrit Hoffl eit: A Century of being a Woman in Astronomy Dorrit Hoffl eit1, P. L. Gay2 119.01 Overview of the Student Collection on ComPADRE 1Yale University, 2Southern Illinois University Edwardsville. David Donnelly1 1Texas State University - San Marcos. 117.02 Women in Physics and Astronomy Rachel Ivie1 119.02 AstronomyCenter.org: Your Online Destination for Astronomy 1American Institute of Physics. Education Resources Gina Brissenden1, S. Deustua2 117.03 Th e Progress, Status, and “Roles” of Women in Astronomy 1Univ. of Arizona, 2American Astronomical Society. Lynne Hillenbrand1 1Caltech. 119.03 Physics To Go: an Outreach Digital Library Edward V. Lee1 Session 118 Nanoscale Physics in the Classroom 1American Physical Society. AAPT Special, Monday, 10:00-11:30am, 616 119.04 Th e Physics Front: Resources for High School Physics & Physical Chair, Paul W. Zitzewitz1 Science Teachers 1University of Michigan-Dearborn. Cathy M. Ezrailson1 1Texas A&M University. 118.01 National Center for Learning and Teaching in Nanoscale Science and Engineering (NCLT) 1 Session 120 Signifi cant Advances in Low Temperature Phys- Nicholas Giordano ics 1Purdue University. AAPT Special, Monday, 10:00-11:30am, 307-08 118.02 Resource Materials for Nanoscale Science and Technology Educa- Chair, Warren Hein1 tion 1AAPT. George Lisensky1 1Beloit College. 120.01 Absolute Zero Russell J. Donnelly1, D. Sheibley2, M. Belloni2, D. Stamper-Kurn3, 118.03 Small Talk: Conversations about Nanotechnology through Podcasts W. F. Vinen4 Stephanie V. Chasteen1, P. Doherty1 1University of Oregon, 2Davidson College, 3UC, Berkeley, 4University 1Exploratorium Teacher Institute. of Birminham, United Kingdom.

118.04 Nanoscale Physics Inquiry Activities 120.02 Ultracold Quantum Gases Jill N. Johnsen1 Daniel Stamper-Kurn1 1Exploratorium. 1University of California, Berkeley.

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120.03 Signifi cant Advances in Low Temperature Physics William F. Vinen1 Thomson Brooks/Cole Astronomy 1University of Birmingham, UK, United Kingdom. NEVER STOP INNOVATING!

Session 121 SPS Undergraduate Research Outreach Coming Soon! Available Now! AAPT Oral, Monday, 10:00-11:30am, 617 Available January 2007 Michael A. Seeds Michael A. Seeds Astronomy: Chair, Gary White1 Horizons: Exploring the The Solar System and 1American Institute of Physics. Universe, Tenth Edition Beyond, Fifth Edition 0-495-11358-1 0-495-01577-6 121.01 SPS Intern Contributions to ComPADRE and SOCK Katherine N. Zaunbrecher1 1University of Louisiana at Lafayette. Available February 2007 Jay M. Pasachoff and Michael A. Seeds and Alex Filippenko 121.02 Astronomy and Education Dana Backman The Cosmos: Kristen Greenholt1, S. Deustua2 Perspectives on Astronomy in the 1Society of Physics Students, 2American Astronomical Society. Astronomy New Millennium, 0-495-11352-2 Third Edition 0-495-01303-X 121.03 Studying a Quantum ‘Bounce’ David L. Sheibley1, M. Belloni1 1Davidson College. TECHNOLOGY COURSE SOLUTIONS

121.04 Microsized Objects in Optical Tweezers with Orbital Angular Mo- Enhanced WebAssign for Seeds’s Horizons mentum The reliable and easy-to-use functionality of the market-leading Kyle A. Brandenburg1 WebAssign system combines with the superior content of Seeds’s Horizons, Tenth Edition, to create the perfect homework manage- 1 Xavier University. ment solution. Also available: Horizons e-Book with Enhanced WebAssign homework system. Provide your 121.05 True Color Holography with Th ree Wavelengths students with a completely online version of the text assignable in WebAssign. 1 Jeremy R. Swearingen ™ 1 ThomsonNOW for Astronomy Xavier University. This online learning system combines interactive tutorials with student self-assessments.

121.06 Th e Eff ects of Magnetic Fields on Cooling Fans Virtual Astronomy Labs Raphael G. Cherney1 These interactive online labs focus on core concepts in astronomy. 1Brownell-Talbot School. For a demonstration of our technology solutions, visit www.thomsonedu.com/astronomy

121.07 Evaluation of a Novel Design for an Electrostatic Quadrupole Trip- let Ion Beam Lens 7TPASAAS L. R. Burns1, J. D. Bouas1, S. Matteson1, D. L. Weathers1 1Ion Beam Modifi cation and Analysis Laboratory (IBMAL) — University To order a review copy: of North Texas. Call: 1-800-423-0563 Email: [email protected] Visit us online: www.thomsonedu.com/astronomy

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MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

121.08 Packets in the Classical Asymmetric Infi nite Square Well Chair, Jordan Raddick1 Robert W. Correll1 1Johns Hopkins University. 1Davidson College. NRAO Town Meeting 121.09 Sonoluminescence at Carthage: Sound into Light Lukas K. Swanson1, D. Arion1, K. Crosby1 AAS Town Hall Meeting, Monday, 12:45-1:45pm, 6A Th is Town Meeting will inform the AAS membership about the status of 1Carthage College. key NRAO science operations and construction projects. Brief presentations will update the membership regarding: (a) Atacama Large Millimeter Array Session 122 Warner Prize for Astronomy (ALMA) construction and planning for the North American ALMA Science Plenary, Monday, 11:40am-12:30pm, Ballroom 6 Center; (b) Expanded (EVLA) construction and science commissioning; (c) science operations and instrument development plans 122.01 Th e Formation of Th e Solar System and Th e Origin of Planetary at the Green Bank Telescope (GBT); and (d) science operations and instru- Spins ment development at the Very Long Baseline Array (VLBA). At least half of Re’em Sari1 the Town Meeting will be allocated for answering audience questions. 1Caltech. Chair, K Y. Lo1 1NRAO. Extended FUSE Operations Beyond FY08 AAS Splinter Meeting, Monday, 12:30-2:00pm, 607 Session 123 Presidential Address and Awards Presentation Th e FUSE satellite has made a remarkable recovery from attitude control AAPT Invited, Monday, 1:00-2:00pm, Ballroom 6 problems in late 2004. Th e scientifi c instrument remains healthy, and pro- 1:00 Presentation by Richard Peterson of Distinguished Service Citations to vides a unique capability for far-UV spectroscopy that will not be dupli- the following recipients: cated in the foreseeable future. We seek community input on an operations Robert Beichner, North Carolina State Univ. concept that would extend FUSE operations at reduced costs beyond the John Mallinckrodt, California State Polytechnic Univ current mission horizon of September 2008. What are the primary science Deborah Rice, Kirkwood High School drivers for this time frame? What level of operations are required to support Paul Stokstad, PASCO scientifi c the science? Th e results of these discussions will likely drive automation and David and Christine Vernier, Vernier Soft ware development of concept decisions in the upcoming months as we bring the concept to NASA for consideration. 1:15 Presentation of Melba Newell Phillips Award to Cliff ord Swartz Chair, William P. Blair1 1:25 Presentation by James Stith of the American Institute of Physics Science 1John Hopkins University. Writing Award for a Work Aimed at Chileren to David Garrison, Shannon Hunt, and Jude Isabella, Editors of YES! Magazine Accessing and Using Sloan Digital Sky Survey Data 1:30 Presentation by Earl Blodgett of the SPS Outstanding Chapter Advisor Award to James Borgardt AAS Splinter Meeting, Monday, 12:30-2:00pm, 608 1:35 Presidential Address by Kenneth Heller Presentations of a few specifi c cases showing astronomers how to access data from the Sloan Digital Sky Survey, with questions and answers from Chair, Richard Peterson1 Jordan Raddick and other members of the SDSS collaboration. Th e session 1Bethel Univ.. will be similar to the session given at the summer meeting in Calgary.

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Session 124 Formation and Detection of Habitable Planets 125.01 Session Overview and AzTEC Instrument Performance AAS Special, Monday, 2:00-3:30pm, 611-12 Grant Wilson1, P. A. Ade2, I. Aretxaga3, J. Austermann1, J. J. Bock4, 3 5 5 6 2 1 D. Hughes , Y. Kang , S. Kim , J. Lowenthal , P. Mauskopf , K. Chair, Nader Haghighipour 1 1 1 Scott , M. Yun Univ. of Hawaii. 1 2 3 Chair, Karen J. Meech1 U. Massachusetts, Cardiff University, United Kingdom, INAOE, 4 5 6 1Inst. for Astronomy. Mexico, Caltech, Sejong University, Republic of Korea, Smith College. 125.02 AzTEC Observations of the SHADES Fields at λ=1.1mm 124.01 Th e Limits of Organic Life in Planetary Systems 1 2 John Baross1 Mark Halpern , J. Dunlop , SHADES and AzTEC consortia 1 2 1University of Washington. UBC, Canada, Institute for Astronomy, United Kingdom. AzTEC COSMOS Survey 124.02 What Comets Tell us About Prebiotic Chemistry in Protoplanetary 125.03 Min Su Yun1, P. A. Ade2, I. Aretxaga3, J. Austermann1, J. J. Bock4, D. Disks 3 5 5 6 2 1 Karen Meech1 Hughes , Y. Kang , S. Kim , J. Lowenthal , P. Mauskopf , K. Scott , G. Wilson1 1Institute for Astronomy, University of Hawaii. 1Univ. of Massachusetts, 2Cardiff University, United Kingdom, 3INAOE, 4 5 6 124.03 Planetary Environmental Signatures for Habitability and Life Mexico, Caltech, Sejong University, Republic of Korea, Smith College. Victoria Meadows1 1Spitzer Science Center. 125.04 A Deep AzTEC Map of the GOODS-North Field Douglas Scott1, E. Chapin1, I. Aretxaga2, J. Austermann3, K. Cop- pin1, M. Crowe1, L. Frey1, A. Gibb1, M. Halpern1, D. Hughes2, Y. 124.04 Detection of Habitable Planets Kang4, S. Kim4, J. Lowenthal5, T. Perera3, A. Pope1, K. Scott3, G. Wesley A. Traub1 Wilson3, M. Yun3 1JPL. 1University of British Columbia, Canada, 2INAOE, Mexico, 3University of 4 5 124.05 Habitable Planet Formation; A Review of Current Status Massachusetts, Sejong University, Republic of Korea, Smith College. Nader Haghighipour1 An AzTEC 1.1mm Survey of a Highly-biased Extragalactic Field 1Institute for Astronomy, University of Hawaii. 125.05 - Tracing Accelerated Galaxy Formation at z~3.8 towards 4C41.17 David Hughes1, P. A. Ade2, I. Aretxaga1, J. Austermann3, J. J. Bock4, Kepler Mission Development 124.06 J. Dunlop5, E. Gaztanagal1, R. Ivison5, Y. Kang6, S. Kim6, J. Lowen- William J. Borucki1, D. Koch1, N. Batalha2, T. Brown3, D. Caldwell4, thal7, P. Mauskopf2, A. Montana1, M. Plionis1, K. Scott3, I. Smail8, J. J. Christensen-Dalsgaard5, E. Dunham6, T. Gautier7, J. Geary8, R. Stevens9, J. Wagg1, G. Wilson3, M. Yun3 Gilliland9, J. Jenkins4, D. Latham8, D. Monet10 1Inst. Nacional de Astrofi sica, Optica y Electronica, Mexico, 2Cardiff U., 1NASA/Ames, 2San Jose State Univ., 3Las Cumbres Obs., 4SETI Inst., UK, 3U. Massachusetts, 4Caltech, 5IoA, Royal Obs., UK, 6Sejong U., Re- 5Aarhus Univ., Denmark, 6Lowell Obs., 7JPL, 8SAO, 9STScI, 10USNO. public of Korea, 7Smith College, 8U. Durham, UK, 9U. Hertfordshire, UK. Session 125 Galactic and Extragalactic Surveys Using AzTEC AAS Special, Monday, 2:00-3:30pm, 204

Chair, Gary Davis1 1Joint Astronomy Centre.

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Session 126 Job Applicants: Top 10 Questions You Should Ask 127.04D Observations of Intermediate Mass Stars and their Circumstellar AAS Special, Monday, 2:00-3:30pm, 201 Environments with Nulling Interferometry 1 Chair, Anita Krishnamurthi1 Wilson M. Liu 1 1NASA’s GSFC. Univ. of Arizona.

Chair, Kirk Borne1 127.05 Infrared Emission from Aliphatic and Aromatic Hydrocarbons in 1 Cool Radiative Environments George Mason University. Gregory C. Sloan1, M. Jura2, W. W. Duley3, K. E. Kraemer4, L. D. Keller5, B. A. Sargent6, A. Li7, J. Bernard-Salas1, W. J. Forrest6, J. D. 126.01 AAS Committee on Employment Panel Introduction Green6, C. J. Bohac6, D. M. Watson6, J. R. Houck1 Kirk Borne1, M. N. Fanelli2, L. J. Storrie-Lombardi3, A. Krish- 1Cornell Univ., 2UCLA, 3Univ. Waterloo, Canada, 4Air Force Research namurthi4 Lab., 5Ithaca College, 6Univ. Rochester, 7Univ. Missouri. 1George Mason University, 2Texas Christian Univ., 3Caltech, 4NASA’s GSFC. Session 128 Education Across the Spectrum Session 127 Circumstellar Disks: Not So Early AAS Oral, Monday, 2:00-3:30pm, 605-07 AAS Oral, Monday, 2:00-3:30pm, 608-10 128.01 Johannes Kepler’s Intelligent Design Paul M. Wallace1 1Berry College. 127.01 HST/ACS Coronagraphic Observations of the HD 163296 Circum- stellar Disk 1 1 2 3 4 128.02 Is Debunking Intelligent Design an Eff ective Approach to Teaching? John P. Wisniewski , M. Clampin , C. Grady , D. Ardila , H. Ford , 1 2 D. Golimowski4, G. Illingworth5, J. Krist6, HST ACS Science Team Alex Storrs , T. F. Slater , CAPER team 1 2 1NASA GSFC, 2Eureka Scientifi c/NASA GSFC, 3Spitzer Science Center, Towson Univ., Univ. of Arizona. 4JHU, 5Lick Observatory, 6JPL. 128.03 And now... Equations! Ran Sivron1 127.02 Th e Circumstellar Environment of HD 97048: HST/ACS Scattered- 1 Light Imaging and Dust Modeling Baker Univ.. Ryan L. Doering1, M. Meixner2, S. T. Holfeltz2, J. E. Krist3, D. R. Ardila4, I. Kamp5, M. C. Clampin6, S. H. Lubow2 128.04 Using Streaming Video in Delivery of an On-Line Astronomy Course Terrence F. Flower1 1Univ. of Illinois, Urbana, 2STScI, 3Jet Propulsion Laboratory, 4Spitzer 1College of St. Catherine. Science Center/IPAC, 5ESA/STScI, 6NASA Goddard Space Flight Center. “Workshop Astronomy” at Dickinson College Models of Be Star Disks Constrained by Long-baseline Interferom- 128.05 127.03 Windsor A. Morgan, Jr.1 etry 1 Christopher Tycner1, C. E. Jones2, T. A. Sigut2, L. Th omson2, A. Dickinson College. Molak2 Integrating Observatories and Planetaria into Survey Astronomy 1U.S. Naval Observatory, 2Univ. of Western Ontario, Canada. 128.06 Laboratory Curricula Michael N. Fanelli1 1Texas Christian Univ..

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128.07 A Study of 8th Grade Students Learning the Moon’s Phases Using 130.01 Th e Hertz/SMT Submillimeter Polarimeter Various Multimedia Platforms David T. Chuss1, D. J. Benford1, S. H. Moseley1, J. G. Staguhn1, G. Timothy Young1, M. Guy1 M. Voellmer1, E. J. Wollack1, M. Krejny2, G. Novak2, C. Y. Drouet 1Univ. of North Dakota. d’Aubigny3, D. R. Golish3, C. Kulesa3, C. K. Walker3, R. F. Loewen- stein4 1 2 3 4 Session 129 Galaxy Clusters II NASA’s GSFC, Northwestern University, University of Arizona, Yerkes AAS Oral, Monday, 2:00-3:30pm, 6B Observatory, University of Chicago. 129.01 Th e Clustering of Galaxy Groups: Dependence on Mass and Other 130.02 SHARP: Th e SHARC-II polarimeter at the Caltech Submillimeter Properties Observatory Andreas A. Berlind1 John E. Vaillancourt1, M. Attard2, C. D. Dowell3, R. H. Hildebrand4, 1New York Univ.. M. Houde2, L. Kirby4, M. Krejny5, H. Li6, G. Novak5, H. Shinnaga7 1Caltech, 2U. Western Ontario, Canada, 3JPL/Caltech, 4U. Chicago, 129.02D Th e Equilibrium Structure of Dark Matter Halos in a Λ-Dominated 5Northwestern, 6Harvard-Smithsonian CfA, 7CSO. Universe 1 1 1 Michael T. Busha , A. E. Evrard , F. C. Adams 130.03 Gemini North Laser Adaptive Optics Performance: First Science 1Univ. Of Michigan. Data Chadwick A. Trujillo1, F. Rigaut1, D. Gratadour1, M. Bec1, T. Beck1, 129.03D Environment, Kinematics, & Star Formation History of Infalling S. Chan1, A. Matulonis1, G. Trancho1, B. Walls1, A. Stephens1, M. [OII] Emitters in z=0.4 cluster Abell 851 Boccas1, K. Grace1, P. Gundu1, C. d’Orgeville1, M. Sheehan1, J. Taro Sato 1, C. L. Martin1 White1, K. White1, R. Wyman1, G. Herriot2, J. Veran2 1UC, Santa Barbara. 1Gemini Obs., 2NRC-HIA, Canada.

129.04 Simulating Cosmic Reionization from Pop II and III Stars 130.04 Progress Report on GISMO, a 2 mm Bolometer Camera Optimized Hy Trac1, R. Cen1 for the Study of High Redshift Galaxies 1Princeton University. Johannes Staguhn1, D. Benford1, C. Allen1, S. Moseley1, T. Ames1, R. Arendt1, W. Brunswig2, D. Chuss1, E. Dwek1, A. Kovacs3, S. 129.05 A z=0.45 DLA With Only Weak MgII Absorption? Maher1, C. Marx1, T. Miller1, S. Navarro2, E. Sharp1, A. Sievers2, G. Th erese Jones1, J. C. Charlton1, A. C. Mshar1, G. J. Ferland2, P. C. Voellmer1, E. J. Wollack1 Stancil3 1NASA’s GSFC, 2IRAM, Spain, 3MPIfR, Germany. 1Penn State Univ., 2University of Kentucky, 3University of Georgia. 130.05D A Survey of 3.3 Micron PAH Emission Using FLITECAM 129.06D From Galaxy Clustering to Dark Matter Clustering Erin C. Smith1 Jaiyul Yoo1, D. H. Weinberg1 1UCLA. 1Th e Ohio State Univ.. 130.06 High Contrast and Extreme AO Experiments on the Palomar Hale Telescope Session 130 Instrumentation for Ground-Based and Airborne 1 Observatories Gene Serabyn 1JPL. AAS Oral, Monday, 2:00-3:30pm, 3B

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Session 131 Pulsars and White Dwarfs II 131.08D Energetic Outfl ows from Young Neutron Stars AAS Oral, Monday, 2:00-3:30pm, 3A Joseph Gelfand1 1 131.01 Spitzer Space Telescope Observations of SGR and AXP Environ- Harvard Univ.. ments Stefanie Wachter1, C. Kouveliotou2, S. Patel3, D. Figer4, P. Woods5 Session 132 UDF, GOODS and High Redshift Galaxies 1Caltech, 2MSFC, 3NSSTC/USRA/MSFC, 4Rochester Institute of Technol- AAS Oral, Monday, 2:00-3:30pm, 613-14 ogy, 5Dynetics. 132.01 Evolution of the Rest-Frame UV LF from z~8 to z~4 Rychard Bouwens1, G. D. Illingworth1 131.02 Deep Searches for Radio Pulses and Bursts from AXPs 1 Fronefi eld Crawford, III1, J. W. Hessels2, V. M. Kaspi3 UC, Santa Cruz. 1Franklin & Marshall College, 2Astronomical Institute “Anton Pan- Spitzer/IRAC Confi rmation of z850-dropout Galaxies in the 3 132.02 nekoek”, University of Amsterdam, Th e Netherlands, McGill University, Hubble Ultra Deep Field: Stellar Masses and Ages at z~7 Canada. Ivo F. Labbe1, R. Bouwens2, G. Illingworth2, M. Franx3 1OCIW, 2UCSC/Lick, 3Leiden Observatory, Th e Netherlands. 131.03 Observational Implications of a Fall-back Crust around a Quark- nova Compact Remnant: Application to AXPs and SGRs 16 micron Imaging of the GOODS Fields 1 1 1 132.03 Denis A. Leahy , R. Ouyed , B. Niebergal Harry I. Teplitz1, R. Chary1, J. W. Colbert1, B. Siana1, D. Elbaz2, M. 1Univ. of Calgary, Canada. Dickinson3, C. Papovich4 1Spitzer Science Center, 2Saclay, France, 3NOAO, 4UA. 131.04 of Compact Objects 1 1 Patrick B. Cameron , S. R. Kulkarni 132.04D Exploring the Optical and Infrared Evolution of Galaxies Since z=1 1Caltech. Jason Melbourne1 1UC, Santa Cruz. 131.05 SPITZER IRS Spectroscopy of Highly-Obscured X-ray Binaries 1 2 3 4 5 Dae-Sik Moon , D. L. Kaplan , W. T. Reach , F. A. Harrison , J. Lee 132.05 Revisiting the Hubble Sequence : Comparative Studies with Sloan 1University of Toronto, Canada, 2MIT, 3Spitzer Science Center, 4Caltech, Digital Sky Survey and the Hubble Ultra Deep Field 5UCLA. Preethi Nair1, R. G. Abraham1 1University of Toronto, Canada. 131.06 Cool Companions of White Dwarfs from 2MASS 1 1 2 3 D W. Hoard , S. Wachter , L. K. Sturch , A. M. Widhalm , K. P. Wei- 132.06 Discovery of a galaxy at redshift 6.96 and its implications on galaxy ler4, J. W. Wellhouse3, M. Gibiansky2 formation era 1California Institute of Technology, 2Harvey Mudd College, 3New Mexico Masanori Iye1, K. Ota2, N. Kashikawa1 State University, 4DePaul University. 1National Astronomical Obs., Japan, 2University of Tokyo, Japan.

131.07 Pulsar Timing and Gravitational Wave Detection: Current Status 132.07 Th e Advanced Camera Galaxy Redshift Survey and Future Prospects Brenda L. Frye1, N. Benitez2, D. Coe2, H. Ford3, D. Bowen4, G. Il- Fredrick Jenet1 lingworth5, P. Guhathakurta5, M. Franx6, ACS Science Team 1Center for Gravitational Wave Astronomy/Univ. of Texas at Browns- 1Dublin City Univ., Ireland, 2Instituto de Astrofi sica de Andalucia, Spain, ville. 3JHU, 4Princeton, 5UC Santa Cruz, 6Leiden Univ., Netherlands Antilles.

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132.08 IRAC-selected Extremely Red Objects in the GOODS Fields Session 134 Recruiting the Next Generation of Physics Teachers 1 Monday, 2:00-3:30pm, 310 Haojing Yan , GOODS Team AAPT Invited, 1Carnegie Observatories. Chair, Paul Hickman1 1Science Education Consultant. Session 133 YSOs and Early Type Stars AAS Oral, Monday, 2:00-3:30pm, 6A 134.01 Recruiting the Next Generation of Physics Teachers: National Con- cerns 133.03D Molecular Clouds and Star Formation: A Multi-wavelength Study of Th eodore Hodapp1 Perseus, , and Ophiuchus 1American Physical Society. Melissa Enoch1 1Caltech. Session 135 Student Diffi culties with Mathematics in Upper- 133.02 SMA Observations of IRDC Cores: An Active Hot Core and a Qui- Division Physics escent Cold Core AAPT Invited, Monday, 2:00-3:30pm, 307-08 James M. Jackson1, J. Rathborne2, E. Chambers1, Q. Zhang2, R. Simon3 Chair, Edward Redish1 1Boston Univ., 2Center for Astrophysics, 3University of Cologne, Germany. 1University of Maryland. VLBA Determination of the Distance to Taurus and Ophiuchus 133.03 Easing the Transition to Upper-division Physics with 1% Precision 135.01 Corinne Manogue1, Paradigms in Physics Laurent Loinard1 1Oregon State University. 1Centro de Radioastronomia y Astrofi sica, UNAM, Mexico. Investigating Student Connections Between Mathematics and Th er- Long-term Infrared Variability of FU Ori- and EX Lup-type Stars 135.02 133.04 mal Physics Agnes Kospal1, P. Abraham2, D. Ardila3 John R. Th ompson1 1Konkoly Obs./Caltech, 2Konkoly Observatory, Hungary, 3Caltech. 1University of Maine. X-ray Variability in the Young Massive Triple θ2 Ori A 133.05 Students’ Construction of Understanding of Abstract Vector Spaces Norbert S. Schulz1, P. Testa1, D. P. Huenemoerder1, K. Ishibashi1, C. 135.03 Th omas J. Bing1 R. Canizares1 1University of Maryland. 1Kavli Institute for Astrophysics and Space Research, MIT.

133.06D Metallicity-Induced Fragmentation and the Transition from Pop III Session 136 Physics Teaching Around the World to Pop II AAPT Oral, Monday, 2:00-3:30pm, 619 Britton D. Smith1, S. Sigurdsson1 1 Pennsylvania State Univ.. Chair, Gordon Ramsey1 1Argonne Nat’l Lab.. 133.07 Quantitative Analysis of Resolved X-ray Emission Line Profi les of O Stars Teaching Gravitational Wave Astronomy in China David H. Cohen1, M. A. Leutenegger2, A. ud-Doula3, S. P. Owocki3 136.01 Robert J. Stone1 1Swarthmore College, 2Columbia U., 3Bartol Research Inst., U. Delaware. 1University of Texas-Brownsville.

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136.02 Fift h Global Colloquium on Engineering Education 137.02 Building the CHEPREO Undergraduate Learning Community Gerhard L. Salinger1 Laird H. Kramer1, G. O’Brien1, P. Pamela1, J. M. Saul1 1National Science Foundation. 1Florida International University.

136.03 A Model for Bilingual Physics Teaching: “Th e Feynman Lectures” 137.03 SiO Maser Monitoring at the University of Minnesota, Morris Heqing W. Metzner1 Gordon McIntosh1 1Tangshan Teachers College Physics Department, China. 1University of Minnesota, Morris.

136.04 Implementing active-learning strategies to improve physics learn- 137.04 Correlation of R Cassiopeia’s SiO Maser Properties ing in Latin America Anne Hayes1, G. McIntosh1 Hugo Alarcon1, G. Zavala1, R. Fernandez2, J. Benegas3 1University of Minnesota, Morris. 1TecnolÃ3gico de Monterrey, Campus Monterrey, Mexico, 2Universidad Catolica del Norte, Chile, 3Universidad Nacional de San Luis, Argentina. 137.05 Orbital Parameters of R Aquarii Gustav Rustan1, G. McIntosh1 136.05 A Masterclass in Particle Physics for High School Students 1University of Minnesota, Morris. Kenneth Cecire1, T. Entwistle2 1Hampton University, 2Ward Melville High School. 137.06 Superhumps and Period Variability of V795 Her Daniel R. Malutich1, R. P. Olenick1, I. B. Voloshina2 136.06 Assessing Teaching Med-Nursing Physics Replacing Introductory 1University of Dallas, 2Moscow State University, Russian Federation. Physics in Nursing College 1 1 1 Wen-Ruey Wang , Y. Lin , K. Chen Professional Concerns of Women in Physics Crackerbarrel 1 Central Taiwan University of Science and Technology, (CTUST), Taic- AAPT Crackerbarrel, Monday, 2:00-3:30pm, 615 hung, Taiwan, Taiwan. Chair, Dean Hudek1 136.07 Ten Years of GLAPHI Method Developing Scientifi c Research Abili- 1Brown University. ties Hector R. -Carrillo1 Session 138 Hypervelocity Stars 1 Universidad Autonoma de Zacatecas, Mexico. Plenary, Monday, 3:40-4:30pm, Ballroom 6 138.01 Hypervelocity Stars Ejected from the Galactic Center Session 137 Undergraduates Research Astronomy and Physics Warren R. Brown1 AAPT Oral, Monday, 2:00-3:30pm, 616 1Smithsonian Astrophysical Observatory. Chair, Chris D. Impey1 1Univ. of Arizona. Session 139 Probing the Gas Content of Galaxy Groups: A Radio Perspective 137.01 Demonstration of Electrostatic Orbits in Weightlessness Plenary, Monday, 4:40-5:30pm, Ballroom 6 John Janeski1, K. Andring1, S. Banerjee1, D. Campbell1, D. Keedy1, B. Hoff meister1, S. Quinn1 139.01 Probing the Gas Content of Galaxy Groups: A Radio Perspective 1 1Rhodes College. Eric M. Wilcots 1Univ. of Wisconsin.

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Session 140 Hot Topics in Nanoscience 141.04 Understanding the Atomic-Scale World with the Molecular Work- AAPT Invited, Monday, 6:00-8:00pm, 616 bench 1 Chair, Melissa Eblen-Zayas1 Robert F. Tinker 1 1Carleton College. Th e Concord Consortium.

140.01 Nanoelectronic Devices - What We Can Do and Why It’s Fun Session 142 Women Using Physics: Alternative Career Paths Douglas Natelson1 AAPT Invited, Monday, 6:00-8:00pm, 615 1Rice University. Chair, Margaret Hill1 1Southeast Missouri State University. 140.02 Atomic Scale Friction and Microscale Machines: Th ese Squeaky Wheels will get no Grease. Jacqueline Krim1 142.01 Refl ections on a Career in Radio Science Irene C. Peden1 1North Carolina State University. 1University of Washington. 140.03 Voyage at the Nanoscale Gregory J. Salamo1 142.02 Women Using Physics: Alternate Career Paths, Th e Private Sector Jessica Tams1 1University of Arkansas. 1FUN Technologies.

Session 141 Learning Sciences and Learning Technologies: A 142.03 Physics in Aerospace and Military Applications Convergence Hong Tat1 AAPT Invited, Monday, 6:00-8:00pm, 303 1Boeing Company. Chair, S. R. Chaudhury1 1Christopher Newport University. Session 143 Electronic Journaling: Fostering Refl ection and Building Community 141.01 Th e Mathematics of Motion in Middle School: Findings from a AAPT Special, Monday, 6:00-8:00pm, 310

Large Scale Study 1 Jeremy Roschelle1 Chair, Ingrid Novodvorsky 1 1SRI International. University of Arizona. Connecting Master Teachers to Build a Community of Support for 141.02 Supporting Classroom Interaction with Networked Tablet PCs 143.01 Richard Anderson1 Teachers of Physics Paul Hickman1, M. Fetters2 1Univ. of Washington. 1Science Education Consultant, 2Western Michigan University. 141.03 Technology-Enhanced Learning in Science (TELS) Marcia Linn1 143.02 Interactive, Collaborative, Electronic Learning Logs in the Physics Classroom 1UC, Berkeley. Chris Gosling1 1Saranac Lake High School / SUNY Buff alo State.

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Session 144 Bringing Physics by Inquiry to K-12 Classrooms, Session 145 Students’ Use of Mathematics in Physics Contexts Part I AAPT Oral, Monday, 6:00-8:00pm, 307-08 AAPT Oral, Monday, 6:00-8:00pm, 211 Chair, Francis Tam1 Chair, Peter Shaff er1 1Frostburg State Univ.. 1Univ. of Washington. 145.01 Do We Need Remedial College Math Courses? 144.01 Teaching Inquiry Science in the Elementary-school Classroom Anne O. Hughes1, D. Khatri1 Dan Jordan1, D. L. Messina2, L. C. McDermott2 1University of the District of Columbia. 1Olympic View Elementary School, 2University of Washington. 145.02 Equations In Science: Are Th ey Hindering the Development of 144.02 Bringing Inquiry Science to K-5 Classrooms Reasoning Skills? Paula L. Schachtel1, D. L. Messina2, L. C. McDermott2 Suzanne White Brahmia1 1Seattle Public Schools, 2University of Washington. 1Rutgers University.

144.03 Teaching Inquiry Science in the Middle-school Classroom 145.03 Connecting Math and Motion: A Covariational Approach Eleanor I. Martino1, D. L. Messina2, L. C. McDermott2 Robert J. Culbertson1, A. S. Th ompson1 1Seattle Country Day School, 2University of Washington. 1Arizona State University.

144.04 Assessing an inquiry-oriented mechanics unit for high school stu- 145.04 Principles of Covariation in the Introductory Physics Classroom dents Adam S. Th ompson1, R. J. Culbertson1 Michael P. O’Byrne1, M. R. Stetzer2, L. C. McDermott2 1Arizona State University. 1Interlake High School, 2University of Washington. 145.05 Teaching Kinematics as a Way to understand Calculus and Graphs 144.05 Adapting an Inquiry-oriented Kinematics Curriculum for High Genaro Zavala1, H. Alarcon1 School Students* 1Tecnologico de Monterrey, Mexico. Matthew D. Randall1, M. R. Stetzer2, L. C. McDermott2 1College of Education, University of Washington, 2University of Washing- 145.06 Student Understanding of Probability and Introductory Statistical ton. Physics in Upper-division Courses on Th ermal Physics Michael E. Loverude1 144.06 An Inquiry-oriented Mechanical Waves Unit for High School Stu- 1California State University Fullerton. dents* Th omas J. Knapton1, R. G. Piccioni1, M. Kryjevskaia2, L. C. McDer- 145.07 Student Solutions to First-Order Diff erential Equations in Interme- mott2 diate Mechanics 1 1 1Garfi eld High School, 2University of Washington. Michael C. Wittmann , K. E. Black 1University of Maine. 144.07 Adapting an electric circuits curriculum for the high school class- room 145.08 Using Mathematics to Inform Conceptual Reasoning about Quan- Scot A. Hovan1, M. R. Stetzer2, L. C. McDermott2 tum Tunneling 1 2 1Mahtomedi High School, 2University of Washington. Jeff rey T. Morgan , M. C. Wittmann 1University of Northern Iowa, 2University of Maine.

236 237 MONDAY Events, Sessions and Paper Titles MONDAY Events, Sessions and Paper Titles

Session 146 Apparatus for Astronomy Education Future of NASA Scientifi c Ballooning in Astronomical Research AAPT Poster, Monday, 6:00-8:00pm, 617 AAS Splinter Meeting, Monday, 6:00-8:00pm, 6A Chair, M. A. H. Klassen1 Since the dawn of space science, scientifi c ballooning has been a key re- 1Swarthmore College. search tool and advances in the capability of ballooning can keep it at the forefront of research. Balloon payloads can incorporate cutting edge 146.01 Teaching Astronomy at Columbus State University using Small technologies that are not yet ready for a space mission. Balloon platforms Radio Telescopes provide a cost eff ective means to test and demonstrate these new technolo- Zodiac T. Webster1 gies in a space environment. Ballooning has oft en been the pathfi nder major 1Columbus State University. space missions and made early results available years in advance. Balloon payloads have also been one of the most important training grounds for the 146.02 Experimental and Th eoretical Challenges of Creating Electrostatic next generation of instrumentalists. Th is session is to update the community Orbits in Weightlessness on new developments in the balloon program and seek input from the com- Kevin W. Andring1, B. Hoff meister1, S. Banerjee1, J. Janeski1, S. munity on the future for this important community resource. Quinn1, D. Keedy1, D. Campbell1 Chair, Jack Tueller1 1Rhodes College. 1NASA’s GSFC. 146.03 Using Microsoft PowerPoint as an Astronomical Image Analysis Tool Meet JWST Reception and Talks Bernhard Beck-Winchatz1 AAS Town Hall Meeting, Monday, 6:15-9:00pm, 6E 1DePaul University. Northrop Grumman, Goddard Space Flight Center, and the Space Telescope Science Institute are pleased to invite you to a reception and series of talks 146.04 Simulating the Nature of Science: Cosmology Distilled to allow you to meet many of the key people responsible for the develop- 1 Tim Erickson ment of the James Webb Space Telescope (JWST) and to hear them discuss 1 eeps media. compelling aspects of the mission. Th e reception will be held in the lobby of Room 6E at 6:15-7:00pm Monday evening, January 8. Th e JWST talks are CTIO Blanco Telescope Dark Energy Camera from 7-8pm, and then the reception continues from 8-9pm. AAS Splinter Meeting, Monday, 6:00-7:30pm, 611 Th e organized presentations will cover JWST’s scientifi c promise and Th e 0.5 Gpixel Dark Energy Camera is expected to be commissioned on the technology challenges. Th ese will include introductions by Maureen Heath, Blanco telescope in 2010. With a 2 degree diameter fi eld and red- sensitive Northrop Grumman VP for Civil Space, and Ed Weiler, GSFC Director. CCDs it will provide a major increase in capability over the present Mosaic John Mather, JWST Senior Project Scientist and Nobel Laureate, will speak Imager. Th e camera will come with SDSS g,r,i,z fi lters which will be used to on lessons learned from COBE and the Science of JWST. Bob Giampaoli, carry out the Dark Energy Survey, this can be thought of as a “super Sloan” Northrop Grumman Chief Engineer, will describe the challenges of deploy- imaging survey of 5000 sq. degrees of the southern sky. In this meeting the ing the JWST optics and sunshield. Mark Clampin, Observatory Project capabilities of the camera and the data products resulting from the Dark Scientist, will present the status of the key enabling technologies. Comments Energy Survey will be briefl y described. Community comment is sought: in and questions will be welcome. particular input is desired on what additional fi lters should be provided, so Tours of the JWST full scale model will be held throughout the four day that a priority list can be developed. AAS meeting. Tours will not be given during the Meet JWST Event. Chair, Alistair R. Walker1 Chair, Peter Stockman1 1CTIO. 1STScI.

238 239 MONDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

Graduate Student - Employer Networking TUESDAY AAS Event, Monday, 6:30-7:30pm, N. Galleria Lobby - 2nd Floor Graduate students and those hoping to recruit them for employment in re- Speaker Ready Room search, academia or industry are welcome to attend this evening networking Attendee Services, Tuesday, 7:30am-6:00pm, 603-04 event. Th e chair of the Employment Committee will be present to discuss See Saturday’s listing for AV instructions. the activities of the employment committee and how graduate students can benefi t from them as well as briefl y introducing the recruiters present. Tickets are required and are available free of charge to grad students and Registration recruiters through the meeting registration form and will be placed in their Attendee Services, Tuesday, 8:00am-5:00pm, South Lobby registration envelope. Light snacks and refreshments will be provided. Orga- nizations hoping to recruit graduate students may reserve poster display for Cyber Café a small fee. Contact [email protected] for further details. Attendee Services, Tuesday, 8:00am-6:30pm, South Lobby Chair, Anita Krishnamurthi1 See Sunday’s listing for details. 1 NASA’s GSFC. Chair, Scott Idem1 1American Astronomical Society. Herschel: Th e Coming of Observing Opportunities AAS Splinter Meeting, Monday, 7:00-9:30pm, 605-07 Session 147 Supernova Neutrino Astrophysics Th e NASA Herschel Science Center is hosting this session to provide up to Plenary, Tuesday, 8:30-9:20am, Ballroom 6 date information on the capabilities and status of Herschel, the 4th Corner- stone Mission of the European Space Agency, with NASA participation. Th e Supernova Neutrino Astrophysics and Associated Nucleosynthesis fi rst announcement of opportunity for Herschel observing proposals -- Key 147.01 Wick Haxton1 Programs -- will be issued soon. Th is opportunity will be discussed, as will 1University of Washington. the role of the NASA Herschel Science Center for US-based investigators, including data analysis funding for successful proposals. Session 148 Poster Session III Chair, William B. Latter1 AAPT Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1IPAC/Caltech. 148.01 Exploring Systematic Error With Digital Video M. A. H. Klassen1, P. C. Bloom2 1Swarthmore College, 2North Central College.

148.02 100% Online College Physics at Chemeketa Community College Erik L. Jensen1 1Chemeketa Community College.

148.03 Eff ect of a Web-based Tutoring System on Introductory Physics Students* Tom Carter 1, T. Smith2, M. Wittman2 1College of DuPage, 2University of Maine.

240 241 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

148.04 Bibliographic Research Projets 148.14 Preparation for Physics Redux Carlos Delgado1 Edward Adelson1 1Community College of Southern Nevada. 1Th e Ohio State University.

148.05 Characteristics of the General Physics student population. 148.15 Fostering Critical Th inking in a First Year Seminar Course Gary L. Hunt1 Jennifer Blue1, B. A. Taylor1, J. Yarrison-Rice1 1Boise State University. 1Miami University.

148.06 Intervention activities to improve the reasoning ability of students 148.16 Crash Videos Spark Inelastic Collisions Interest at risk in introductory physics George R. Bart1 Vincent P. Coletta1, J. Phillips1 1Truman College. 1Loyola Marymount University. 148.17 Interactive Low Tech Lecture Demos for Introductory Physics 148.07 Bachelor of Science in Medical Physics Program at Ryerson Univ. Marina M. Milner-Bolotin1 Tetyana Antimirova1 1University of British Columbia, Canada. 1Ryerson University, Canada. 148.18 Using Students’ Design Tasks to Develop Scientifi c Abilities* 148.08 Does it Matter Where You Sit? Xueli Zou1 Brian A. Pyper1, S. Th ompson1 1California State University, Chico. 1BYU-Idaho. 148.19 Refl ection Shadows: An Unusual Example for Elementary Ray 148.09 Peer-assessment of Homework Using Rubrics Optics Sahana Murthy1 Lee C. Widmer1 1Massachusetts Institute of Technology. 1University of Cincinnati.

148.10 Seeing Physics Outside the Classroom Th rough Journal Writing 148.20 Th e Eff ect of Uncertainty Focused Laboratory Instruction on Un- J. Johanna Hopp1 dergraduate Students 1University of Wisconsin Stout. Kwangmoon Shin1, J. Lee1, Y. Kang1, S. Lee1 1Seoul National University, Republic of Korea. 148.11 Path Integral Understanding in the Context of the Electromagnetic Th eory 148.21 Measuring Systematic Errors With Curve Fits Maria D. Gonzalez1 Mark E. Rupright1 1NMSU. 1Florida Atlantic University.

148.12 Using Case Studies in Calculus-based Physics 148.22 Opto-Mechanical Integration Debora M. Katz1 Jenny Magnes1, D. Burt1, J. Hartke1 1USNA. 1U.S. Military Academy.

148.13 Results From the CHEPREO Undergraduate Learning Community Laird H. Kramer1, G. O’Brien1, P. Pamela1, J. M. Saul1 1Florida International University. 242 243 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

148.23 Extending the Rubber Band Lab for Upper Division Th ermodynam- 149.01 Redshift Studies of Scintillating and Non-scintillating Extragalac- ics Courses. tic Radio Sources: Direct Detection of the Ionized Intergalactic Stephen C. Hall1, K. T. Gimre1, K. H. Gimre1, E. A. Townsend1 Medium? 1Pacifi c University. Roopesh Ojha1, T. Pursimo2, D. L. Jauncey3, J. E. Lovell3, J. Mac- quart4, M. S. Dutka5 148.24 Teaching Electromagnetic Waves in College Physics Laboratory 1USNO, 2Nordic Optical Telescope, Spain, 3ATNF, Australia, 4Caltech, Roman Y. Kezerashvili1, L. Leng1 5University of Maryland. 1Physics Department, New York City College of Technology, CUNY. 149.02 Scintillating and Nonscintillating AGNs: Th eir Structure and Inter- 148.25 Sensitive Altimeter; A Basic Electronics Project for Undergraduates galactic Scattering Harry E. Bates1, J. Klupt1, C. Bolling1, M. J. Earle1, B. P. Hofmann1, T. J. Lazio1, R. Ojha2, A. Fey2, L. Kedziora-Chudczer3, J. Cordes4, D. J. Osman1, J. L. Sunderland1, M. Vincent1 Jauncey5, J. Lovell5 1Towson University. 1NRL, 2USNO, 3U. Sydney, Australia, 4Cornell U., NAIC, 5ATNF, Australia.

148.26 Classical Mechanics Laboratory 149.03 Radio Emission on Subparsec Scales from the Intermediate-Mass Juliet W. Brosing1 Black Hole in NGC4395 1Pacifi c University. J. M. Wrobel1, L. C. Ho2 1NRAO, 2OCIW. 148.27 Static Friction - Unsung Hero of Everyday Introductory Biome- chanics 149.04 Bayesian Quasar Classifi cation in the Optical/Mid-IR Nancy Beverly1 Gordon T. Richards1, R. Brunner2, A. Gray3, M. Lacy4, A. Myers2, R. 1Mercy College. Nichol5, R. Riegel3 1Drexel Univ., 2Illinois, 3Georgia Tech, 4SSC, 5Portsmouth, UK. 148.28 Th e Scientifi c Method in a Cup Bradley W. Carroll1, M. B. More1 149.05 A Relation Between the Mid-Infrared [NeV]λ14.3μm and 1Weber State University. [NeIII]λ15.6μm Lines in Active Galactic Nuclei Charles R. Lawrence1, V. Gorjian1, K. Cleary1, M. W. Werner1 148.29 Building a Gravitational Analogy of Electric Circuits Using LEGOs® 1JPL. James J. Butler1, E. A. Townsend2 1Pacifi c University, 2National Institute of Standards and Technology. 149.06 Mid-Infrared Silicate Features as an Indicator of the Dust Density Distribution in ULIRGs 1 1 1 2 148.30 A 2006 SPS Summer Intern’s Experiences, Refl ections, and Future Matthew Sirocky , N. A. Levenson , M. Elitzur , H. W. Spoon , J. 2 Ambitions Marshall Ann Deml1 1U. of Ky, 2Cornell. 1University of Wisconsin - River Falls. 149.07 Searching for Mid-Infrared AGN Variability in Spitzer’s IRAC Calibration Field Session 149 AGNs, QSOs and Active Galaxies 2 Lauren B. Hund1, M. L. Ashby2, J. L. Hora2, J. Surace3 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1Furman U., 2Harvard-Smithsonian CfA, 3Spitzer Science Ctr., Caltech.

244 245 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

149.08 Modeling of IR Emission from Externally Heated Dust Clouds 149.16 Multiwavelength Properties of Radio-loud Quasars Moshe Elitzur1, A. E. Kimball2, Z. Ivezic2, M. Nenkova3 Brendan P. Miller1, N. Brandt1, D. P. Schneider1 1Univ. of Kentucky, 2Univ. of Washington, 3Seneca College, Canada. 1Penn State Univ..

149.09 Red AGNs: Dust Absorption or Intrinsic Continuum Diff erence? 149.17 Multiwavelength Observations of the Dwarf Seyfert 1 Galaxy POX Monica Young1, M. Elvis2, G. Risaliti3 52 1Boston Univ., CfA, 2CfA, 3CfA, INAF–Oss. Astronomico di Arcetri. Carol E. Th ornton1, A. J. Barth1, L. C. Ho2, R. E. Rutledge3, J. E. Greene4 149.10 Decomposing Dusty Galaxies: Probing the Nature of the Obscured 1UC Irvine, 2Carnegie Observatories, 3McGill University, Canada, 4Princ- Energy Source in ULIRGs eton University. Jason A. Marshall1, L. Armus2, V. Charmandaris3, H. Spoon1, V. 4 1 Desai , T. L. Herter 149.18 Measuring Accelerations in using the 1Cornell Univ., 2Spitzer Science Center, 3Univ. of Crete, Greece, 4Caltech. Hough Transform Destry R. Saul1, J. Braatz2 149.11 Gemini Observations of Mid-IR Emission from the Nucleus of 1UC Berkeley / NRAO, 2NRAO. 1 2 3 4 James T. Radomski , C. Packham , N. A. Levenson , E. Perlman , L. 149.19 Time Variation in OH Emission and Absorption toward L. Leeuw5, H. Matthews6, R. Mason7, J. M. De Buizer1, C. M. Tele- Radio Supernovae in Arp 220 sco2, M. Orduna2 Katherine R. de Kleer1, C. J. Lonsdale1, P. J. Diamond2, C. J. Lons- 1Gemini Obs., Chile, 2U. Florida, 3U. Kentucky, 4U. Maryland, Baltimore dale3, G. Smith4, H. Th rall2 County, 5Rhodes U., South Africa, 6HIA, Canada, 7Gemini Obs.. 1MIT Haystack Observatory, 2Jodrell Bank Observatory, United King- dom, 3California Institute of Technology, 4University of California, San 149.12 Characterization of the Baldwin Eff ect for AGN in the Mid Infrared Diego. Mark Keremedjiev1, L. Hao2 1 2 University of Florida, Cornell University. 149.20 Triggering AGN Th rough Gravitational Perturbations: An Example of a Student Project Using SDSS-DR5 149.13 Optical Color Selection of Faint AGN in the COSMOS Field Richard F. Gelderman1, S. McMurray1, S. Smith1 1 1 Caitlin M. Casey , C. D. Impey 1Western Kentucky Univ.. 1Steward Observatory, University of Arizona. Session 150 And Yet More Supernovae 149.14 Preliminary SEDs of TypeI AGNs of COSMOS Survey Heng Hao1, M. Elvis2, D. English2, J. R. Trump3, P. Capak4, M. AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 Brusa5, V. Mainieri5, M. Salvato4, S. Gezari4, D. Schiminovich6, N. 150.01 Optical/UV Properties of High-z Supernovae Ia Scoville4, C. Impey3, J. Huchra1 Ryan J. Foley1, ESSENCE Collaboration 1Harvard Univ., 2CfA, 3U. Arizona, 4Caltech, 5MPI fur Extraterrestrische 1UC, Berkeley. Physik, Germany, 6Columbia U.. 150.02 Circles on the Sky: Confi rmation of a Light Echo from the Type Ia 149.15 Th e Spectral Energy Distributions of Normal & Weakly-Active Galaxies Supernova 1995E John K. Parejko1, A. Constantin1, M. S. Vogeley1, F. Hoyle2 Peter M. Garnavich1, J. L. Quinn2, K. Krisciunas1 1Drexel Univ., 2Widener Univ.. 1Univ. of Notre Dame, 2Central Michigan University.

246 247 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

150.03 Direct Analysis of Spectra of the Unusual Type Ib Supernova 2005bf 150.09 Th e Discovery of an Eruptive Variable in the LMC with Light Jerod T. Parrent1, D. Branch1, M. Troxel1, D. Casebeer1, D. Jeff ery1, Echoes E. Baron1, A. V. Filippenko2 R. Chris Smith1, A. Rest1, N. B. Suntzeff 2, D. L. Welch3, G. Damke1, 1Univ. of Oklahoma, 2Univ. of California Berkeley. A. Zenteno1, C. Stubbs4, A. Garg4, A. Newman5, A. Becker6, G. Miknaitis7, A. Miceli6, K. H. Cook8, S. Nikolaev8, L. Morelli9, D. 9 9 10 150.04 Uncertainties in Supernova Yields Minniti , A. Clocchiatti , J. Prieto Patrick A. Young1, C. L. Fryer1 1NOAO/CTIO, 2Texas A&M University, 3McMaster University, Canada, 1Los Alamos National Laboratory. 4Harvard University, 5Washington University, 6University of Washing- ton, 7Fermilab, 8LLNL, 9Pontifi cia Universidad Catolica de Chile, Chile, 150.05 Determining the Type, Redshift , and Phase of a Supernova Spectrum 10Ohio State University. Stephane Blondin1, M. E. Salvo2, J. L. Tonry3 1Harvard-Smithsonian, CfA, 2RSAA, ANU, Australia, 3IfA. 150.10 A Survey for Ancient Supernova Light Echoes in the Milky Way Galaxy 150.06 Generating Pulsar Spin in Supernovae Armin Rest1, N. B. Suntzeff 2, R. C. Smith1, D. L. Welch3, G. Damke1, John M. Blondin1, A. Mezzacappa2 A. Zenteno1, C. Stubbs4, A. Garg4, P. Challis4, A. Newman5, A. C. 1North Carolina State Univ., 2Oak Ridge National Laboratory. Becker6, G. A. Miknaitis6, A. Miceli6, K. H. Cook7, M. Huber7, S. Nikolaev7, L. Morelli8, D. Minniti8, A. Clocchiatti8, J. Prieto9 150.07 Near-Explosion Lightcurves of SNe Ia from the SuperMACHO Survey 1NOAO/CTIO, 2Texas A&M University, 3McMaster University, Canada, Arti Garg1, C. W. Stubbs1, P. Challis1, W. Wood-Vasey1, S. Blondin1, 4Harvard, 5Washington University, 6University of Washington, 7LLNL, 2 2 2 3 3 3 M. E. Huber , K. Cook , S. Nikolaev , A. Rest , R. Smith , K. Olsen , 8Pontifi cia Universidad Catolica de Chile, Chile, 9Ohio State University. N. B. Suntzeff 4, C. Aguilera3, J. L. Prieto5, A. Becker6, A. Miceli6, G. Miknaitis7, A. Clocchiatti8, D. Minniti8, L. Morelli8, D. L. Welch9 150.11 Shock Wave Stability in Core Collapse Supernovae 1Harvard Univ., 2LLNL, 3CTIO/NOAO, Chile, 4Texas A and M, 5Ohio F. D. Swesty1, E. S. Myra1 State U., 6U. Washington, 7Fermi National Accelerator Lab., 8Univ. 1SUNY-Stony Brook. Catolica, Chile, 9McMaster Univ., Canada. 150.12 Galactic Analogs of the Rings around SN1987A and the Implication 150.08 Imaging and Spectroscopy of Ancient Supernovae Light Echoes in thatLBVs are Supernova Progenitors the LMC Nathan Smith1 Douglas L. Welch1, A. Rest2, R. C. Smith2, K. Olsen2, A. Zenteno2, C. 1University of California, Berkeley. Aguilera2, G. Damke2, N. B. Suntzeff 3, T. Matheson4, M. Bergmann5, 6 6 6 7 7 C. Stubbs , A. Garg , P. Challis , A. C. Becker , A. Miceli , R. Co- Light Curves of Supernova/Gamma-Ray Bursts 7 8 9 10 10 150.13 varrubias , G. A. Miknaitis , J. Prieto , M. Huber , S. Nikolaev , K. Dean L. Richardson1 H. Cook10, D. Minniti11, A. Clocchiatti11, L. Morelli11, A. Newman12 1Denison Univ.. 1McMaster Univ., Canada, 2CTIO/NOAO, Chile, 3TAMU, 4NOAO, 5 6 7 8 9 10 Gemini, Chile, Harvard, U. Washington, FNAL, Ohio State, IGPP/ 150.14 Subluminous Type Ia Supernovae in the Supernova Legacy Survey LLNL, 11PUC, Chile, 12Washington U.. Santiago Gonzalez1, A. Howell1, M. Sullivan1, A. Conley1, R. Carl- berg1, Supernova Legacy Survey 1University of Toronto, Canada.

248 249 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

150.15 Optical Observations of SN 1999aa 150.22 Steady-State Modeling and Possible Detection of HCl in Eta Cari- Th ea N. Steele1, R. J. Foley1, A. V. Filippenko1, W. Li1 nae’s -513 km/s Ejecta 1University of California, Berkeley. Alissa S. Bans1 1Maria Mitchell Observatory. 150.16 Th e Benjamin A. Weaver1, G. Aldering1, C. Aragon1, S. Bailey1, S. 150.23 A Hubble Space Telescope WFPC-2 Optical Survey of Dust in the Bongard1, M. J. Childress1, S. Loken1, P. Nugent1, S. Perlmutter1, R. Romano1, K. Runge1, R. Scalzo1, R. C. Th omas1, C. Baltay2, A. Allison M. Loll1, J. Hester1, R. Sankrit2, W. Blair3 Bauer2, D. Herrera2, D. Rabinowitz2, E. Pécontal3, G. Rigaudier3, P. 1Arizona State Univ., 2U.C. Berkeley, 3Johns Hopkins University. Antilogus4, S. Gilles4, R. Pain4, R. Pereira4, C. Buton5, Y. Copin5 1LBNL., 2Dept. of Physics, Yale, 3Centre de Recherche Astronomique 150.24 Optical Photometry of Supernovae Using the KAIT Pipeline de Lyon, France, 4Lab. de Physique Nucléaire et des Hautes Energies, Mohan Ganeshalingam1 France, 5Inst. de Physique Nucléaire de Lyon, France. 1UC Berkeley Astonomy Dept.

150.17 Verifi cation Tests for Numerical 2-D Radiation-Hydrodynamics as 150.25 Multidimensional Simulations of Mixing in Zero-Metallicity Super- Applied toa Core-Collapse Supernova Code novae Eric S. Myra1, F. D. Swesty1 Candace M. Church1, A. Heger2, S. Woosley1 1SUNY-Stony Brook. 1UC, Santa Cruz, 2Los Alamos National Laboratory.

150.18 Propagation of the First Flames in Type Ia Supernovae Session 151 Binary Stars 1 2 L. J. Dursi , M. Zingale AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1Univ. Of Toronto, Canada, 2SUNY Stony Brook. 151.01 A Radial Velocity Study of Hot Subdwarf Stars with Composite Spectra 1 2 150.19 Th e Spatial Correlation of Type Ia Supernovae with Local StarFor- Richard A. Wade , M. A. Stark mation as Measured with GALEX 1Penn State Univ., 2Univ. Wyoming. James D. Neill1, GALEX Science Team 1California Institute of Technology. 151.02 Th e Eclipsing Binary MY Cygni Rebecca Tucker1, J. R. Sowell1, R. M. Williamon2 150.20 Detailed Spectral Analysis of the Type Ib Supernova 1999dn 1Georgia Tech, 2Emory. Wesley R. Ketchum1, E. Baron1 1University of Oklahoma. 151.03 Analysis of the Spitzer/MIPS24 Light Curve of the M-Dwarf Eclips- ing Binary GU Boo 1 1 1 1 Th e Laminar Flame Speedup by Neon-22 Enrichment in White Kaspar von Braun , G. T. van Belle , D. R. Ciardi , S. Wachter , D. 150.21 1 Dwarf Supernovae W. Ho a r d David A. Chamulak1, E. F. Brown1, F. X. Timmes2 1Caltech. 1Department of Physics and Astronomy and the Joint Institute for Nucle- ar Astrophysics, Michigan State University, 2Th ermonuclear Applications, 151.04 Measurements of Position Angle and Separation of Selected Binary Stars X-2, Los Alamos National Laboratory. Rafael J. Muller1, J. C. Cersosimo1, V. J. Miranda1, C. Martinez1, D. Centeno1, L. Rivera1 1Univ. of Puerto Rico, Humacao.

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151.05 A Light Curve Study and Analysis of the Short-Period Contact 151.14 Light Curve Analysis for W UMa-Type Eclipsing Sys- Binary XZ Leonis tems Jeff rey J. Massura1, B. J. Hrivnak1, W. Lu1 Scott Henderson1, N. Peach1, T. Olsen1 1Valparaiso University. 1Lewis & Clark College.

151.06 Photometric Investigation of the Eclipsing Binary Star BX Dra 151.15 Orbital Parameters of R Aquarii Shaukat N. Goderya1, T. Sykes1 Gustav Rustan1, G. McIntosh1 1Tarleton State Univ.. 1University of Minnesota, Morris.

151.07 FUSE Observations of the Be/X-ray Binary 4U 1145-617(V801 Cen, Session 152 Extrasolar Planets V: Host Stars HD1022567) Rosina Iping1, G. Sonneborn1 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1NASA’s GSFC. 152.01 Investigating the Rotation Periods of Exoplanet Host Stars Elaine K. Simpson1, S. Baliunas1, G. Henry2 151.08 Massive Star Multiplicity: Th e Cepheids U Aql and W Sgr 1Harvard-Smithsonian, CfA, 2Tennessee State University. Nancy R. Evans1, D. Massa2 1SAO, 2(NASA’s GSFC, SGT, Inc. 152.02 Atmospheric Properties of Brown Dwarfs Lauren J. McCarthy1, K. L. Cruz2 151.09 Photometric Studies of Two Active Contact Binaries: GSC 2766- 1Barnard College/AMNH, 2AMNH. 0775 and GSC 0619-0232 Ronald G. Samec1, H. A. Chamberlain1, C. M. Labadorf1, R. McKen- 152.03 Determining Stellar Parameters With a Fixed Delay Interferometer zie1, W. Van Hamme2, D. R. Faulkner3 Roger Cohen1, S. Mahadevan1, J. Ge1 1Bob Jones Univ., 2Florida International Univ., 3Univ. of S. Carolina. 1University of Florida.

151.11 HST Observations of Astrophysically Important Visual Binaries 152.04 Characterization of Gravitational Microlensing Planetary Host Stars Gail Schaefer1, H. E. Bond1, M. Barstow2, M. Burleigh2, R. L. Gillil- David P. Bennett1, J. Anderson2, B. S. Gaudi3 and1, T. M. Girard3, D. H. Gudehus4, J. B. Holberg5, E. Nelan1 1Univ. of Notre Dame, 2Rice University, 3Th e Ohio State University. 1Space Telescope Science Institute, 2University of Leicester, United King- dom, 3Yale University, 4Georgia State University Research Foundation, Session 153 GLAST 5 University of Arizona. AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4

151.12 Th e Light Curve and Parameters of Eclipsing Binary System FL 153.01 Th e Gamma-ray Large Area Space Telescope (GLAST) Mission 1 2 3 4 Orionis Steven M. Ritz , P. F. Michelson , C. Meegan , J. E. Grindlay , Daniel B. Caton1, A. B. Smith1 GLAST Mission Team 1 2 3 4 1Appalachian State Univ.. GSFC & U. of MD, Stanford U., MSFC and NSSTC, Harvard U..

151.13 Five New Low-Mass Eclipsing Binary Systems 153.02 Th e Large Area Telescope (LAT) on the Gamma-ray Large Area Jeff rey L. Coughlin1, M. López-Morales2, J. S. Shaw3 Space Telescope (GLAST) 1 1Emory University, 2Carnegie Institution of Washington, 3University of Toby H. Burnett , GLAST LAT Team 1 Georgia. University of Washington.

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153.03 GLAST Large Area Telescope Multiwavelength Studies: An Invita- 153.12 Th e GLAST Science Support Center tion to Coordinated Observations Th omas E. Stephens1, GLAST Science Support Center Kent S. Wood1, D. J. Th ompson2, R. A. Cameron3, GLAST Team 1NASA’s GSFC/RSIS. 1NRL, 2NASA-GSFC, 3SLAC. 153.13 GLAST Data Access and Analysis Soft ware 153.04 Gamma-Ray Pulsar Candidates for GLAST Donald J. Horner1, GLAST Science Support Center David J. Th ompson1, D. A. Smith2, D. Dumora2, L. Guillemot2, D. 1NASA’s GSFC. Parent2, T. Reposeur2, J. E. Grove3, R. W. Romani4, S. E. Th orsett5, GLAST LAT Collaboration 153.14 Beyond the Event Horizon: Education with Black Holes 1NASA’s GSFC, 2CEN Bordeaux-Gradignan, France, 3NRL, 4Stanford, Sarah Silva1, P. Plait1, L. Cominsky1 5UCSC. 1Sonoma State Univ. NASA GLAST E/PO.

153.05 Studying Gamma-ray Blazars with the GLAST-LAT 153.15 On the Problem of Detecting Quantum-Gravity Based Photon Dis- Benoit Lott1, LAT Blazar Science Working Group persion in Gamma-ray Bursts 1SLAC/CENBG. Jeff rey D. Scargle1, J. P. Norris2, J. T. Bonnell3 1NASA/Ames Research Center, 2University of Denver, 3NASA/GSFC/ 153.06 Prospects for Observations of Microquasars with GLAST USRA. Richard Dubois1 1 Stanford Linear Accelerator Center. Session 154 Ground-Based Instrumentation III AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 153.07 Observing GRBs with the GLAST LAT Telescope Julie E. McEnery1, GLAST LAT GRB science working group 154.01 Pisgah Astronomical Research Institute 1NASA’s GSFC. J. D. Cline1, M. Castelaz1, D. Clavier1 1Pisgah Astronomical Research Inst.. 153.08 Future GLAST Observations of Supernova Remnants and Pulsar Wind Nebulae 154.02 Th e Apache Point Observatory Lunar Laser-ranging Operation: Stefan Funk1, GLAST LAT Collab. Pulsars, SNR and Plerions group Testing General Relativity with Millimeter-precision Measurements 1SLAC. of the Earth-Moon Separation. James B. Battat1, T. W. Murphy2, E. G. Adelberger3, C. D. Hoyle3, R. 4 2 5 2 1 153.09 GLAST Large Area Telescope Performance Monitoring & Calibrations J. McMillan , E. Michelsen , K. Nordtvedt , A. Orin , C. W. Stubbs , Anders W. Borgland1 H. E. Swanson3 1SLAC. 1Harvard Univ., 2University of California San Diego, 3University of Washington, 4Apache Point Observatory, 5Northwest Analysis. 153.10 Th e GLAST LAT Instrument Science Operations Center Robert A. Cameron1, GLAST LAT ISOC 154.03 Th e McDonald Observatory Skycam Project 1Stanford Univ.. Michael A. Gully-Santiago1 1Boston University. 153.11 GLAST User Support David L. Band1, GLAST Science Support Center 1University of Maryland, Baltimore County.

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154.04 ALE: Astronomical LIDAR for Extinction 154.12 Preliminary Optical and Mechanical Designs for a 2.2 Degree Di- Peter C. Zimmer1, J. T. McGraw1, G. Gimmestad2, D. Roberts2, J. ameter PrimeFocus Corrector for the Blanco 4 Meter Telescope Stewart2, M. Dawsey3, J. Fitch1, J. Smith1, A. Townsend1, B. Black1 Stephen M. Kent1, R. Bernstein2, B. Bigelow2, F. Leger1, A. Stefanik1, 1Univ. of New Mexico, 2Georgia Tech Research Institute, 3Univ. of Ari- T. Abbott 3, D. Brooks4, P. Doel4, B. Flaugher1, M. Gladders5, A. 3 4 zona. Walker , S. Worswick 1Fermi Nat’l. Accelerator Lab., 2U. of Michigan, 3CTIO/AURA, Chile, 154.05 A GRB Optical Aft erglow Automatic Response Telescope on Skynet 4University College London, United Kingdom, 5U. of Chicago. Adam B. Smith1, D. B. Caton1, L. Hawkins1 1Appalachian State Univ.. 154.13 Observating Techniques with the IRMOS MEMS Spectrometer John W. MacKenty1, M. A. Greenhouse2, R. G. Ohl2, M. Robberto1 154.06 A New Sky Brightness Monitor 1STScI, 2NASA/GSFC. David L. Crawford1, D. McKenna2 1IDA, 2Vatican Observatory. 154.14 Astrometric Calibration of Digitized Wide-Field Photographic Plates 1 1 154.07 Brightness of Clouds at Night over a City Peter B. Boyce , P. N. Truong R. H. Garstang1 1Maria Mitchell Association. 1Univ. of Colorado. 154.15 2.1 meter (82 inch) Slip Ring By-Pass Project 1 154.08 Performance of the Visiting Instrument TEXES on Gemini North Corby B. Bryan Andrew J. Kruger1, J. H. Lacy2, D. T. Jaff e2, M. J. Richter1, T. K. 1Texas Tech University. Greathouse3, M. Bitner2, P. Segura4, W. Moller4, T. R. Geballe5, K. Volk 5 Session 155 Observations & Models of Extragalactic LMXBs 1 2 Dept. of Physics, University of California, Dept.of Astronomy, U. Texas, AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 3LPI, 4McDonald Obs., U. Texas, 5Gemini Obs.. 155.01 Low-Mass X-ray Binary Models for NGC3379 and NGC4278 1 1 2 3 4 bHROS: Year One Tassos Fragos , V. Kalogera , K. Belczynski , D. Kim , G. Fabbiano , 154.09 5 6 7 8 Steven J. Margheim1 L. Angelini , R. L. Davies , J. S. Gallagher , A. R. King , S. Pellegri- ni9, G. Trinchieri10, S. F. Zepf11, A. Zezas4 1Gemini Observatory, Chile. 1Northwestern U., 2NMSU, 3Harvard-Smothsonian CfA, 4Harvard- 5 6 154.10 Th e Gemini Planet Imager Apodized Pupil Lyot Coronagraph Smithsonian CfA, Lab. for High Energy Astrophysics, NASA GSFC, U. Remi Soummer1, A. Sivaramakrishnan1, B. R. Oppenheimer1, B. A. Oxford, UK, 7U. Wisconsin, 8U. Leicester, UK, 9U. Bologna, Italy, 10INAF- Macintosh2, GPI team Obs. Astronomico di Brera, Italy, 11Michigan State U.. 1American Museum of Nautral History, 2LLNL. 155.02 X-ray Binaries in the Fornax Local Group Dwarf 154.11 A Proposed GLAO System for Gemini Roy E. Kilgard1, R. Soria1, A. H. Prestwich1, V. Kalogera2 David R. Andersen1, Gemini GLAO Feasibility Study Team 1SAO, 2Northwestern University. 1Herzberg Institute of Astrophysics, Canada.

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155.03 X-ray Binary Populations in Normal elliptical Galaxies 156.05 A More Complete Sample of Planetary Nebulae in the Small Magel- Nicola J. Brassington1, G. Fabbiano1, D. Kim1, L. Angelini2, R. Da- lanic Cloud: Results from MCELS vies3, J. Gallagher4, V. Kalogera5, A. King6, S. Pellegrini7, G. Trinch- Joseph W. Coish1, E. C. Galle2, P. F. Winkler3, R. C. Smith4, MCELS ieri8, S. Zepf9, A. Zezas1 Team 1CfA, 2GSFC, 3University of Oxford, United Kingdom, 4University of 1Haverford College, 2Center for Astrophysics and Middlebury College, Wisconsin, 5Northwestern University, 6University of Leicester, United 3Middlebury College, 4NOAO. Kingdom, 7Bologna University, Italy, 8INAF-OABr, Italy, 9Michigan State University. 156.06 High-resolution X-ray Imaging and Spectroscopy of the Planetary Nebula BD +30 3639 1 1 2 3 3 Low-Luminosity XLF in Normal Elliptical Galaxies Young Sam Yu , J. Kastner , J. Houck , E. Behar , R. Nordan , N. 155.04 3 Dong-Woo Kim1, G. Fabbiano1, N. J. Brassington1, V. Kalogera2, Soker A. R. King3, S. Pellegrini4, G. Trinchieri5, S. E. Zepf6, A. Zezas1, L. 1Center for imaging science, Rochester Inst. Of Technology, 2Kavli In- Angelini7, R. L. Davies8, J. S. Gallagher9 stitute, Massachusetts Institute of Technology, 3Department of physics, 1Harvard-Smithsonian, CfA, 2Northwestern University, 3University of Technion-Israel Institute of Technology, Israel. Leicester, United Kingdom, 4Universita di Bologna, Italy, 5INAF Osser- vatorio, Italy, 6Michigan State University, 7NASA Goddard Space Flight 156.07 K-Band Spectroscopy of the Extragalactic Planetary Nebula Hen 2-436 Center, 8University of Oxford, United Kingdom, 9University of Wisconsin. Jessica L. Wood1, H. L. Dinerstein1, T. R. Geballe2, N. C. Sterling3 1Univ. of Texas at Austin, 2Gemini Observatory, 3NPP Fellow, NASA Session 156 Planetary Nebulae & Supernova Remnants Goddard Space Flight Center. AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 156.01 Discovery of Multiple Coaxial Rings in the Bipolar Nebula Hb12 156.08 Properties of Planetary Nebulae: NGC2022 Sun Kwok1, C. Hsia2 Renee C. Mateluna Perez1, H. Monteiro2, J. Richards3, H. E. 4 1University of Hong Kong, China, 2National Central University, Taiwan. Schwarz 1U. de Concepcion, Chile, 2GSU, 3Carnegy Mellon U., 4CTIO, Chile. 156.02 Planetary Nebulae and in Interacting Spiral Galaxy M82 156.09 A Search for Gas-Phase Zirconium in s-process Enriched Planetary Lent C. Johnson1, R. H. Mendez2, A. M. Teodorescu2 Nebulae 1 1 2 3 1Colby College & Institute for Astronomy, University of Hawaii, 2Institute Harriet L. Dinerstein , J. H. Lacy , K. Sellgren , N. C. Sterling 1 2 3 for Astronomy, University of Hawaii. Univ. of Texas, Austin, Ohio State Univ., NPP Fellow, NASA Goddard Space Flight Center. 156.03 Balmer Ratios and Molecular Hydrogen in M27 Roxana E. Lupu1, S. R. McCandliss1, K. France2 156.10 Searching for the Missing Galactic Planetary Nebulae: A Pilot [S 1Johns Hopkins University, 2CITA/ University of Toronto, Canada. III] Imaging Survey Joshua H. Shiode1, D. P. Clemens1, K. A. Janes1, A. Pinnick1, B. Taylor 1 156.04 Planetary Nebulae in the Large Magellanic Cloud: Results from MCELS 1Boston University. Alfredo Zenteno1, R. C. Smith2, A. Rest1, S. Points1, R. Leiton1, C. Aguilera1, D. Shaw2, P. F. Winkler3 1CTIO/NOAO, Chile, 2NOAO, 3Middlebury University.

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156.11 A Multi-Wavelength Investigation of Newly Discovered Supernova 156.19 X-Ray Imaging and Spectroscopy of -Rich Ejecta in N132D Remnants in the Large Magellanic Cloud Kazimierz J. Borkowski1, S. P. Hendrick2, S. P. Reynolds1 Matthew Klimek1, S. D. Points2, C. Smith2 1North Carolina State Univ., 2Millersville Univ.. 1Rutgers University, 2CTIO, Chile. 156.20 Investigation of the X Emission 156.12 Modeling the Crab Synchrotron Nebula by Including Radiative Stephanie M. LaMassa1, P. Slane1, O. de Jager2 Losses in Flow Dynamics 1Center for Astrophysics, 2Potchefstroom University, South Africa. Joseph P. Foy1, J. Hester1 1Arizona State Univ.. 156.21 Optical Imaging and Spectroscopy of the Galactic Supernova Rem- nant 3C58 156.13 Spitzer Observations of N49 in the LMC Robert A. Fesen1, G. Rudie1, A. Hurford1, A. Soto1 Tea Temim1, C. E. Woodward1, E. F. Polomski1, R. D. Gehrz1 1Dartmouth College. 1Univ. of Minnesota. Session 157 Professional Development for Scientists and Edu- 156.14 Th e N19 HII Complex in the SMC: Multiple Supernova Remnants cators Forming a Proto-? Rosa N. Williams1, Y. H. Chu1, C. H. Chen1, R. A. Gruendl1, S. D. AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 Points2, R. C. Smith2 1Univ. of Illinois at Urbana-Champaign, 2CTIO, Chile. 157.01 Th e ASP: Programs to Inspire Educators Anna Hurst1, S. Gurton1, M. Bennett1, M. Berendson1, M. Gibbs1 156.15 Balmer-Dominated Supernova Remnants Revisited 1Astronomical Society of the Pacifi c. Richard McCray1, K. Heng1 1JILA, University of Colorado. 157.02 An Online Hands-On Program for Middle-School Science Teachers Stephen Schneider1, K. Davis1 156.16 Expanding Ejecta in the Core-Collapse Supernova Remnant 1UMass. G292.0+1.8, Cas A’s Older Cousin Karl Twelker1, C. N. Reith1, P. F. Winkler1, K. S. Long2 157.03 Strategies for Professional Development for Educators 1Middlebury College, 2STScI. Matthew Bobrowsky1, D. A. Smith1, B. Eisenhamer1, NASA Origins E/PO Leads 156.17 A Deep Chandra Observation of Kepler’s Supernova Remnant: A 1STScI. with Circumstellar Interaction Stephen P. Reynolds1, K. J. Borkowski1, C. Badenes2, J. P. Hughes2, 157.04 Teaching Astronomy Graduate Students About Teaching at the 101 U. Hwang3, J. M. Laming4, J. M. Blondin1 Level 1North Carolina State Univ., 2Rutgers U., 3NASA/GSFC, 4NRL. Erika Grundstrom1, D. R. Gies1, J. W. Wilson1 1Georgia State Univ.. 156.18 A Deep Chandra Observation of the O-Rich SNR 0540-69.3 in the LMC 157.05 Th e NASA Center for Astronomy Education (CAE): 2007 College Sangwook Park1, J. Hughes2, P. Slane3, D. Burrows1, K. Mori4 Astronomy Teaching Excellence Workshops 1Pennsylvania State U., 2Rutgers Univ, 3CfA, 4Univ of Miyazaki, Japan. Gina Brissenden1, E. E. Prather1, T. F. Slater1, W. M. Greene2, M. Th aller3 1Univ. of Arizona, 2Navigator, JPL, 3Spitzer, Cal Tech.

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157.06 Impact of the CAE Astronomy Teaching Excellence Workshop Program 159.02 New Pulsars in the Globular Cluster M28 Erin F. Dokter1, E. E. Prather1, G. Brissenden1, T. F. Slater1, W. M. Ingrid H. Stairs1, S. Begin1, S. Ransom2, P. Freire3, J. Hessels4, J. Greene2, M. Th aller3 Katz5, V. Kaspi6, F. Camilo7 1Univ. of Arizona, 2JPL Navigator, 3Caltech, Spitzer. 1Univ. of BC, Canada, 2NRAO, 3NAIC, 4University of Amsterdam, Th e Netherlands, 5University of Virginia, 6McGill University, Canada, 7Co- 157.07 Deciphering Stars: A Professional Development Workshop for lumbia University. Teachers 1 1 Mary Kay Hemenway , S. Redfi eld 159.03 Discovery and Timing of Eight New Millisecond Pulsars in NGC 1U. Texas-Austin. 6440 and NGC 6441 Paulo Freire1, S. M. Ransom2, S. Begin3, I. H. Stairs3, J. W. Hessels4 Session 158 Properties of Hot Stars 1Arecibo Observatory, 2NRAO, 3University of British Columbia, Canada, AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 4McGill University, Canada. 158.01 Xatlas: An Online Archive of Chandra Hot Star Gratings Observations 159.04 A New Technique for the Characterization of Radio Pulsar Polar- Owen Westbrook1, N. R. Evans1, S. J. Wolk1, J. Nichols1, V. L. Kashy- ization Profi les ap1, P. J. Mendygral2, W. L. Waldron3 Samuel Rodarte, Jr.1, W. van Straten1 1Harvard-Smithsonian, CfA, 2U. Minnesota, 3Eureka Scientifi c, Inc. 1Center for Gravitational Wave Astronomy; U. Texas at Brownsville. 158.02 Searching for Hidden Wolf-Rayet Stars in the Galaxy - 15 New 159.05 Discovery of an Energetic Young Pulsar Candidate Coincident with Wolf-Rayet Stars a TeV Gamma-ray Source. Lucy J. Hadfi eld1, S. D. van Dyk2, P. W. Morris3, J. D. Smith4, A. P. David J. Helfand1, E. V. Gotthelf1, D. Semler1, F. Camilo1, R. H. Marston5 Becker2, R. L. White3 1Th e Univerity Of Sheffi eld, United Kingdom, 2Spitzer Science Center, 1Columbia Astrophysics Lab., 2UC, Davis, 3STScI. IPAC, CALTECH, 3NASA Herschel Science Center, IPAC, CALTECH, 4 5 Steward Observatory, ESA/ESAC, Spain. 159.06 Timing Pulsars in Globular Cluster NGC6441 Lucille H. Frey1, S. Ransom2 158.03 Chandra Spectroscopy of the Hot Star Beta Cru and the Discovery 1Case Western Reserve University, 2NRAO. of a Pre-Main Sequence Companion 1 1 1 2 Michael A. Kuhn , D. H. Cohen , E. L. Jensen , M. Gagne 159.07 Population Synthesis of Radio and Gamma-ray Millisecond Pulsars 1Swarthmore College, 2West Chester University. from the Galactic Plane Sarah A. Story1, P. L. Gonthier1, B. D. Clow1, A. K. Harding2 Session 159 Pulsars 1Hope College, 2NASA Goddard Space Flight Center. AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 159.08 First Results from a Galactic Center Search for Pulsars and Tran- 159.01 Th e Torque-luminosity Relation and Possible Glitches in Th ree X- sients:A Rotating Radio Transient Candidate ray Binary Systems Julia S. Deneva1, J. M. Cordes1, T. J. Lazio2, R. Bhat3, S. Chatterjee4, 1 1 2 3 Michael J. Stark , D. Meral , A. Baykal , J. H. Swank S. M. Ransom5, G. Bower6, W. Vlemmings7, P. Demorest6, D. C. 1Lafayette College, 2Middle East Technical University, Turkey, 3NASA’s Backer6 Goddard Space Flight Center. 1Cornell Univ., 2NRL, 3Swinburne Univ., Australia, 4Univ. of Sydney, Aus- tralia, 5NRAO, 6UC, Berkeley, 7Jodrell Bank Obs., United Kingdom.

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159.09 Updated Timing Parameters of two Massive Binary Pulsars: 160.01 Dust Processing Near Sites of High-Mass Star Formation in the J0621+1002 and J0751+1807 Large Magellanic Cloud Laura Kasian1, I. H. Stairs1, D. J. Nice2 Sacha Hony1, S. Madden1, D. Rubin1, M. S. Oey2, F. Galliano3, B. 1Univ. Of British Columbia, Canada, 2Bryn Mawr College. Whitney4, M. Meade5, B. Babler5, R. Indebetouw6, J. Hora7, K. Gor- don8, C. Engelbracht8, B. For9, M. Block8, K. Misselt8, M. Meixner10, 10 10 159.10 Circumpulsar Asteroids: Inferences from Nulling Statistics and U. Vijh , C. Leitherer High Energy Correlations 1Service d’Astrophysique, CEA, France, 2U. Michigan, 3NASA GSFC, Ryan Shannon1, J. M. Cordes1 4Space Science Inst., 5U. Wisconsin, 6U. Virginia, 7Harvard-Smithsonian/ 1Cornell University. CfA, 8U. Arizona, 9U. Texas, 10STScI.

159.11 Application of Typological Sequencing for the Classifi cation of 160.02 SST/SAGE and HST Study of Stellar Populations and Star Forma- Radio Pulsar Profi les tion around NGC 1850 in the LMC Rossina B. Miller1, F. Jenet1 Nino Panagia1, M. Romaniello2, R. Gilmozzi2, G. De Marchi3, 1Center for Gravitational Wave Astronomy/ University of Texas at M. Meixner1, U. Vijh1, C. Leitherer1, B. Whitney4, M. Meade5, B. Brownsville. Babler5, R. Indebetouw6, J. Hora7, K. Gordon8, C. Engelbracht8, B. For9, M. Block8, K. Misselt8, SAGE Group 159.12 Population Statistics of Normal Isolated, Radio and Gamma-ray 1STScI, 2ESO, Germany, 3ESA/ESTEC, Th e Netherlands, 4Space Science Pulsars from the Galactic Plane Institute, 5U. Wisconsin, 6U.Virginia, 7CfA, 8U. Arizona, 9U. Texas. Peter L. Gonthier1, S. A. Story1, B. D. Clow1, A. K. Harding2, I. A. Grenier3 160.03 Mass Loss from Evolved Stars in LMC Clusters 1Hope College, 2NASA Goddard Space Flight Center, 3CEA/Saclay & Sean Points1, K. Olsen1, R. Blum2, B. Whitney3, M. Meade4, B. University of Paris VII, France. Babler4, R. Indebetouw5, J. Hora6, K. Gordon7, C. Engelbracht7, B. For8, M. Block7, K. Misselt7, M. Meixner9, U. Vijh9, C. Leitherer9, S. 9 159.13 Numerical Simulations of Bulk and Th ermal Comptonization in X- Srinivasan Ray Pulsar Accretion Columns 1CTIO/NOAO, Chile, 2NOAO, 3Space Science Institute, 4U. Wisconsin, 5U Kenneth D. Wolfram1, P. A. Becker2, M. T. Wolff 1 Virginia, 6Harvard-Smithsonian/CfA, 7U Arizona, 8Univ Texas, 9STScI. 1Naval Research Laboratory, 2George Mason Uninversity. 160.04 Crystalline Silicates around Asymptotic Giant Branch Stars in the 159.14 Th e Radio Properties and Magnetic Field Confi guration in Pulsar Large Magellanic Cloud Wind Nebula G54.1+0.3 Francisca Markwick-Kemper1, C. Dijkstra2 Cornelia C. Lang1, F. Lu2, Q. D. Wang3, K. I. Clubb1 1Univ. of Manchester, United Kingdom, 2Univ. of Missouri. 1Univ. of Iowa, 2IHEP, China, 3Univ. of Mass. 160.05 Th e Mass Loss Return From Evolved Stars to the LMC: Empirical Session 160 SAGE Relations For Excess Emission at 8 and 24 μm Sundar Srinivasan1, M. Meixner2, U. Vijh2, C. Leitherer2, K. Volk3, AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 F. Markwick-Kemper4, R. D. Blum5, J. R. Mould5, K. A. Olsen6, S. Points6, B. A. Whitney7, M. Meade8, B. Babler8, R. Indebetouw4, J. L. Hora9, K. Gordon10, C. Engelbracht10, B. For11, M. Block10, K. Misselt10 1JHU, 2STScI, 3Gemini Obs., 4U. Virginia, 5NOAO, 6CTIO, Chile, 7Space Science Institute, 8U. Wisconsin, 9CfA, 10U. Arizona, 11U. Texas.

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160.06 Variable Sources in Large Magellanic Cloud using the SAGE Survey 160.10 Spitzer SAGE Observations of Young Stellar Objects in the Large Uma P. Vijh1, M. Meixner1, S. Srinivasan2, B. Babler3, M. Block4, C. Magellanic Cloud Engelbracht4, B. -. For4, K. Gordon4, J. Hora5, R. Indebetouw6, C. Barbara Whitney1, M. Sewilo2, R. Indebetouw3, T. Robitaille4, M. Leitherer1, M. Meade3, K. Misselt4, B. Whitney7 Meixner5, U. Vijh5, S. Srinivasan6, M. Meade2, B. Babler2, E. Church- 1STScI, 2JHU, 3U. Wisconsin, 4U. Arizona, 5Harvard/CfA, 6U. Virginia, well2, J. Hora7, K. Gordon8, C. Engelbracht8, B. For9, M. Block8, K. 8 5 10 10 10 7SSI. Misselt , C. Leitherer , A. Kawamura , T. Onishi , A. Mizuno , Y. Fukui10 1 2 3 160.07 Modelling Evolved Stars Detected by the Spitzer LMC Survey Space Science Institute, University of Wisconsin, University of Vir- (SAGE) ginia, 4Univ. of St. Andrews, United Kingdom, 5Space Telescope Science Kevin Volk1, M. Meixner2, S. Srinivasan2, F. Markwick-Kemper3, B. Institute, 6JHU, 7Harvard-Smithsonian/CfA, 8Univ. of Arizona, 9Univ. of 2 4 5 5 6 Whitney , R. D. Blum , M. Meade , B. Babler , R. Indebetouw , J. Texas, 10Nagoya University, Japan. Hora7, K. Gordon8, C. Engelbracht8, B. For9, M. Block8, K. Misselt8, 2 2 U. Vijh , C. Leitherer , SAGE Team 160.11 Star Formation Activity in Giant Molecular Clouds in the LMC 1Gemini Observatory, 2Space Telescope Science Institute, 3University of Toshikazu Onishi1, A. Kawamura1, Y. Fukui1, T. Minamidani1, Y. Manchester, United Kingdom, 4National Optical Astronomical Observa- Mizuno1, N. Mizuno1, A. Mizuno1, M. Meixner2, U. Vijh2, C. Lei- tory, 5Univeristy of Wisconsin, 6Univeristy of Virginia, 7Harvard-Smith- therer2, B. Whitney3, M. Meade4, B. Babler4, R. Indebetouw5, J. 6 7 7 8 7 7 sonian Center for Astrophysics, 8Steward Observatory, 9University of Hora , K. Gordon , C. Engelbracht , B. For , M. Block , K. Misselt , S. Madden9, J. Bernard10, R. Paladini11, SAGE team Texas. 1Nagoya University, Japan, 2STScI, 3Space Science Institute, 4University of 5 6 7 160.08 Spitzer/SAGE Observations of Planetary Nebulae in the Large Mag- Wisconsin, University of Virginia, Harvard-Smithsonian/CfA, Uni- ellanic Cloud versity of Arizona, 8University of Texas, 9CEA, France, 10CNRS, France, Joseph L. Hora1, M. Cohen2, M. Meixner3, R. D. Blum4, B. Whitney5, 11IPAC/Caltech. R. G. Ellis6, M. Meade7, B. Babler7, R. Indebetouw8, K. Gordon9, C. 9 10 9 9 3 3 Engelbracht , B. For , M. Block , K. Misselt , U. Vijh , C. Leitherer 160.12 Spitzer Spectroscopy of Stellar Feedback on Circumstellar Gas and 1CfA, 2UC. Berkeley, 3STScI, 4NOAO, 5Space Science Inst., 6Brown Univ., Dust in 30 Doradus, the Nearest Super-Star Cluster 7U Wisconsin, 8U Virginia, 9U Arizona, 10U. Texas. Genevieve E. de Messieres1, R. Indebetouw1, B. Babler2, F. Bou- langer3, C. Engelbracht4, F. Galliano5, K. Gordon4, J. Hora6, S. Mad- 7 2 8 4 9 10 160.09 Star Formation Tracers and Dust Emission in the Large Magellanic den , M. Meade , M. Meixner , J. D. Smith , L. Smith , X. Tielens , Cloud U. Vijh8, M. Werner11, M. Wolfi re12 Karl D. Gordon1, C. Engelbracht1, M. Meixner2, B. Whitney3, M. 1U. Virginia, 2U. Wisconsin, 3Institut d’Astrophysique Spatiale, France, Block1, M. Meade4, B. Babler4, B. For5, R. Indebetouw6, U. Vijh2, J. 4U. Arizona, 5NASA GSFC, 6CfA, 7CEA, France, 8STScI, 9University Col- 7 1 2 Hora , K. Misselt , C. Leitherer , SAGE Legacy Team lege London, UK, 10NASA Ames Research Center, 11JPL, 12U. Maryland. 1Univ. of Arizona, 2Space Telescope Science Institute, 3Space Science Institute, 4Univ. of Wisconsin, 5Univ. of Texas, 6Univ. of Virginia, 7Har- 160.13 Viewing SAGE selected LMC Star Formation with Hubble Vision vard-Smithsonian/CfA. Lynn R. Carlson1, M. Meixner2, C. A. Gill3, J. Harris4, U. Vijh2, M. Sewilo5, B. Whitney 6, B. Babler5, M. Block4, C. Engelbracht4, B. For7, K. Gordon4, J. L. Hora8, R. Indebetouw9, C. Leitherer2, M. Meade5, K. Misselt4, SAGE team 1JHU, 2STScI, 3Loyola College, 4U. Arizona, 5U. Wisconsin, 6SSI, 7U. Texas, 8Harvard/CfA, 9U. Virginia.

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160.14 Th e Spitzer SAGE Survey of the Large Magellanic Cloud: Charac- 161.04 IRS Spectroscopy of z=2 Star-forming ULIRGs in the NDWFS Boo- teristics of the 1 IRAC and MIPS-24 Source Lists tes Field Margaret Meixner1, B. Whitney2, K. Gordon3, B. Babler4, M. Block3, Baruch T. Soifer1, V. Desai1, A. Dey2, B. Jannuzi2, L. Armus3, H. M. Cohen5, C. Engelbracht3, B. For6, J. Hora7, R. Indebetouw8, C. Teplitz 3, K. Brand4, E. Le Floc’h5, D. Weedman6, J. Houck6 Leitherer1, M. Meade4, K. Misselt3 1Caltech, 2NOAO, 3SSC/Caltech, 4STScI, 5IFA/U. Hawaii, 6Cornell U.. 1STScI, 2Space Sciences Institute, 3University of Arizona, 4University of Wisconsin, 5University of California, 6University of Texas, 7Harvard/CfA, 161.05 Clusters of Galaxies in the First Half of the Universe from the IRAC 8University of Virginia. Shallow Survey Peter R. Eisenhardt1, M. Brodwin1, A. Gonzalez2, S. A. Stanford3, D. 1 4 5 6 4 5 Molecular Clouds and Star Formation in the Magellanic System by Stern , P. Barmby , A. Dey , M. J. Brown , J. Huang , B. T. Jannuzi , 160.15 4 NANTEN M. A. Pahre Akiko Kawamura1, T. Onishi1, T. Minamidani1, Y. Mizuno1, N. 1JPL/Caltech, 2U. Florida, 3IGPP/UC-Davis, 4Harvard, 5NOAO, 6Princ- Mizuno1, A. Mizuno1, Y. Fukui1, M. Meixner2, U. Vijh2, C. Leither- eton University. er2, B. Whitney3, M. Meade4, B. Babler4, R. Indebetouw5, J. Hora6, K. Gordon7, C. Engelbracht7, B. For8, M. Block7, K. Misselt7, S. Mad- 161.06 Mid-Infrared Selection of Brown Dwarfs and High-Redshift Qua- den9, J. Bernard10, R. Paladini11, W. Reach11, SAGE team sars 1Nagoya University, Japan, 2STScI, 3Space Science Institute, 4U. Wiscon- Daniel Stern1, J. D. Kirkpatrick2, IRAC Shallow Survey Team sin, 5U. Virginia, 6Harvard-Smithsonian/CfA, 7U. Arizona, 8U. Texas, 1JPL/ Caltech, 2IPAC/ Caltech. 9CEA, France, 10CNRS, France, 11IPAC. 161.07 Searching for Brown Dwarfs in the Spitzer/IRAC Shallow Survey Massimo Marengo1, L. E. Allen1, M. L. Ashby1, B. M. Patten2, M. C. Session 161 Science from the NDWFS Bootes Field Sanchez3, IRAC Shallow Survey Collaboration AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1Harvard-Smithsonian CfA, 2Harvard-Smithsonian CfA / NSF, 3Harvard 161.01 Mid-Infrared Properties of X-ray Sources University. Varoujan Gorjian1, M. Brodwin1, C. S. Kochanek2, S. Murray3, D. Stern1, K. Brand4, P. Eisenhardt1, M. Ashby3, P. Barmby3, M. 161.08 X-ray Bright Optically Normal Galaxies (XBONGs) in the XBootes J. Brown4, A. Dey4, W. R. Forman3, B. T. Jannuzi4, C. Jones3, A. Field Kenter3, M. A. Pahre3, J. C. Shields5, M. W. Werner1 Michael Anderson1, S. Murray2, C. Jones2, A. Kenter2, B. Forman2, 1JPL, 2Ohios State University, 3CfA, 4NOAO, 5Ohio University. R. Hickox2 1University of Michigan, 2Harvard-Smithsonian Center for Astrophysics. 161.02 Optical and IR Diagnostics of Radio Sources in the Bootes Field Steve Croft 1, W. van Breugel1, W. de Vries2, IRAC Shallow Survey 161.09 Low Resolution Spectral Templates for Galaxies from 0.2--10 mi- Team, NDWFS Team crons 1UC Merced / LLNL, 2UC Davis / LLNL. Roberto Assef1 1Th e Ohio State University. 161.03 A Large Population of Infrared-Selected, Obscured AGN in the Bootes Field 161.10 An Hα Objective Prism Survey in the NDWFS Boötes Field Christine Jones1, R. Hickox1, S. Murray1, W. Forman1, M. Brodwin2, Caryl Gronwall1, J. E. Young1, J. J. Salzer2, J. L. Rosenberg3 XBootes, IRAC Shallow Survey, NDWFS, AGES Teams 1Penn State Univ., 2Wesleyan University, 3Harvard-Smithsonian Center 1Harvard-Smithsonian, CfA, 2NASA/JPL. for Astrophysics.

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Session 162 Search for Variables Th rough Surveys, Databases 162.09 GNAT Student Follow-Up Pilot Project and Archives Noll S. Roberts1, N. Jaggi1, C. Milne1 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1Cuesta College. 162.01 Combined NSVS/2MASS Database Search For Cool Algols and Eclipsing Subdwarf B Stars 162.10 Revisited - Th e Draco Dwarf Spheroidal Galaxy Variable Star Popu- Nicole Kelley1, J. S. Shaw2 lation 1 2 3 4 1University of California, Berkeley, 2University of Georgia. Karen Kinemuchi , H. C. Harris , H. A. Smith , N. Silbermann , L. Snyder3, A. P. LaCluyze5, C. L. Clark3 1 2 3 162.02 LGSAO Imaging of STEPS Astrometric Candidates Univ. of Wyoming, US Naval Observatory - Flagstaff , Michigan State Sloane Wiktorowicz1, S. R. Kulkarni1, S. H. Pravdo2, S. B. Shaklan2 University, 4SSC/Caltech, 5University of North Carolina. 1Caltech, 2Jet Propulsion Laboratory. 162.11 Light Curves of Newly Discovered Variable Stars from ROTSE-I Recovering Long-Term Lightcurves from the Harvard Plates: A Observations 162.03 1 1 1 Search for Eclipsing Binaries in M44 Douglas I. Hoff man , T. E. Harrison , B. J. McNamara , T. W. 2 Michael S. Shaw1, J. E. Grindlay2, S. Laycock2 Vestrand 1 2 1Massachusetts Institute of Technology, 2Harvard-Smithsonian, CfA. New Mexico State Univ., Los Alamos National Laboratory.

Th e American Association of Variable Star Observers (AAVSO) 162.12 Th e FUSE Survey of Algol-Type Interacting Binary Systems 162.04 1 2 2 2 Travis Searle1, M. Templeton1, A. Price1, A. Henden1 Geraldine J. Peters , B. Andersson , T. B. Ake , R. Sankrit 1 2 1AAVSO. Univ. of Southern California, Johns Hopkins University.

Th e AAVSO International Database 162.13 An Update on the Radial Velocity Survey in Cygnus OB2 162.05 1 1 1 2 Rebecca Turner1, A. Price1, M. Templeton1, E. O. Waagen1, A. Hen- Daniel C. Kiminki , H. A. Kobulnicky , K. Kinemuchi , J. S. Irwin , 3 1 1 1 den1 C. L. Fryer , R. C. Berrington , B. Uzpen , A. J. Monson , M. A. Pierce1, S. E. Woosley4 1AAVSO. 1Univ. of Wyoming, 2Univ. of Texas, 3Los Alamos National Laboratories, 4 162.06 Th e Precision of Visual Estimates of Variable Stars University of California Santa Cruz. Aaron Price1, G. Foster2, B. Skiff 3, A. Henden2 1AAVSO/Tuft s University, 2AAVSO, 3Lowell Observatory. 162.14 Variable Stars in the Lepine List of Nearby Stars Melvin Blake1, J. McNutt2 1 2 162.07 A Bright Stellar Variability Survey in the NGC 6811 Region Pisgah Astronomical Research Institute, University of North Carolina Arne A. Henden1, A. Price1, S. Howell2 Asheville. 1AAVSO, 2WIYN/NOAO. 162.15 Burrell-Optical-Kepler Survey (BOKS) I: Survey Description 1 2 3 3 3 162.08 RR Lyrae Stars in the SDSS-II Supernova Survey John J. Feldmeier , S. Howell , P. Harding , C. Mihos , C. Rudick , Nathan M. De Lee1, H. A. Smith1, T. C. Beers2, D. M. Bramich3, S. W. Sherry4, T. Lee5, C. Knox3, D. Ciardi6, K. von Braun6, M. Everett7, Vidrih3, D. B. Zucker3, Z. Ivezic4 M. Proctor8, G. van Belle6 1Michigan State Univ., 2Michigan State Univ. & JINA, 3Institute of As- 1Youngstown State Univ., 2NOAO/WIYN, 3CWRU, 4NSO, 5NOAO, tronomy, Cambridge, United Kingdom, 4Univ. of Washington. 6MSC, 7PSI, 8LPL.

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162.16 Burrell-Optical-Kepler Survey (BOKS) II: Early Variability Results 163.01 Interferometric Observations of the Transiting Planet HD 189733 Steve B. Howell1, J. Feldmeier2, K. van Braun3, M. Everett4, C. with the CHARA Array Mihos5, P. Harding5, C. Knox5, W. Sherry6, T. Lee7, D. Ciardi3, C. Ellyn K. Baines1, G. T. van Belle2, H. A. McAlister1, T. A. ten Brum- Rudick5, M. Proctor8, G. van Belle3 melaar1, D. H. Berger3, N. H. Turner1, P. J. Goldfi nger1 1WIYN/NOAO, 2YSU, 3MSC, 4PSI, 5CWRU, 6NSO, 7NOAO, 8LPL. 1Georgia State Univ., 2Michelson Science Center, 3Univ. of Michigan.

162.17 WIYN Open Cluster Study Long-term Monitoring: NGC 2141 163.02 Infrared Phase Variations of Hot Allison M. Widhalm1, S. Kafk a2 Nicolas B. Cowan1, E. Agol1, D. Charbonneau2 1USC, CTIO, New Mexico State University, 2CTIO, Chile. 1Univ. of Washington, 2Center for Astrophysics.

162.18 New Close Binary Systems from the SDSS-I (Data Release Five) and 163.03 Eccentricities of Extrasolar Planets and Implications for Planet the Orbital Periods for a Subset of Close White Dwarf + M Dwarf Formation Th eory Systems Eric B. Ford1 Nicole M. Silvestri1, S. L. Hawley1, L. C. Dang2, D. A. Krogsrud1, K. 1Harvard-Smithsonian Center for Astrophysics. Smoke1, M. A. Wolfe1, L. Mannikko1 1Univ. of Washington, 2NASA GSFC. 163.04 A Possible Planet Around a White Dwarf Fergal Mullally1, D. Winget1 162.19 Discovery of WD+M Binaries in the Sloan Digital Sky Survey 1Univ. of Texas, Austin. Robert L. da Silva1 1LBNL. 163.05 MOST Spacebased Photometry of Transiting Exoplanet Systems Jason Rowe1, J. M. Matthews1, E. Miller-Ricci2, S. Seager3, D. Sas- 162.20 Optically Variable RASS X-ray Sources in the Northern Sky Vari- selov2, R. Kuschnig1, D. B. Guenther4, A. F. Moff at5, M. Rucinski6, G. ability Survey A. Walker1, W. Weiss7 Sara Gettel1, E. Rykoff 2, T. McKay2 1UBC, Canada, 2Harvard-Smithsonian CfA, 3Carnegie DTM, 4St. Mary’s 1Pennsylvania State University, 2University of Michigan. Univ., Canada, 5Univ. de Montréal, Canada, 6U. Toronto, Canada, 7Insti- tut für Astronomie, Universität Wien Türkenschanzstrasse, Austria. 162.21 Eclipsing Binaries in the Galactic Bulge from SWEEPS Data Kailash C. Sahu1, T. E. Smith1, W. Clarkson1 1STScI. Session 164 Space-Based Instrumentation I AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 162.22 Multicolor Oservations of the Type II Cepheid Prototype W Virgi- 164.01 Steps Toward a UV/Optical Interferometer in Space: FIT & SIFFT nis Kenneth G. Carpenter1, R. G. Lyon1, A. Liu1, P. Dogoda2, P. Petrone2, Matthew R. Templeton1, A. A. Henden1, T. Crawford1, R. James1, M. D. Mozurkewich3, D. Miller4, S. Mohan4, P. Stahl5 1 1 Bonnardeau , D. Wells 1NASA’s GSFC, 2Sigma Space, 3Seabrook Eng., 4MIT, 5NASA’s MSFC. 1AAVSO. 164.02 CALISTO: A Far-Infrared Observatory for the Next Decade Session 163 Extrasolar Planets VI: Observed Systems Harold W. Yorke1, P. F. Goldsmith1, C. M. Bradford1, J. Zmuidzinas1, 1 1 1 1 1 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 C. Paine , M. Dragovan , C. M. Satter , A. E. Nash III , R. A. Lee , B. Khayatian1, A. R. Girerd1, S. J. MacLellan1 1Jet Propulsion Laboratory, California Institute of Technology.

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164.03 Cryogenic Telescope, Scanner, and Imaging Optics for the Wide- 164.10 Wavefront Compensation for High Contrast Imaging in the Pres- fi eld Imaging Survey Explorer (WISE) ence of Fresnel Eff ects Mark Schwalm1, A. Akerstrom1, M. Barry1, J. Guregian1, F. LaMal- Laurent A. Pueyo1, J. Kasdin1 va1, P. Laquidara1, G. Perron1, D. Sampath1, V. Ugolini1 1Princeton University. 1L-3 Communications SSG-Tinsley. 164.11 STARCaL: A Tunable Laser in Space for Telescope Calibration and 164.04 Scientifi c Promise and Instrument Concepts for a Background- Atmospheric Studies Limited Infrared-Submillimeter Spectrograph (BLISS) for SPICA Justin Albert1, W. Burgett2, S. Deustua3 Charles Bradford1, BLISS and SPICA teams 1Univ. of Victoria, Canada, 2Institute for Astronomy, 3AAS. 1Caltech/ JPL. 164.12 Selective Deposition of Th in Films for Future X-ray Optics 164.05 CASTER - A Concept for a Black Hole Finder Probe based on the Amy M. Colon1, R. Bruni2, S. Sheldon2, S. Romaine2 Use of New Scintillator Technologies 1Hunter College CUNY, 2Harvard Smithsonian Center for Astrophysics. Mark L. McConnell1, P. Bloser1, J. Macri1, J. Ryan1, G. Case2, M. 3 3 3 2 3 Cherry , T. Guzik , B. Schaefer , J. G. Stacy , J. P. Wefel , R. M. 164.13 Dynamics of an Occulter Based Planet Finding Telescope Kippen4, W. T. Vestrand4, R. S. Miller5, W. Paciesas5, K. Hurley6, J. Egemen Kolemen1, J. Kasdin1 7 Cravens 1Princeton University. 1U. New Hampshire, 2LSU / Southern Univ., 3LSU, 4LANL, 5U Alabama - Huntsville, 6UC - Berkeley, 7Southwest Research Institute. 164.14 Th e Lost Flux Method: A New Algorithm for Improving the Preci- sion of Space-Based Near-Infrared Stellar Photometry with Lossy 164.06 Observer: Mission Overview Detectors Charles F. Lillie1, J. W. Arenberg1, W. C. Cash2, R. P. Samuele1, A. S. Kenneth J. Mighell1 Lo1 1NOAO. 1Northrop Grumman Space Technology, 2University of Colorado. 164.15 Closed-loop Wavefront Correction for High-contrast Imaging: Th e 164.07 Absolute Time Calibration for the Chandra X-ray Observatory “Peak-A-Boo” Algorithm. Arnold H. Rots1 Amir Give’on1, J. Kasdin2, S. Shaklan3, R. Vanderbei2 1Harvard-Smithsonian CfA. 1Caltech Univ., 2Princeton University, 3JPL.

164.08 Design and Lab Demonstration of the PIAA/Binary-Mask Hybrid Session 165 Star Clusters III Coronagraph Shinichiro Tanaka1, O. Guyon1, E. Pluzhnik1 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1Subaru Telescope. 165.01 Using Open Clusters to Trace the Local Milky Way Rotation Curve and Velocity Field 164.09 Experimental Demonstration of Wavefront Estimation in a Shaped- Peter M. Frinchaboy1, S. R. Majewski2 Pupil Coronagraph 1Univ. of Wisconsin-Madison, 2Univ. of Virginia. Ruslan Belikov1, A. Give’on2, E. Cady1, J. Kay1, L. Pueyo1, N. J. Kas- din1 165.02 WIYN Tip-Tilt Module Observations of the Old Open Cluster NGC 1Princeton Univ., 2Caltech University. 1193 Myra J. Stone1, C. F. Claver2, K. J. Mighell2 1University of Georgia, 2National Optical Astronomy Observatory.

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165.03 WIYN Open Cluster Study: Precision UBVRI CCD Photometry of 165.10 WIYN Open Cluster Study: Lithium in the Young and Metal-Poor the Open Cluster NGC 2420 Cluster M36 Aaron J. Steinhauer1, N. Lauff enburger1, J. Hughto1, C. P. Deliyan- Kevin V. Croxall1, J. Cummings1, C. P. Deliyannis1, A. Steinhauer2 nis2, K. Croxall2, A. Sarajedini3 1Indiana Univ., 2SUNY - Geneseo. 1SUNY - Geneseo, 2Indiana University, 3University of Florida. 165.11 Th e Composition of the Old, Metal-Rich Open Cluster, NGC 6791 165.04 WIYN Open Cluster Study: Precision UBVRI CCD Photometry of Elizabeth Jensen1, A. M. Boesgaard2, C. P. Deliyannis3 the Open Cluster NGC 2506 1Smith College, 2University of Hawaii, 3Indiana University. Joseph Hughto1, N. Lauff enburger1, A. Steinhauer1, C. P. Deliyan- 2 2 3 nis , K. Croxall , A. Sarajedini 165.12 Th e Search for Low Amplitude Pulsational Variable Stars in Six 1SUNY Geneseo, 2Indiana University, 3University of Florida. Open Clusters Eric G. Hintz1, M. B. Rose2 165.05 Th e Red Buttes Observatory’s Wide-Field Telescope’s ZAMS Project 1Brigham Young Univ., 2Utah State University. Ronald W. Canterna1, M. MacDonald1, D. Allen1, E. Hausel1, M. 1 1 Pierce , C. T. Rodgers 165.13 Variable Star Search in the Open Cluster NGC 6659 1Univ. of Wyoming. William Gray1, E. G. Hintz2 1Utah Valley State College, 2Brigham Young Univ.. 165.06 Th e Dolidze 27 and Alessi 10 Open Star Clusters 1 2 Rosalie C. McGurk , M. W. Castelaz 165.14 A Search for Variable Stars in the Field of NGC 7092 (M39) 1University of Washington, 2Pisgah Astronomical Research Institute. Sarah Schuff 1, E. G. Hintz1, M. D. Joner1 1Brigham Young University. 165.07 WIYN Open Cluster Study: Binary Orbits and Tidal Circulariza- tion in NGC 6819 Meagan B. Morscher1, R. D. Mathieu2, S. Kaeppler2, K. T. Hole2, S. Session 166 Tests of Gravity & Alternative Th eories of Gravity Meibom3 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1U. Wisconsin-Milwaukee, 2U. Wisconsin-Madison, 3CfA. 166.01 Th e Implication of MOND for Dark Haloes Yi-Cheng Huang1, A. Kosowsky1 165.08 WIYN Open Cluster Study: Signature(s) of Main Sequence Lithium 1Univ. Of Pittsburgh. Depletion Mechanism(s) from of the Old (6-7Gyr) Open Cluster NGC 188 166.02 Solar System tests DO rule out 1/R gravity 1 1 2 1 Walter Trentadue , K. V. Croxall , A. Gill , C. P. Deliyannis , J. R. Tristan L. Smith1, A. L. Erickcek1, M. Kamionkowski1 3 4 King , L. J. Hainline 1Caltech. 1Indiana University, 2Indiana University and Brown University, 3Clem- son University, 4Caltech. 166.03 Testing Alternative Th eories of Gravity with Long Term Pulsar Tim- ing 165.09 WIYN Open Cluster Study: Lithium Abundances in Dwarf Stars of K.J. Lee1, F. Jenet1 the Old (6-7Gyr) Open Cluster NGC 188 1Center for Gravitational Wave Astronomy / U. Texas at Brownsville. Amandeep Gill1, K. V. Croxall2, W. Trentadue2, C. P. Deliyannis2, J. 3 R. King 166.04 21st Century Gravity 1Indiana University and Brown University, 2Indiana University, 3Clem- Tom Van Flandern1 son University.

276 277 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles 1Meta Research. 167.09 A Spitzer/IRAC Census of the Asymptotic Giant Branch Popula- tions in Local Group Dwarfs Session 167 Stars, Gas and their Motions in Dwarfs and Ir- 1 1 1 1 regulars Dale C. Jackson , E. D. Skillman , R. D. Gehrz , E. Polomski , C. E. Woodward1 Tuesday, 9:20am-6:30pm, Exhibit Hall 4 AAS Poster, 1Univ. of Minnesota. 167.01 Magnetic Fields in Irregular Galaxies: NGC 4214 Amanda A. Kepley1, E. M. Wilcots1, T. Robishaw2, C. Heiles2, E. 167.10 Diff raction Limited Imaging of the Stellar Population of IC 10 with Zweibel1 Laser Guide Star Adaptive Optics and the Hubble Space Telescope 1Univ. of Wisconsin-Madison, 2University of California-Berkeley. Christopher Sheehy1, W. D. Vacca1, J. R. Graham1 1University of California, Berkeley. 167.02 Evidence for Tidal Heating in the Dynamics of LMC Carbon Stars and Red Supergiants 167.11 High Resolution Mapping of Expanding Shells in IC10 Knut A. Olsen1, P. Massey2 Joyce E. Coppock1, E. M. Wilcots2 1NOAO, 2Lowell Observatory. 1Duke University, 2University of Wisconsin-Madison.

167.03 Kinematics of the dE Galaxy IC 225 Session 168 Stellar Populations II Gwen C. Rudie1, B. W. Miller2 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1Dartmouth College, 2Gemini Observatory, Chile. 168.01 Hafnium and the R-Process in the Sun and Metal-Poor Stars 167.04 An Examination of Kinematic Properties of Dwarf Irregular Galaxies Christopher Sneden1, J. E. Lawler2, E. A. Den Hartog2, Z. E. Labby2, Elizabeth A. Adams1, L. van Zee1 J. J. Cowan3, I. Ivans4 1Indiana University. 1U. Texas, 2U. Wisconsin, 3U. Oklahoma, 4Carnegie Obs. & Princeton U..

167.05 Outer Disks of Dwarf Irregular Galaxies: Stars and Gas 168.02 Isotopic Abundances of Eu, Ba, and Sm in Metal-Poor Stars Deidre A. Hunter1, B. G. Elmegreen2, E. Anderson3 Ian U. Roederer1, C. Sneden1, J. E. Lawler2, J. S. Sobeck1, C. A. Pila- 3 4 1Lowell Obs., 2IBM T. J. Watson Research Ctr., 3Northern Arizona U.. chowski , J. J. Cowan 1U. Texas at Austin, 2U. Wisconsin, 3Indiana U., 4U. Oklahoma. 167.06 An Interaction Induced Transformation of I Zw 18? New Results from A-Array VLA Observations 168.03 Revisiting Zirconium: New Abundance Determinations with Im- Liese van Zee1, J. M. Cannon2, E. D. Skillman3 proved Oscillator Strengths 1 1 1 1Indiana Univ., 2Wesleyan Univ., 3Univ. of Minnesota. Debra L. Burris , M. Jones , R. Nichols 1Univ. of Central Arkansas. 167.07 Investigation of Star Formation in Dwarf Iff edular Galaxies Using Ultra-violet Photometry 168.04 Lanthanum and Europium Abundances in a Large Sample of Galac- Bonnie C. Ludka1, D. Hunter2 tic Disk Dwarf Stars 1 1 1 1James Madison University, 2Lowell Observatory. Jennifer A. Simmerer , C. B. Stringer , B. W. Carney 1Univ. North Carolina, Chapel Hill. 167.08 Oxygen Abundances in Starbursting Transition Dwarfs Kate Dellenbusch1, J. S. Gallagher1, P. M. Knezek2 168.05 Lithium Production in Asymptotic Giant Branch Stars 1 2 3 1University of Wisconsin, 2WIYN Consortium, Inc.. Julie Krugler , M. Shetrone , C. Charbonnel 1Michigan State U., 2McDonald Obs., 3Obs. Midi-Pyrenees, France.

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168.06 Beryllium in Extremely Metal Defi cient Stars 168.12 Evidence that R Coronae Borealis Stars Evolve from a White Dwarf Jeff rey Rich1, A. Boesgaard1 Merger rather than a Final Helium Shell Flash 1University of Hawaii Institute for Astronomy. Geoff rey C. Clayton1, T. R. Geballe2, F. Herwig3, C. Fryer4, E. Tenen- baum5, M. Asplund6 168.07 Metallicity in the Solar Neighborhood Out to 60pc 1Louisiana State Univ., 2Gemini Observatory, 3Keele University, United Roggie H. Boone, III1, J. R. King1, D. R. Soderblom2 Kingdom, 4Los Alamos National Laboratory, 5University of Arizona, 1Clemson Univ., 2Space Telescope Science Institute. 6Mount Stromlo Obs., Australia.

168.08 Th e Most Metal-Poor Candidates in SDSS-I DR-5 168.13 Dust at Low Metallicity: Spitzer Observations of AGB Stars in NGC Timothy C. Beers1, Y. Lee1, T. Sivarani1, B. Marsteller1, J. Krugler1, 6822 R. Wilhelm2, C. Allende Prieto3, J. Norris4, J. Johnson5, I. Ivans6, B. Schuyler D. Van Dyk1, F. Kemper2, A. Speck3, R. Szczerba4, M. Mei- Yanny7, C. Rockosi8, H. Morrison9, H. J. Newberg10, J. Knapp11 xner5, E. Peeters6, T. Ueta7 1Michigan State Univ./JINA, 2Texas Tech, 3U. Texas, 4Australian National 1SSC/Caltech, 2U. Manchester, United Kingdom, 3U. Missouri, 4NCAC, Univ., Australia, 5Ohio State U., 6OCIW/Princeton U., 7FermiLab, 8Lick , 5STScI, 6SETI Institute, 7NASA Ames/SOFIA. Obs., UCSC, 9Case Western, 10RPI, 11Princeton U.. 168.14 Infrared Identifi cation of Herbig AeBe stars in the Small Magellanic 168.09 A Search for Evidence of an Abundance Gradient in the Galactic Cloud Halo Based on Stars from SDSS-I DR-5 Sweta Shah1, L. D. Keller1, N. Chitrakar1 Daniela Carollo1, T. C. Beers2, Y. S. Lee2, T. Sivarani2, C. Allende 1Ithaca College. Prieto3, J. Norris4, J. A. Munn5, M. Chiba6 1INAF-OATO & JINA (MSU), Italy, 2Michigan State U./JINA, 3U. Texas, 168.15 Th e SDSS-II/SEGUE Spectroscopic Parameter Pipeline 4Australian National U., Australia, 5USNO, 6Tohoku Univ., Japan. Young S. Lee1, T. C. Beers1, S. Th irupathi1, R. Wilhelm2, C. Allende Prieto3, J. E. Norris4, P. R. Fiorentin5, C. A. Bailer-Jones5, SEGUE 168.10 High-Resolution Calibration of the SDSS/SEGUE Spectroscopic Calibration Team Analysis Pipeline 1Michigan State Univ., 2Texas Tech Univ., 3Univ. of Texas, 4Austrailian T. Sivarani1, T. C. Beers2, Y. Lee2, J. Krugler2, R. Wilhelm3, C. Al- National Univ., Australia, 5Max Planck Institute for Astronomy, Ger- 4 4 4 4 5 lende Prieto , C. Sneden , D. L. Lambert , M. Shetrone , J. Johnson , many. I. Ivans6, C. Rockosi7, D. Lai7, H. Morrison8, W. Aoki9 1 2 Mich. State Univ. & Joint Inst. for Nuclear Astrophysics (JINA), MSU Session 169 Extrasolar Planets VII: Surveys & JINA, 3Texas Tech, 4U. Texas, 5Ohio State Univ., 6Carnegie Obs. & AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 Princeton U., 7UCSC, 8Case Western, 9NAOJ, Japan. 169.01 Observation of Transiting Extrasolar Planets and Gamma-ray 168.11 A New Calibration of [Fe/H] and [C/Fe] Estimates for Medium- Bursts with Robotic Telescopes Resolution Spectra of Carbon-Enhanced Metal-Poor Stars Jay Fisher1, T. R. Young1 Catherine R. Kennedy1, T. C. Beers1, B. Marsteller1, T. Sivarani1, S. 1Univ. Of North Dakota. Rossi2, B. Plez3, T. Masseron4, S. Lucatello5 1Michigan State Univ. / JINA, 2IAG, Univ. of Sao Paolo, Brazil, 3Univ. of 169.02 An Extrasolar Planet Transit Search in NGC 188 1 1 1 1 Montpellier, France, 4Ohio State Univ., 5INAF-OAPD, Italy. Laura Portscheller , B. Kelly , K. Kinemuchi , C. Kobulnicky 1University of Wyoming.

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169.03 Planet Detection and Simulations from Multi-Object Spectrograph 169.10 New Worlds Observer: Optical Simulation Surveys Tiff any M. Glassman1, A. Lo1, W. Cash2 Stephen R. Kane1, D. P. Schneider2, J. Ge1 1Northrop Grumman Space Technology, 2University of Colorado. 1University of Florida, 2Pennsylvania State University. 169.11 New Worlds Observer: Orbit and Sky Coverage 169.04 Exoplanet Tracker Observations with a Monolithic Fixed-Delay Amy Lo1, R. Malmstrom1, T. Guilmette1 Interferometer: First Steps Towards Long-term Stability 1Northrop Grumman Corporation. Scott W. Fleming1, S. Mahadevan1, X. Wan1, C. Dewitt1, A. Hari- 1 1 1 1 haran , D. McDavitt , J. van Eyken , J. Ge 169.12 On the Feasibility of Detecting UV Auroral Emission from Extraso- 1University of Florida. lar Giant Planets (EGPs) Michele Cash1, E. Agol1 169.05 Monitoring the Long-term Radial Velocity Stability of the New 1University of Washington. Generation Multi-object Keck Exoplanet Tracker at the Sloan Tele- scope 169.13 Spectral Bandwidth: A Key TPF Challenge for Achieving Adequate SNR Kaike Pan1, S. Snedden1, J. Ge2, J. van Eyken2, S. W. Fleming2, S. Martin C. Noecker1, S. Kilston1 2 2 Kane , C. Warner 1Ball Aerospace & Tech. Corp.. 1APO-NMSU, 2UF. 169.14 Characterization of Exoplanet Orbits Using a Monte Carlo Bayesian 169.06 Latest Results from the Multi-Object Keck Exoplanet Tracker Analysis Julian C. Van Eyken1, J. Ge1, X. Wan1, B. Zhao1, A. Hariharan1, S. Jonathan Arenberg1, T. Schuman1, A. Lo1 1 1 1 1 1 Mahadevan , C. DeWitt , P. Guo , R. Cohen , S. W. Fleming , J. 1Northrop Grumman. Crepp1, C. Warner1, S. Kane1, F. Leger2, K. Pan3 1 2 3 Univ. of Florida, Fermilab, Apache Point Observatory. 169.15 Th e PIAA Coronagraph Prototype: First Laboratory Results. Eugene Pluzhnik1, O. Guyon1, S. Colley1, B. Gallet1, S. Ridgway2, R. 169.07 Measuring Precise Stellar Barycentric Radial Velocities with a Dis- Woodruff 3, S. Tanaka1, M. Warren4 persed Fixed-Delay Interferometer: Implications for a Multi-Object 1Subaru Telescope, NAOJ, 2NOAO, 3Lockheed Martin Space Corporation, Survey 4Axsys Technologies, Inc. Suvrath Mahadevan1, J. van Eyken1, J. Ge1, C. Dewitt1, S. Fleming1, R. Cohen1, J. Crepp1, A. vanden Heuvel1 1University of Florida. Session 170 Th e Undergraduate Astronomy Course for Non- Majors 169.08 Eclipse Mapping of Hot Jupiters AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 Emily Rauscher1, K. Menou1, S. Seager2, D. Deming3 How Are Students’ Interests in Astronomy Aff ected by Doing Proj- 1 2 3 170.01 Columbia University, Carnegie Institution of Washington, NASA God- ects in ASTR 101 at a Two Year College? dard Space Flight Center. Noella L. D’Cruz1 1Joliet Junior College. 169.09 Simulations of Exoplanet Spectroscopy with JWST 1 2 Matthew Johnson , J. Valenti 170.02 For a Better Grade in Astronomy, Write About It 1Wesleyan Univ., 2STScI. Ana M. Larson1, N. Kool1, C. Beyer1 1Univ. Of Washington.

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170.03 Is the Promise of Space Worth the Price? College Students Weigh In Session 171 UDF and DEEP2 Jo Eliza Pitesky1, J. Turner2 AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 1 2 JPL, UCLA Department of Physics and Astronomy. 171.01 Lyman-alpha Emitters in the HUDF: A Population of Low Mass, Star Forming Galaxies 170.04 Use of Clickers in Introductory Astronomy Courses at California Norbert Pirzkal1, S. Malhotra2, J. E. Rhoads2, C. Xu1 State University Sacramento 1STScI, 2Arizona State University. Christopher L. Taylor1 1 California State University, Sacramento. 171.02 Surface Brightness Properties of z~4-6 Galaxies in the HUDF Nimish P. Hathi1, R. A. Jansen1, S. H. Cohen1, R. A. Windhorst1, S. 170.05 Th e Story of Astronomy: An Activities-Based, Historical Approach Malhotra1, J. Rhoads1 to Classroom Instruction 1Arizona State Univ.. Alan W. Hirshfeld1 1 Univ. of Mass., Dartmouth. 171.03 Th e Unresolved Stellar Populations of Galaxies in the HUDF Russell E. Ryan, Jr.1, R. A. Jansen1, S. H. Cohen1, R. A. Windhorst1 170.06 A Spectrum is Worth a Th ousand Pictures 1Arizona State Univ.. Richard F. Gelderman1 1 Western Kentucky Univ.. 171.04 Emission Line Galaxies in PEARS: A 2-D Detection Method Amber Straughn1, G. Meurer2, J. Gardner3, S. Malhotra1, N. Pirz- 170.07 Th e Astronomy Workshop: Computer Assisted Learning Tools with kal4, N. Hathi1, S. Cohen1, R. A. Windhorst1, J. Rhoads1, C. Xu4, C. Instructor Support Materials and Student Activities Gronwall5, PEARS Team 1 1 1 Grace Deming , D. Hamilton , M. Hayes-Gehrke 1Arizona State University, 2Johns Hopkins University, 3Goddard Space 1 Univ. of Maryland. Flight Center, 4Space Telescope Science Institute, 5Pennsylvania State University. 170.08 Calibrated Peer Review Essays Increase Confi dence in Self-assessment Lauren Likkel1 Th e Luminosity Function of Lyα Emitters at z=3.1 1 171.05 Univ. of Wisconsin -- Eau Claire. Robin Ciardullo1, C. Gronwall1, T. Hickey1, E. Gawiser2, J. J. Feld- meier3, MUSYC Collaboration Astro 001 through an Interactive, Multimedia Science Fiction Story 170.09 1Penn State Univ., 2Yale Univ., 3Youngstown State Univ.. Christopher Palma1, J. C. Charlton1, N. Tr’Ehnl1, K. A. Herrmann1, A. Narayanan1 Evolutionary Behaviour in the HOD from the VVDS Data 1 171.06 Penn State Univ.. Ummi Abbas1, O. Le Fevre1, S. deLaTorre1, C. Marinoni1, VVDS collaboration Course Components for Large Astronomy Lectures 170.10 1Laboratoire D’Astrophysique Marseille, France. Michael Stage1, S. Schneider1 1 Univ. of Massachusetts. 171.07 A GALEX Imaging Search for Lyman Continuum Emission at z~1 in the EGS 170.11 CAPER Team Innovations in Teaching and Learning in ASTRO 101 Peter G. Friedman1, T. A. Small1, J. M. Deharveng2, B. Milliard2, 1 1 2 3 Timothy F. Slater , E. E. Prather , J. M. Bailey , E. Bardar , G. Bris- GALEX Science Team senden1, E. F. Dokter1, D. Hudgins4, J. Keller5 1Caltech, 2Laboratoire d’Astrophysique de Marseille, France. 1U. Arizona, 2UNLV, 3Boston U., 4Rockhurst U., 5Cal Poly.

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171.08 Measuring the Star Formation Rate of the Universe at z~1 from H- 172.05 Studying the Intergalactic Medium via OVI absorption in the spec- alpha with Multi-Object Near-Infrared Spectroscopy tra of SDSS Quasars Andrew J. Bunker1, M. Doherty2, R. Sharp3, I. Parry4, G. Dalton5, I. Stephan Frank1, S. Mathur1 Lewis6 1Th e Ohio State University, Department of Astronomy. 1Univ. of Exeter, UK, 2European Southern Observatory, Germany, 3Anglo-Australian Observatory, Australia, 4Institute of Astronomy, Univ. 172.06 A High Precision Radial Velocity Survey of the Galactic Bulge 1 1 1 of Cambridge, United Kingdom, 5Rutherford-Appleton Laboratory & Christian D. Howard , D. B. Reitzel , R. M. Rich 1 Astrophysics, Univ. of Oxford, UK, 6Astrophysics, Univ. of Oxford, UK. UC, Los Angeles.

171.09 Constraining the Interaction History of Galaxies Over 4 Gyr 172.07 43 GHz SiO Masers for Phase Calibration with VERA in the Galac- Kyle Penner1, S. Jogee1, GEMS collaboration tic Center Robert M. Edmonds1, L. Sjouwerman2, Y. Pihlstrom1 1University of Texas at Austin. 1University of New Mexico, 2NRAO. 171.10 Conditional Density Analysis of Th e Hubble Deep Field Brittany L. Dames1, P. H. Coleman1 172.08 Sagittarius Debris, the Virgo Stellar Stream, and the new stream near the Galactic Plane 1University of Hawai`i, Institute for Astronomy. Heidi J. Newberg1, B. Yanny2, N. Cole1, T. Beers3 1Rensselaer Polytechnic Inst., 2Fermilab, 3Michigan State University. Session 172 Th e Milky Way AAS Poster, Tuesday, 9:20am-6:30pm, Exhibit Hall 4 172.10 Contour Map for the Gravitational Potential of the Milky Way 1 172.01 A Wide Area Map of Th e Galactic Center at 1.1 mm David F. Bartlett Elisabeth A. Mills1, J. E. Aguirre2, J. Bally3, J. Glenn3, M. L. Enoch4, 1Univ. of Colorado. N. J. Evans, II5, J. Walawender6 1Indiana Univ., 2NRAO Jansky Fellow, CASA-University of Colorado, 172.11 Abundacne Patterns in High-Velocity RAVE Stars 1 1 1 3CASA-University of Colorado, 4Caltech, 5University of Texas, 6IfA-Uni- Jon P. Fulbright , G. Ruchti , R. Wyse , RAVE Collaboration 1 versity of Hawaii. Johns Hopkins Univ.. 172.12 Gravitational Lensing and the Distance to the Galactic Center 172.02 Modeling the Galactic Center Magnetic Field Using Synchrotron 1 2 Flux Density Maps Erin L. Gutbrod , S. Levine 1 2 Benjamin J. Cowin1, M. Morris2 University of Notre Dame, US Naval Observatory. 1University of Washington, 2UC, Los Angeles. 172.13 Smith’s Cloud (HVC) in 21 cm HI emission A. J. Heroux1 172.03 New Hot Stars in the Galactic Center 1 Jon Mauerhan1, M. Muno2, M. Morris1 University of Wisconsin - Whitewater. 1UCLA, 2Space Radiation Lab, Caltech. 172.14 Exploring the Local Milky Way: M Dwarfs as Tracers of Galactic Populations 172.04 Is the Vertical Velocity Distruibution of the Milky Way’s Th ick Disk John J. Bochanski1, S. L. Hawley1, J. A. Munn2, K. R. Covey3, A. A. Isothermal? 4 1 Constance M. Rockosi1 West , L. M. Walkowicz 1 2 3 4 1UCO/Lick Observatory. Univ. of Washington, US Naval Observatory, CfA, Univ. of California.

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172.15 Galactic Structure Across the Sky with AAOmega 172.23 GPIPS: Season One Rosemary F. Wyse1, G. Gilmore2, J. E. Norris3 Dan P. Clemens1, A. Pinnick1, M. Pavel1, B. Taylor1, K. Jameson1 1Johns Hopkins Univ., 2Institute of Astronomy, Univ. of Cambridge, 1Institute for Astrophysical Research, Boston Univ.. United Kingdom, 3RSAA, ANU, Australia. 172.24 An HI Absorption Survey of the Central 250 pc of the Galactic Cen- 172.16 A High-resolution Polarimetric Survey of the Central 200 pc of the ter: Distance Constraints & Understanding the Complex ISM Galaxy Kelsey I. Clubb1, C. C. Lang1, W. M. Goss2 Th omas M. Freismuth1, C. C. Lang1, T. J. Lazio2, K. Golap3 1University of Iowa, 2National Radio Astronomy Observatory. 1Univ. of Iowa, 2NRL, 3NRAO. 172.25 Spectroscopic Observations of the Galactic Center with OSIRIS 1 1 1 2 1 1 172.17 Th e Line of Sight Velocity Distribution of the Galactic Bulge Tuan Do , A. Ghez , J. Lu , K. Matthews , M. Morris , A. Stolte , E. David B. Reitzel1, C. Howard1, R. M. Rich1, H. Zhao2, Y. Wang3 Becklin1, J. Larkin1, S. Wright1 1UCLA, 2University of St. Andrews, United Kingdom, 3National Astro- 1UC, Los Angeles, 2Caltech. nomical Observatory, China. 172.26 A Comparison of Spitzer, WIYN 0.9m, and Chandra Point Source Deep Astrometry of the Galactic Bulge with the HST ACS-WFC Populations in the Inner Galaxy 172.18 1 2 Will Clarkson1, K. Sahu1, E. Smith1, S. Casertano1 Luis C. Vargas , R. A. Benjamin 1 2 1STSCI. University of Kansas, University of Wisconsin-Whitewater.

An Arecibo HI 21-cm Absorption Survey of X-ray Rich Clusters 172.28 Probing the Interstellar Medium using the 172.19 1 2 3 Hector Hernandez1, T. Ghosh1, C. J. Salter1, E. Momjian1 Shauna Sallmen , D. C. Backer , L. Marschke 1 2 3 1Arecibo Observatory. Univ. of Wisconsin, La Crosse, Univ. of California at Berkeley, Univ. of Northern Colorado. 172.20 A New Distance Calibration for Blue Stars in the Direction of Ga- lactic High-Velocity Clouds 172.29 VERITAS Observations of LSI +61 303 Ronald J. Wilhelm1, J. Barentine2, T. C. Beers3, B. P. Wakker4, D. G. Andrew W. Smith1 York 5 1Harvard-Smithsonian CfA. 1Texas Tech Univ., 2University of Texas, 3Michigan State University, 4Uni- versity of Wisconsin, 5University of Chicago. Session 173 Instrumentation and Community Analysis AAS Poster, Tuesday, 9:20am-4:00pm, Exhibit Hall 4 172.21 Elemental Abundances of Metal-Poor Th ick Disk Stars from the RAVE Survey Gregory R. Ruchti1, J. Fulbright1, R. F. Wyse1, RAVE Collaboration 173.01 Evaluation of a Novel Design for an Electrostatic Quadrupole Trip- 1Johns Hopkins Univ.. let Ion Beam Lens L. R. Burns1, J. D. Bouas1, S. Matteson1, D. L. Weathers1 172.22 Th e Identifi cation of the Microlens in Event MACHO-LMC-20 1Ion Beam Modifi cation and Analysis Laboratory (IBMAL) — University Michael W. Werner1, N. Kallivayalil2, B. M. Patten2, M. Marengo2, C. of North Texas. Alcock2, G. Fazio2 1JPL/Caltech, 2CfA.

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WebAssign® 173.02 Finding Astronomical Communities Th rough Co-readership And You Thought It Was About Homework Analysis The way you imagined teaching could be.™ Edwin A. Henneken1, M. J. Kurtz1, G. Eichhorn1, A. Accomazzi1, C. Grant1, D. Th ompson1, E. Bohlen1, S. S. Murray1 Put WebAssign to Work 1Smithsonian Astrophysical Obs.. Questions from all major physics and astronomy textbooks or write your own. Hints, conditional feedback, and group assignments. Single Baseline Phases in Optical Interferometry Give practice questions or questions from a pool. 173.03  Anders M. Jorgensen1, D. Mozurkewich2, H. Schmitt3, C. Tycner4, R. New publisher questions. Tuesday 3 3 3 5 Hindsley , T. A. Pauls , J. T. Armstrong , D. Peterson Streamlined Workflow 9:30–11:00 1 2 3 NMT and LANL, Seabrook Engineering, Naval Research Laboratory, Quickly access student responses. Convention Ctr 4 5 US Naval Observatory, Stony Brook University. Communicate with class forums & announcements. Classroom 305 Give students access to their grades and class stats. Propagate assignments to large courses. Job Center Integrates with Blackboard. Attendee Services, Tuesday, 9:20am-5:00pm, Exhibit Hall 4

WebAssign http://webassign.net/ Centennial Campus [email protected] 940 Main Campus Dr. Suite 210 (919) 829-8181 Gadgets and Gizmos Raleigh, NC 27606 (800) 955-8275 Attendee Services, Tuesday, 9:20am-5:00pm, South Lobby See Sunday’s listing for details. And You Th ought It Was About Homework (Th e way you imagined teaching could be) Commercial Workshop, Tuesday, 9:30-11:00am, 305 Experience Digital Physics Curriculum II Find out how to deliver with WebAssign. WebAssign, the premier online Commercial Workshop, Tuesday, 9:30-11:00am, 302 homework, quizzing, and testing system, continues to have all of the fea- View and experiment with a new digital physics textbook and virtual phys- tures you want. We listen! ics labs. Learn how a fully integrated digital physics curriculum can aid your Access Questions from all major physics and astronomy textbooks, or write instruction. Application of multi-learning styles and inquiry-based learning your own. Check out our latest off erings with assignable simulations, assign- in a self-paced package provide students with the opportunity to experiment able examples with basic and specifi c feedback. Give partial credit with con- and explore. ditional weighting. Assign practice questions or pick questions from a pool. Chair, Mark Bretl1 Give group assignments. Streamline your work fl ow with WebAssign. It is 1Kinetic Books. easy to use, reliable, and helps you stay connected, your way. Quickly ac- cess student responses, communicate with class forums, Ask Your Teacher, and announcements, give students access to all of their course grades with complete class statistics, propagate common assignments to many sections, give secure quizzes and tests. Find out how to integrate WebAssign with Blackboard and WebCT. Over 190, 000 students are using WebAssign. Find out why. Visit us at http://webassign.net. Chair, John S. Risley1 1WebAssign.

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Session 174 Impact of Intelligent Design and Responses to It Session 176 GLAST Science and Opportunities at All Wave- AAS Special, Tuesday, 10:00-11:30am, 204 lengths Tuesday, 10:00-11:30am, 611-12 174.01 Overview of the Nature of Intelligent Design as a Pseudoscience HEAD Special, Matthew Bobrowsky1 176.01 GLAST Science Across Wavelengths 1STScI. R. D. Blandford1 1SLAC. 174.02 Th e AAS Resolution on Teaching Evolution George D. Nelson1 176.02 Enhancing GLAST Science Th rough Complementary Radio Obser- 1Western Washington University. vations James S. Ulvestad1 174.03 1NRAO. Francis Slakey1 1American Physical Society. 176.03 Galaxy Formation, Cold Dark Matter Substructure, and GLAST Piero Madau1 174.04 Science and Faith: Discussing Astronomy Research with Religious 1UC, Santa Cruz. Audiences Anton M. Koekemoer1 176.04 GLAST Mission Overview and Science Opportunities 1STScI. Julie E. McEnery1 1NASA’s GSFC. Session 175 Observations & Models of Extragalactic LMXBs AAS Special, Tuesday, 10:00-11:30am, 201 Session 177 Andromeda All the Time Chair, Stephen E. Zepf1 AAS Oral, Tuesday, 10:00-11:30am, 6B 1Michigan State Univ.. 177.01 Th e Surface Brightness Profi le of the Bulge and Halo of the An- dromeda Spiral Galaxy (M31) from R = 10 to 165 kiloparsecs 175.01 Deep Chandra Studies of LMXB Populations in Elliptical Galaxies Puragra Guhathakurta1, K. Gilbert1, J. Kalirai1, J. Ostheimer2, S. Giuseppina Fabbiano1 Majewski2, R. Patterson2, M. Geha3, M. Cooper4, D. Reitzel5, R. 5 1Harvard-Smithsonian Center for Astrophysics. Rich 1UC, Santa Cruz, 2U Virginia, 3DAO/HIA, NRC, Canada, 4UC, Berkeley, 175.02 Th e Low Mass X-Ray Binary - Globular Cluster Connection and its 5UCLA. Implications Arunav Kundu1 177.02 New Substructure in the Spheroid of the Andromeda Spiral Galaxy 1Michigan State University. Karoline Gilbert1, J. Isler2, J. Kalirai1, M. Fardal3, P. Guhathakurta1, R. M. Rich4, D. Reitzel4, S. Majewski5, M. Cooper6, M. Geha7, J. Os- 5 5 175.03 Th eoretical Models of LMXBs in Elliptical Galaxies theimer , R. Patterson Vicky Kalogera1 1UCO/Lick Obs, 2Vanderbilt/UCSC, 3UMass, 4UCLA, 5U Virginia, 6UC, 1Northwestern University. Berkeley, 7DAO/HIA/NRC, Canada.

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177.03 Unraveling NGC 205’s Interaction with Andromeda (M31) 178.02 Spitzer Mid-Infrared Observations of Blue Compact Dwarf Galaxies Kirsten Howley1, M. Geha2, P. Guhathakurta1, R. Montgomery1, G. Yanling Wu1, V. Charmandaris2, L. Hao1, J. Bernard-Salas1, L. Hunt3, Laughlin1 J. R. Houck1 1UCO/Lick Observatory, University of California Santa Cruz, 2Th e Ob- 1Cornell Univ., 2University of Crete, Greece, 3INAF-IRA, Italy. servatories of the Carnegie Institution of Washington. 178.03D Mass and Substructure in Dwarf Spheroidal Galaxies 1 177.04 Reconstructing a Recent Collision in Andromeda Matthew G. Walker Mark Fardal1, P. Guhathakurta2, A. Babul3, A. McConnachie3, C. 1Univ. of Michigan. Dodge4 1UMass, 2UCO/Lick, 3UVic, Canada, 4Smith. 178.04 Compact Elliptical Galaxies and Ultracompact Dwarfs in the Sloan Digital Sky Survey 1 2 2 2 177.05 Constraints on the Chemical Evolution of the M31 Spheroid Ronald O. Marzke , P. Pellegrini , L. da Costa , M. , D. Burst- Henry C. Ferguson1, O. Certik1, T. Brown1, E. Smith1, M. Rich2, R. ein3 Guhathakurta3, J. Kalirai3, A. Renzini4, A. Sweigart5 1San Francisco State University, 2ON/CNPq, Brazil, 3Arizona State Uni- 1STScI, 2UCLA, 3UC Santa Cruz, 4Univ. Padova, Italy, 5GSFC. versity.

177.07 Characterizing the Metallicity Distribution of the Extended Bulge 178.05 A New Population of Ultra-faint Local Group Galaxies of the Andromeda Spiral Galaxy (M31). Daniel B. Zucker1, V. Belokurov1, N. W. Evans1, G. Gilmore1, M. I. Jedidah C. Isler1, J. Kalirai2, K. Gilbert2, P. Guhathakurta2, M. Wilkinson1 Geha3, S. Majewski4, J. Ostheimer4, R. Patterson4, D. Reitzel5, R. 1University Of Cambridge, United Kingdom. Rich5 1Fisk U, Vanderbilt U, UC, Santa Cruz (Visiting Student), 2UCO/Lick 178.06 Th e Leo A: A Survivor From the Epoch of Reioniza- Obs., 3DAO/HIA/NRC, Canada, 4U Virginia, 5UCLA. tion Andrew A. Cole1, E. D. Skillman1, A. E. Dolphin2, J. S. Gallagher, 3 4 5 1 1 6 177.08 Keck/Deimos Spectroscopy of Distant M31 fi elds with Deep HST III , E. Tolstoy , C. Gallart , D. Weisz , S. L. Hidalgo , A. Saha , P. B. Imaging Stetson7, A. Aparicio5 Robert M. Rich1, T. M. Brown2, D. B. Reitzel1, H. Ferguson2, A. 1U. Minnesota, 2U. Arizona, 3U. Wisconsin, 4Kapteyn Inst., Th e Nether- Koch1, E. Smith2, P. Guhathakurta3, J. Kalirai4, A. Renzini5, R. Kim- lands, 5IAC, Spain, 6NOAO, 7DAO, Canada. ble6, A. Sweigart6, K. Gilbert4, M. Chiba7, M. Iye7, Y. Komiyama7, M. 7 Tanaka 178.07 Spitzer Observations of the Far-Infrared Radio Continuum Corre- 1UCLA, 2STScI, 3Lick Observatory/UCSC, 4UCSC, 5INAF-Padova, Italy, lation in the Small Magellanic Cloud 6GSFC, 7NAOJ, Japan. Karin M. Sandstrom1, A. Bolatto1, A. Leroy2, S. Stanimirovic3, J. D. Simon4, L. Staveley-Smith5, J. R. Dickel6, R. Shah7, P. F. Winkler8, R. 9 10 Session 178 Dwarf Galaxies: Don’t Let Th eir Size Fool You C. Smith , N. Mizuno 1University of California, Berkeley, 2Max Planck Institute for Astronomy, AAS Oral, Tuesday, 10:00-11:30am, 3B Germany, 3University of Wisconsin, Madison, 4California Institute of 178.01 Environment and the Gas Content of Dwarf Galaxies Technology, 5Australia Telescope National Facility, CSIRO, Australia, Marla C. Geha1, M. Blanton2, A. A. West3 6University of New Mexico, 7Institute for Astrophysical Research, Boston 1Herzberg Institute of Astrophysics, Canada, 2New York University, 3UC University, 8Middlebury College, 9NOAO, 10Department of Astrophysics, Berkeley. Nagoya University, Japan.

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Session 179 Extrasolar Planets I 180.03D AGN Heating and the Growth of Black Holes and Bulges in Cluster AAS Oral, Tuesday, 10:00-11:30am, 605-07 Cores David A. Raff erty1, B. R. McNamara2, P. E. Nulsen3, M. W. Wise4 179.01 Th e Migration of Giant Planets Richard G. Edgar1 1Ohio University, 2University of Waterloo, Canada, 3CfA, 4University of 1University of Rochester. Amsterdam, Th e Netherlands.

179.02 Behavior of Apsidal Orientations in Planetary Systems 180.04 Simulating the Universe: Large Area Synthetic Galaxy Cluster Sur- Rory Barnes1, R. Greenberg1 veys 1 2 3 3 1 1Univ. Of Arizona. Eric J. Hallman , B. O’Shea , M. Norman , R. Wagner , J. Burns 1University of Colorado, 2Los Alamos National Laboratory, 3University of 179.03D Turbulent Torques on Protoplanets in a Dead Zone California-San Diego. Jeff rey S. Oishi1, M. Mac Low2, K. Menou3 1AMNH/UVa, 2AMNH, 3Columbia University. 180.05D Galaxy Populations in Clusters and the Estimation of Cluster Opti- cal Richness in Wide-Field Surveys 1 179.04D Stellar Magnetic Activity and the Detection of Exoplanets Ben Koester Jason Wright1 1University of Michigan. 1UC, Berkeley. 180.06 Probing Structure Formation Physics with the Evolution of Galaxy A Survey of Close, Young Stars with SDI at the VLT and MMT Cluster Properties 179.05D 1 2 3 4 Beth A. Biller1, L. Close1, E. Masciadri2, R. Lenzen3, W. Brandner3, Douglas J. Burke , M. Arnaud , H. Boehringer , S. Borgani , C. Col- 5 6 7 8 3 9 D. McCarthy1, T. Henning3, E. Nielsen1, M. Hartung4 lins , C. Mullis , R. Nichol , E. Pointecouteau , G. Pratt , K. Romer , S. Sabirli10, P. Viana11, A. Vikhlihnin1, M. Voit12 1Univ. Of Arizona, 2Observatorio Astrofi sico di Arcetri, Italy, 3MPIA- 1SAO, 2CEA - Service d’Astrophysique, France, 3MPE, Germany, 4Osser- Heidelberg, Germany, 4European Southern Observatory, Chile. vatorio Astronomico di Trieste, Italy, 5Liverpool John Moores University, 6 7 179.06 Planets Formed in Habitable Zones of M Dwarf Stars Probably Lack United Kingdom, University of Michigan, University of Portsmouth, Volatiles United Kingdom, 8Centre d’Etude Spatiale des Rayonnements, France, Jack J. Lissauer1, E. V. Quintana1 9University of Sussex, United Kingdom, 10Carnegie Mellon University, 1NASA/Ames Research Center. 11Universidade do Porto, Portugal, 12MSU.

Session 180 Galaxy Clusters III Session 181 Galaxy Evolution with DEEP2

AAS Oral, Tuesday, 10:00-11:30am, 613-14 AAS Oral, Tuesday, 10:00-11:30am, 608-10 180.01 Projected 3pt Correlation Function in the Sloan Digital Sky Survey 181.01D Th e DEEP2 Galaxy Redshift Survey: the Formation of the Red Cameron McBride1, R. Scranton1, A. Connolly1, J. Gardner2 Sequence 1University of Pittsburgh, 2Pittsburgh Supercomputing Center. Michael C. Cooper1 1University of California at Berkeley. 180.02D High-Redshift Clusters in the SpARCS Survey 1 1 2 Adam Muzzin , H. Yee , G. Wilson , SpARCS Collaboration 181.02 Are Massive Galaxies Formed by z~1? 1Univ. of Toronto, Canada, 2Spitzer Science Center. Christopher Conselice1, AEGIS Team 1Univ. of Nottingham, United Kingdom.

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181.03D Th e Evolution of the Blue Galaxy Fraction in DEEP2 Groups and 182.03 Th e Metallicity and Lithium Abundances in the Repeating Novae, Isolated Galaxies RS Oph and T CrB Brian Gerke1 George Wallerstein1, T. Harrison1, U. Munari2 1UC-Berkeley. 1Univ. of Washington, 2Osservatorio Asiago, Italy.

181.04 Redshift Identifi cation of Single-Line Emission Galaxies in the 182.04D Mass Transfer and Evolution of Compact Binaries DEEP2 Survey Vayujeet Gokhale1 Evan Kirby1, P. Guhathakurta1, S. M. Faber1, B. J. Weiner2 1Louisiana State Univ.. 1UC Santa Cruz, 2University of Maryland. 182.05 Hubble Space Telescope Observations of Th irteen Novae Candi- 181.05D Galaxies in Transition: AGN Activity and Environments of Post- dates in the Core of M87 starburst Galaxies Juan P. Madrid1, W. B. Sparks1, H. Ferguson1, M. Livio1, D. Mac- Renbin Yan1, DEEP2 Team chetto2 1UC, Berkeley. 1STScI, 2STScI/ESA.

181.06 Th e Tully-Fisher Relation to z=1.2 182.06 X-ray Ne/O Ratio in Cataclysmic Variables Susan A. Kassin1, B. Weiner2, S. Faber1, D. Koo1, J. Lotz2, DEEP2 Eric M. Schlegel1, V. Rana2, K. Singh2, V. Girish2, P. Barrett3 Team 1Univ. of Texas, San Antonio, 2Tata Inst. of Fundamental Research, India, 1UC Santa Cruz, 2Steward Observatory. 3US Naval Observatory.

Session 182 Novae/Cataclysmic Variables 182.07 Accreting Pulsating White Dwarfs: Hotter than Single DAVs 1 1 2 3 AAS Oral, Tuesday, 10:00-11:30am, 6A Paula Szkody , A. Mukadam , B. T. Gaensicke , P. A. Woudt , J. Solheim4, E. M. Sion5, A. Nitta6, B. Warner3, D. K. Sahu7, T. Prabhu7, 182.01 Radio Imaging of the Recurrent Nova RS Ophiuchus A. Henden8 1 1 2 Michael P. Rupen , A. J. Mioduszewski , J. L. Sokoloski , C. R. Kai- 1U. Washington, 2U. Warwick, UK, 3U. Cape Town, South Africa, 4Inst. of ser3, C. Brocksopp4 Th eoretical Astrophysics, Norway, 5Villanova U., 6Gemini Obs., 7Indian 1NRAO, 2Columbia University, 3University of Southampton, United Inst. of Th eoretical Astrophysics, India, 8AAVSO. Kingdom, 4Mullard Space Science Laboratory, Univ. College London, United Kingdom. Session 183 SDSS and GALEX 182.02 Hubble Space Telescope Observations of the 2006 Outburst of RS AAS Oral, Tuesday, 10:00-11:30am, 3A Ophiuchi 183.01 Th e Intrinsic Properties of SDSS Galaxies: Taking off the Rose Michael F. Bode1, D. Harman1, T. J. O’Brien2, H. E. Bond3, S. Star- Tinted Glasses rfi eld4, M. Shara5, S. Eyres6, A. Evans7 Ariyed Maller1, A. Berlind2, M. Blanton2, D. Hogg2 1Liverpool John Moores University, United Kingdom, 2Jodrell Bank Ob- 1New York City College of Technology, 2CCPP, NYU. servatory, United Kingdom, 3STScI, 4Arizona State University, 5American Museum of Natural History, 6University of Central Lancashire, United 183.02D Dependence of Merger Rates and Ram Pressure Stripping on Envi- Kingdom, 7Keele University, United Kingdom. ronment and Galaxy Mass Janice Hester1 1Princeton Univ..

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183.03D Refl ections of Cluster Assembly in the Stellar Populations and Dy- 184.04 Designing a Workshop for Change in the Community of Physics namics of Member Galaxies Juan R. Burciaga1 Sean Moran1, R. S. Ellis1, T. Treu2, G. P. Smith3, N. Miller4 1Whitman College. 1Caltech, 2University of California, 3University of Birmingham, United Kingdom, 4Caltech/UC Santa Cruz. Session 185 NAEP Science 2009: Why Should Physics Teach- ers Care? Th e Star Formation and Extinction Evolution of UV-Selected Gal- 183.04 AAPT Panel, Tuesday, 10:00-11:30am, 310 axies over 0

300 301 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

187.01 Th e Science and Technology of the National Virtual Observatory 188.05 Longitudinal Standing Waves in a Tutorial Environment Alex Szalay1 Jack Dostal1 1Johns Hopkins University. 1Montana State University.

187.02 Education Potential of the National Virtual Observatory 188.06 Investigating Student Understanding of Wave Behavior at Boundar- Carol Christian1 ies* 1STScI. Mila Kryjevskaia1, M. R. Stetzer1, P. R. Heron1, L. C. McDermott1 1University of Washington. 187.03 Th e Challenges of Using Virtual Observatories in the Classroom Robert T. Sparks1 188.07 Investigating Student Understanding of Control of Variables 1National Optical Astronomy Observatory. Andrew Boudreaux1, P. R. Heron2, P. S. Shaff er2 1Western Washington University, 2University of Washington. 187.04 Discover an Asteroid Using SDSS Elizabeth A. Ramseyer1 188.08 Modeling Student Th inking about Motion in Tutorial 1Niles West High School. Brian W. Frank1, R. E. Scherr1 1University of Maryland. Session 188 PER: Student Understanding & Student Reasoning 188.09 Sensemaking: Conceptualizing and Coding for “Good” Student AAPT Oral, Tuesday, 10:00-11:30am, 307-08 Reasoning Chair, Marina M. Milner-Bolotin1 Andrew Elby1, R. Scherr1, T. Bing1 1University of British Columbia, Canada. 1University of Maryland.

188.01 Techniques and Tools for Teaching the Photoelectric Eff ect Session 189 Techniques in Introductory Physics Teaching S. B. McKagan1, W. Handley1, K. K. Perkins1, C. E. Wieman1 AAPT Oral, Tuesday, 10:00-11:30am, 616 1University of Colorado. Chair, Frieda Stahl1 188.02 Examining Student Understanding of Quantum Wavefunctions 1California State Univ., Los Angeles. Homeyra R. Sadaghiani1, P. S. Shaff er1, L. C. McDermott1 1University of Washington. 189.01 Aesthetic Physics Education: A Symmetry Based, Physics and Fine Arts Curriculum 1 2 3 3 188.03 Pedagogical Landscape in Upper-Level Th ermal Physics * Jatila van der Veen , P. M. Lubin , J. Cook-Gumperz , J. D. Raley , E. David E. Meltzer1, W. M. Christensen2 Mazur4 1University of Washington, 2Iowa State University. 1Gevirtz Graduate School of Education and Physics Dept., University of California, Santa Barbara, 2Physics Dept. UCSB, 3Gevirtz Graduate 188.04 “Is Entropy Conserved?” Student Understanding of Entropy in School of Education, UCSB, 4Physics Dept, Harvard University. Introductory Physics Warren M. Christensen1, D. E. Meltzer2 189.02 Science One: An Interdisciplinary First-year Science Program 1Iowa State University, 2University of Washington. Domingo J. Louis-Martinez1, N. Dryden1, M. Maclean1 1University of British Columbia, Canada.

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189.03 Curbing “Math Anxiety” with Galileo - While Teaching Physicists, Begin With Special Relativity too Commercial Workshop, Tuesday, 12:30-2:00pm, 302 Brian P. Schwartz1 For nearly a century we have lived with an introductory physics curriculum 1Carthage College. that divides physics into classical and modern parts, and teachers only the classical part to the majority of students. Th e Physics2000 workshop dem- 189.04 Using Whole Vector Force Representations for “Friction Problems” onstrates how to easily overcome this divide by starting with special relativ- Daniel H. Phelps1 ity in the fi rst week, and fi tting in 20th century topics as you go along. 1Columbia College (Retired), Canada. As examples we will discuss introducing magnetism from Coulomb’s Law and the Lorentz contradiction teach the time-energy form of the uncertainty 189.05 Teaching Physics for Conceptual Understanding - Exemplifi ed for principle and introduce Fourier Optics using the pulse Fourier Transforma- Einstein’s Special Relativity tion capability of MacScopeII. Lucian M. Undreiu1 1 1UVA’s College at Wise. Chair, Elisha Huggins 1Physics2000.com. 189.06 Student Reported Learning Gains From Pre-Class Questions David T. Kagan1 1California State University, Chico.

189.07 High School Physics Experience and Learning Outcomes in Intro- ductory Physics Courses Tetyana Antimirova1 1 Ryerson University, Canada. Physics2000 189.08 Th e Impact of Teaching Technologies in the Introductory Physics Free Workshop Classroom William W. McNairy1 œÀÊ ˜i>ÀÞÊ >Ê Vi˜ÌÕÀÞÊ ÜiÊ >ÛiÊ ˆÛi`Ê ÜˆÌ Ê 1Duke University. >˜Ê ˆ˜ÌÀœ`ÕV̜ÀÞÊ « ÞÈVÃÊ VÕÀÀˆVÕÕ“Ê Ì >ÌÊ `ˆÛˆ`iÃÊ« ÞÈVÃʈ˜ÌœÊV>ÃÈV>Ê>˜`ʓœ`iÀ˜Ê «>ÀÌÃ]Ê>˜`ÊÌi>V iÃʜ˜ÞÊÌ iÊV>ÃÈV>Ê«>ÀÌÊ 189.09 Examples from Research on the Learning and Teaching of Quantum ÌœÊ Ì iÊ “>œÀˆÌÞÊ œvÊ ÃÌÕ`i˜ÌÃ°Ê Ê / iÊ * ÞÇ Mechanics ˆVÃÓäääÊ ÜœÀŽÃ œ«Ê `i“œ˜ÃÌÀ>ÌiÃÊ œÜÊ ÌœÊ Andrew D. Crouse1, P. S. Shaff er1, L. C. McDermott1 i>ȏÞÊ œÛiÀVœ“iÊ Ì ˆÃÊ `ˆÛˆ`iÊ LÞÊ STARTING 1 WITH SPECIAL RELATIVITY ˆ˜Ê Ì iÊ wÀÃÌÊ ÜiiŽ]Ê 12:30 PM Tuesday Univ. of Washington. >˜`ÊwÌ̈˜}ʈ˜ÊÓäÌ ÊVi˜ÌÕÀÞÊ̜«ˆVÃÊ>ÃÊޜÕÊ in Room 302 }œÊ>œ˜}°

Session 190 Heineman Prize Lecture ÃÊiÝ>“«iÃ]ÊÜiÊ܈Ê`ˆÃVÕÃÃʈ˜ÌÀœ`ÕVˆ˜}Ê Plenary, Tuesday, 11:40am-12:30pm, Ballroom 6 “>}˜iÌˆÃ“Ê vÀœ“Ê œÕœ“L½ÃÊ >ÜÊ >˜`Ê Ì iÊ œÀi˜ÌâÊVœ˜ÌÀ>V̈œ˜]Ê>˜`ÊÌi>V ÊÌ iÊ̈“i‡i˜‡ 190.01 Th e DEEP2 Redshift Survey: From Galaxies to Large-Scale Structure iÀ}ÞÊvœÀ“ÊœvÊÌ iÊ՘ViÀÌ>ˆ˜ÌÞÊ«Àˆ˜Vˆ«iÊÕȘ}Ê 1 Marc Davis Ì iÊPULSE&OURIER4RANSFORMÊV>«>LˆˆÌÞʜvÊ 1UC, Berkeley. >V-Vœ«iÊ° ÀiiÊ* ÞÈVÃÓäääÊ Ê>˜`Ê«Àˆ˜Ìi`ÊÌiÝÌÃÊvœÀÊÌ œÃiÊ Ü œÊ>ÌÌi˜`ÊÌ iÊܜÀŽÃ œ«°

304 305 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

Decadal Survey Town Hall Physics and Society Education AAS Town Hall Meeting, Tuesday, 12:45-1:45pm, 613 AAPT Crackerbarrel, Tuesday, 1:00-2:00pm, 619 In our fi eld, the National Academy of Sciences - National Research Council Are you looking for ways to incorporate societal issues into a physics (NRC) is best known as the organization that convenes the Astronomy and course? Join your colleagues to share questions and ideas in an informal dis- Astrophysics Decadal Surveys (AADSs). Th e series of AADS reports has cussion about how to accomplish this. A small number of people will make provided priorities for the federal investment that has, in turn, enabled the brief presentations on their successful activities, then the session will open remarkable success of the fi eld. Th e January 2007 AAS meeting will pro- for all to share and discuss. Information about presenters will be posted vide a good opportunity to take stock of the progress that has been made through the PHYSOC listserv prior to the meeting. since the 2001 AADS and to begin to turn our attention forward to plan- Chair, Jane Flood1 ning the next one. Th e AADS process is organized by the NRC’s Board on 1Muhlenberg College. Physics and Astronomy, in cooperation with the Space Studies Board and with the active involvement of their joint subcommittee, the Committee on Astronomy and Astrophysics. With this session, the BPA/SSB/CAA will High Performance Computing for Undergraduate Physics begin a dialogue with the community about the next AADS. Th e Boards are and Astronomy Education - Let’s talk about it considering whether, in light of the current circumstances in the fi eld, to AAPT Crackerbarrel, Tuesday, 1:00-2:00pm, 618 recommend some adjustments in the decadal survey process. AAS members For year supercomputers have been the domain of the relatively few re- are encouraged to take the opportunity presented by this Town Hall to com- searchers whose extreme computational performance demands could ment on this issue. justify the costs - both time and equipment - of this extreme technology. Now anyone can aff ord mega-mega fl ops, even on their laptops, and soft - 1 Chair, Anneila I. Sargent ware with which they can create numerical simulations without expensive 1 (Caltech), Chair, Board on Physics and Astronomy NRC. support staff . So why are we inviting you to talk about high performance 1 Chair, Lennard A. Fisk computing? Come; fi nd out why; and join in this discussion. Discussion 1 (U. Michigan), Chair, Space Studies Board. Leader: Scott Lathrop ([email protected]), TeraGrid Director of Edu- 1 Chair, C. M. Urry cation, Outreach and Training, SC07 Education Program Chair. Session 1 (Yale Univ.), Cochair, Committee on Astronomy and Astrophysics. sponsor: “Computing in Science and Engineer”, the AIP/IEEE-CS technical magazine for computational science. HEAD Business Meeting Chair, Norman Chonacky1 AAS Splinter Meeting, Tuesday, 12:45-1:45pm, 609 1Yale U. Chair, Mitchell C. Begelman1 1Univ. of Colorado. Session 191 Next Generation Radial Velocity Planet Surveys AAS Special, Tuesday, 2:00-3:30pm, 3B Astronomy Education Research Town Hall 191.01 N2K and Beyond AAPT Crackerbarrel, Tuesday, 1:00-2:00pm, 617 Greg Laughlin1 Chair, Edward Prather1 1UC Santa Cruz. 1Univ. of Arizona. 191.02 Status of the All Sky Extrasolar Planet Survey and Early Results Jian Ge1 1University of Florida.

306 307 TUESDAY Events, Sessions and Paper Titles TUESDAY Events, Sessions and Paper Titles

191.03 Spectroscopic Follow-Up Observations of Transiting Planet Candi- 192.03 Th e Spitzer/SAGE View of Star Formation in the LMC dates Identifi ed by the Kepler Mission Remy Indebetouw1, B. Whitney2, M. Sewilo3, T. Robitaille4, M. David Latham1, D. D. Sasselov1, A. H. Szentgyorgyi1 Meade3, B. Babler3, J. Hora5, K. Gordon6, C. Engelbracht6, B. For7, 1Harvard-Smithsonian Center for Astrophysics. M. Block6, K. Misselt6, M. Meixner8, U. Vijh8, K. Leitherer8, SAGE Team 191.04 An Infrared Precision Radial Velocity Spectrograph for Gemini 1Univ. of Virginia, 2Space Science Institute, 3Univ. of Wisconsin, 4Univ. John Rayner1 of St-Andrews, United Kingdom, 5Harvard-Smithsonian/CfA, 6Univ. of 1University of Hawaii Institute for Astronomy. Arizona, 7Univ. of Texas, 8STScI.

191.05 Big Questions About Planet Formation Th at Can Be Addressed By 192.04 Dust and gas in the Interstellar Medium of the LMC Next-Generation Radial Velocity Planet Searches William T. Reach1, J. Bernard2, D. Paradis2, M. Meixner3, A. Eric B. Ford1, E. Agol2 Kawamura4, Y. Fukui5, SAGE Legacy Team 1Harvard-Smithsonian Center for Astrophysics, 2U. Washington. 1Caltech, 2CESR, France, 3STScI, 4Nagoya Univ., Japan, 5Nagoya U., Japan. Session 192 SAGE: Surveying the Agents of a Galaxy’s Evolu- tion 192.05 Mass Loss from Evolved Stars in the LMC: A Spitzer SAGE View 1 2 3 4 AAS Special, Tuesday, 2:00-3:30pm, 201 Robert D. Blum , K. Volk , S. Srinivasan , F. Markwick-Kemper , M. Meixner5, S. Points6, K. Olsen6, K. Gordon7, C. Engelbracht7, B. For8, Chair, Alexander G. Tielens1 M. Block7, K. Misselt7, B. Whitney9, M. Meade10, B. Babler10, R. In- 1NASA Ames Research Center. debetouw11, J. Hora12, U. Vijh5, C. Leitherer5, J. Mould1, SAGE Team 1NOAO, 2Gemini Observatory, 3Johns Hopkins University, 4University of 192.01 Th e Large Magellanic Cloud as a Galaxy Manchester, United Kingdom, 5STScI, 6CTIO, Chile, 7Steward Observato- 1 2 3 4 John (Jay) Gallagher , M. Meixner , J. Bernard , R. Blum , K. Gor- 8 9 10 5 6 7 8 1 5 ry, University of Texas, Space Science Institute, University of Wiscon- don , R. Indebetouw , W. Reach , B. Whitney , B. Babler , M. Block , 11 12 E. Churchwell1, C. Engelbracht5, B. For9, J. Hora10, C. Leitherer2, M. sin, University of Virginia, Harvard-Smithsonian/CfA. Meade1, K. Misselt5, A. Tielens11, U. Vijh2, SAGE Team Spitzer Spectroscopy of Evolved Stars in the LMC 1University of Wisconsin-Madison, 2Space Telescope Science Institute, 192.06 Joel H. Kastner1 3CESR, France, 4NOAO, 5University of Arizona, 6University of Virginia, 1RIT Center for Imaging Science. 7Caltech, 8Space Science Institute, 9University of Texas, 10Harvard/CfA, 11 NASA/Ames. Session 193 Science from the NDWFS Bootes Field 192.02 Spitzer SAGE Survey of the Large Magellanic Cloud: Project Over- AAS Special, Tuesday, 2:00-3:30pm, 3A view Chair, Daniel Stern1 1 2 3 4 5 Margaret Meixner , B. Babler , J. Bernard , M. Block , R. Blum , C. 1JPL/ Caltech. Engelbracht4, B. For6, K. Gordon4, J. Hora7, R. Indebetouw8, C. Lei- therer1, M. Meade2, K. Misselt4, W. Reach9, A. G. Tielens10, U. Vijh1, 11 1 193.01 Th e NOAO Deep Wide-Field Survey - An Introduction B. Whitney , S. Team Buell Jannuzi1 1 2 3 4 STScI, University of Wisconsin, CESR, France, University of Arizona, 1NOAO. 5NOAO, 6University of Texas, 7Harvard/CfA, 8University of Virginia, 9SSC/Caltech, 10NASA/Ames, 11Space Science Institute.

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193.02 Th e Flamingos Extragalactic Survey 194.04 Th eoretical Interpretation of Short GRB Observations S A. Stanford1, A. Gonzalez2, P. Eisenhardt3, M. Brodwin3, D. Stern3, Ehud Nakar1 E. McKenzie2, R. Elston2 1Caltech. 1UC, Davis, 2UF, 3JPL. Session 195 AGN, Starbursts and Sub-mm Galaxies 193.03 Th e IRAC Shallow Survey Peter R. Eisenhardt1 AAS Oral, Tuesday, 2:00-3:30pm, 6C 1JPL/Caltech. 195.01 Millimeter Detection of Spitzer-selected High Redshift Hyperlumi- nus Starburst Galaxies 1 2 3 4 193.04 A Spitzer Far-infrared Look at the NOAO-Deep Wide Field Survey Carol J. Lonsdale , A. Omont , M. del Carmen Polletta , R. Zylka , Emeric LeFloc’h1 D. Shupe1, H. E. Smith, Jr3, S. Berta5, N. Bavouzet6, G. Lagache6, 7 8 4 9 6 10 1Institute for Astronomy, University of Hawaii. D. Farrah , F. Bertoldi , P. Cox , C. de Breuck , H. Dole , D. Lutz , L. Tacconi10, I. Perez-Fournon11, H. Aussel12, H. McCracken13, D. Clements14, M. Rowan-Robinson14, A. Franceschini5, D. Frayer1, J. 193.05 XBootes - Chandra Shallow Survey of the Bootes Region 1 1 Stephen S. Murray1, XBootes Team Surace , B. Siana 1 2 3 1SAO. IPAC, Caltech, Institut d’Astrophysique de Paris, France, UCSD, 4IRAM, France, 5University of Padova, Italy, 6IAS, France, 7Cornell, 193.06 AGES: Th e AGN and Galaxy Evolution Survey 8University of Bonn, Germany, 9ESO, France, 10MPIE, Germany, 11Insti- Richard J. Cool1 tuto Astrofi sica, Spain, 12Service d’Astrpphysique, CEA, France, 13Service 1Univ. of Arizona. d’Astrophysique, CEA, France, 14Imperial College, United Kingdom.

Session 194 Short Gamma-Ray Bursts 195.02D Th e Masses and of Submillimeter-Selected Galaxies Laura J. Hainline1 HEAD Special, Tuesday, 2:00-3:30pm, 205 1Caltech. Chair, Neil Gehrels1 1NASA’s GSFC. 195.03 Mid-Infrared Spectral Diagnostics of Submillimetre Galaxies Alexandra Pope1, R. Chary2, M. Dickinson3, D. Scott1 194.01 On the Prompt Gamma-ray Emission Properties of Short GRBs 1Univ. of Bristish Columbia, Canada, 2Spitzer Science Center, 3National 1 Chryssa Kouveliotou Optical Astronomy Observatory. 1MSFC. 195.04 Th e Redshift Distribution of 24 micron sources in the NDWFS 194.02 X-ray Aft erglows of Short Gamma-Ray Bursts Bootes Field David N. Burrows1 Vandana Desai1 1Penn State Univ.. 1Caltech.

194.03 Th e Host Galaxies and Host Clusters of Short Gamma Ray Bursts: 195.05 History and Modes of Star Formation since z~1 in Field Galaxies: A Constraints on the Progenitor Age Distribution New Picture from the AEGIS Collaboration Edo Berger1 Kai Noeske1, AEGIS collaboration 1Carnegie Observatories. 1UC, Santa Cruz.

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195.06D Th e Molecular ISM of Quasar Host Galaxies in the Early Universe 196.06 Search for Planetary Transits of the Debris Disk Star AU Mic Dominik A. Riechers1 Larry D. Petro1, L. Hebb2, H. Ford3, D. Golimowski3, J. Rogers3, P. 1Max-Planck Institut fuer Astronomie, Germany. Sackett4, K. Lewis4, M. Clampin5, J. Wisniewski5, D. Minniti6, I. Toledo6, P. Espinoza6, D. Ardila7 195.07 Th e Hard X-ray 20-40 keV AGN Luminosity Function 1STScI, 2University of St. Andrews, United Kingdom, 3Johns Hopkins Volker Beckmann1, S. Soldi2, C. R. Shrader1, N. Gehrels1, N. Produ- University, 4Australian National University, Australia, 5NASA’s Goddard 2 it Space Flight Center, 6Pontifi cia Universidad Catolica de Chile, Chile, 1 2 NASA’s GSFC, INTEGRAL Science Data Centre, Switzerland. 7CalTech/Spitzer Science Center.

Session 196 Extrasolar Planets III 196.07D Forming Earth-like Planets With Migrating Giants: Modeling and AAS Oral, Tuesday, 2:00-3:30pm, 605-07 Observations Avi Mandell1, S. Sigurdsson2, S. Raymond3, M. Mumma4, G. Blake5 196.01 MIPS Lightcurves for Extrasolar Planets 1 2 3 1 2 3 4 Penn State University / NASA GSFC, Penn State University, Univ. of Bradley M. Hansen , J. Harrington , S. Luszcz , D. Deming , S. Sea- 4 5 ger5, K. Menou6, J. Cho7, J. Richardson4 Colorado / VPL, NASA GSFC, Cal Tech. 1UC, Los Angeles, 2U. Central Florida, 3UC, Berkeley, 4GSFC, 5OCIW, Correlations Between Stellar Metallicity and the Frequency of Plan- 6 7 196.08 Columbia, QMUL, United Kingdom. etary and Stellar Companions Charles Lineweaver1, D. Grether2 196.02 Infrared Spectrocopy of the Transiting Extrasolar Planet 1Australian National University, Australia, 2University of New South HD209458b Lee J. Richardson1, D. Deming1, K. Horning2, S. Seager3, J. Har- Wales, Australia. rington4 1NASA’s GSFC, 2Florida Institute of Technology, 3Carnegie Institution of Session 197 Galaxy Clusters IV Washington, 4University of Central Florida. AAS Oral, Tuesday, 2:00-3:30pm, 608-10 197.01D Radio and X-ray Properties of Cavities in the Hot Atmospheres of 196.03 Th e Th ermal Flux of the Extrasolar Planet HD 209458b at 7-14 Ellipticals, Groups, and Clusters Microns Laura Birzan1, B. R. McNamara2, C. L. Carilli3, P. E. Nulsen4, M. 1 2 1 3 Drake Deming , S. Seager , L. J. Richardson , K. Horning , J. Har- Wise5 rington4 1Ohio University, 2University of Waterloo, Canada, 3NRAO, 4CfA, 5Uni- 1NASA’s GSFC, 2CIW/MIT, 3FIT, 4UCF. versity of Amsterdam, Th e Netherlands. 196.04 High Precision Diff erential Photometry of the Transit and Second- 197.02D Th e X-Ray Luminosity-Mass Relation for Local Clusters of Galaxies ary Eclipse of HD209458b Rebecca Stanek1, A. Evrard1, H. Boehringer2, P. Schuecker2, B. Nord1 Daniel E. Potter1 1Univ. of Michigan, 2Max-Planck-Institut fur extraterrestrische Physik, 1Univ. of Arizona. Germany. 196.05 First High-Contrast Science with an IFU: Th e Sub-Stellar Compan- 197.03D Cosmological Constraints from the maxBCG Cluster Sample ion to GQ Lup 1 Stanimir A. Metchev1, M. McElwain1, J. Larkin1 Eduardo Rozo 1 1UCLA. Ohio State Univeristy.

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197.04 Th e Age Dependence of Galaxy Clustering 198.05 Study of Diff use Interstellar Bands in 7 Intermediate Redshift Gal- Darren S. Reed1, F. Governato2, T. Quinn2, J. Stadel3, G. Lake3 axies 1Los Alamos National Laboratory, Th eoretical Astrophysics (T-6), 2Univ. Brandon L. Lawton1, C. W. Churchill1, B. A. York2, S. L. Ellison2, T. 3 4 5 of Washington, 3Univ. of Zurich, Switzerland. P. S n o w , R. A. Johnson , S. G. Ryan 1New Mexico State Univ., 2U. Victoria, Canada, 3U. Colorado, 4Oxford 197.05 Tracing Galaxy Evolution in Clusters and Groups at z>1 U., United Kingdom, 5U. Hertfordshire, United Kingdom. Simona Mei1, A. Stanford2, J. Blakeslee3, R. Demarco4, P. Eisen- hardt5, H. Ford4, B. Holden6, N. Homeier4, M. J. Jee4, T. Kodama7, F. 198.06 Th e Discovery of Extragalactic Magnetic Fields in OH Megamasers Nakata8, M. Postman9, P. Rosati10, R. White9 Timothy Robishaw1 1Johns Hopkins Univ., UC Berkeley, Obervatoire de Paris, 2IGPP/LLNL, 1UC Berkeley. 3Washington State University, 4Johns Hopkins Univ., 5JPL, 6University of California - Santa Cruz, 7National Astronomical Observatory of Japan 198.07 Th e Eff ect of Star Formation Activity on the Far-Infrared--Radio 8 Correlation within Spiral Galaxies (NAOJ), Japan, University of Tokyo, Institute of Astronomy, Japan, 1 2 3 1 2 9 10 Eric J. Murphy , G. Helou , R. Braun , J. D. Kenney , L. Armus , the Space Telescope Science Institute, European Southern Observatory, SINGS team Germany. 1Yale Univ., 2Caltech, 3ASTRON, Th e Netherlands. Evidence of Hierarchical Galaxy Formation from Strong MgII 197.06 198.08 Disentangling Density and Heating Eff ects in the Infrared Emission Absorbers 1 1 2 3 of SINGS Galaxies Andrew Mshar , J. C. Charlton , C. W. Churchill , T. Kim Caroline Bot1, SINGS team 1 2 3 Penn State, NMSU, Institute of Astronomy, United Kingdom. 1Caltech.

Session 198 ISM/Star Formation Session 199 Kinematics of Galaxies - Internal and External

AAS Oral, Tuesday, 2:00-3:30pm, 611-12 AAS Oral, Tuesday, 2:00-3:30pm, 204 198.01 Using Cloudshine to Constrain Turbulent Star Formation 1 1 1 2 199.01 Th e Kinematics of the Disk-Halo Interaction in Spiral Galaxies Jonathan B. Foster , A. A. Goodman , J. Pineda , P. Caselli George H. Heald1, R. J. Rand2, R. A. Benjamin3 1 2 Harvard Univ., Osservatorio Astrofi sico di Arcetri, Italy. 1ASTRON, Th e Netherlands, 2U. New Mexico, 3U. Wisconsin. 198.02 Th e Scale of Turbulence in Molecular Clouds 1 1 1 199.02D Th ick Disks in External Galaxies: Structure, Kinematics, and Abun- Naomi A. Ridge , A. A. Goodman , N. Whitehorn dances 1Harvard-Smithsonian, CfA. Peter Yoachim1 1Univ. of Washington. 198.03 What is the True Core Mass Function? Di Li1, X. Guan2, Y. Dai2 199.03 Dwarf Satellites of Distant Galaxies 1Jet Propulsion Laboratory / Caltech, 2Peking University, China. Michael R. Blanton1 1New York Univ.. 198.04D Updated Interstellar Abundance Studies with FUSE and STIS Adam G. Jensen1 199.04D Th e Motions of the About the Milky Way 1Univ. Of Colorado. Nitya Kallivayalil1, R. van der Marel2, C. Alcock1 1Harvard-Smithsonian Center for Astrophysics, 2STScI.

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199.05 Spectral Indices of Early Type Galaxies in Rich Clusters of Galaxies Session 201 Eff ective Mentoring of Women and Minority Stu- Robert C. Berrington1, M. Pierce1, A. Monson1 dents in Physics and Astronomy 1Univ. of Wyoming. AAPT Invited, Tuesday, 2:00-3:30pm, 615 Chair, Timothy F. Slater1 199.06 Gas Dynamics and Star Formation in the Barred Galaxy NGC 4303 1Univ. of Arizona. Jin Koda1 1 Caltech. 201.01 Building Bridges to Diversity in Graduate Physics & Astronomy: Th e Fisk-Vanderbilt Masters-to-PhD Bridge Program Session 200 Supernovae Ia, Ib, Ic & II Keivan G. Stassun1 AAS Oral, Tuesday, 2:00-3:30pm, 613-14 1Vanderbilt University and Fisk University. 200.01 Type Ia Supernova Spectral Line Ratios as Luminosity Indicators: 201.02 A Novel Approach to Improving Diversity in Science: A Post-Bac- “From Phenomenology to Radiative Transfer and Back Again” calurate Research Year Sebastien Bongard1, E. Baron2, G. Smadja3, D. Branch2, P. Haus- Kartik Sheth1 childt4 1Caltech / Spitzer Science Center / IPAC. 1Lawrence Berkeley Lab., 2University of Oklahoma City, 3Institut de Phy- 4 sique Nucleaire de Lyon, France, Hamburger Sternwarte, Germany. 201.03 Increasing Underrepresented Student Participation in Science Ma- jors: Th e Pre-Major in Astronomy Program 200.02 Type Ia Supernova Model Light Curves And Th e Width-Luminosity Daryl Haggard1 Relation 1University of Washington. Daniel Kasen1 1Johns Hopkins Univ.. Session 202 Visualizing and Simulating the Cosmos with 200.03 Numerical Simulations of Carbon Ignition in Type Ia Supernovae Computers Haitao Ma1, S. Woosley1, M. Kuhlen2, M. Evonuk1, G. Glatzmaier1 AAPT Invited, Tuesday, 2:00-3:30pm, 616 1UC, Santa Cruz, 2Institute for Advanced Study. Chair, Wolfgang Christian1 1Davidson College. 200.04D Varied Deaths of Massive Stars: Optical and NIR Properties of Type Ib/c Supernovae Maryam Modjaz1 1 202.01 Discovering the Complexity of Supernovae through Th ree-Dimen- Harvard Univ.. sional Simulations John M. Blondin1 VLT-FORS1 Spectropolarimetry of Core-Collapse Supernovae 200.05 1North Carolina State University. Justyn R. Maund1, L. Wang2, F. Patat3, P. Hoefl ich4, D. Baade3, C. Wheeler1 1 2 3 4 202.02 Scientifi c Computation and Astrophysical Gas Dynamics U. Texas, Austin, Texas A&M, ESO, Germany, Physics, Florida State. James M. Stone1 1Princeton University. 200.06 Lost and Found: Another Missed Type IIn SN, CG X-2 Franz E. Bauer1, S. Smartt2, W. N. Brandt3, S. Immler4 1Columbia Univ., 2Queen’s U. Belfast, Ireland, 3Penn State, 4GSFC.

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202.03 Computational Astrophysics reaches its Th ird Age: From Star For- 204.04 A Student Teacher Eff ectiveness Review System mation to the Death of the Sun. Carl J. Wenning1 Adam Frank1 1Illinois State University. 1University of Rochester. Session 205 Implementing Reform Instruction Session 203 Panel on Choosing a Keypad System AAPT Oral, Tuesday, 2:00-3:30pm, 307-08 Tuesday, 2:00-3:30pm, 303 AAPT Panel, Chair, Ann Brandon1 Th e panelists will present diff erent perspectives concerning the choice and 1Joliet West HS. eff ective use of wireless keypads. Th ese viewpoints describe the wide range of applications for keypads, from their use in small high school classes to 205.01 Promoting Instructional Change: Beyond an Emphasis Curriculum large university lectures. Panelists: C. Fred Moore, Univ. of Texas, Austin, Charles Henderson1, M. H. Dancy2, A. Beach1 TX; Tim Stelzer, Univ. of Illinoois, Urbana, IL; and Paul Williams, Austin 1Western Michigan University, 2University of North Carolina at Char- Comm. College, Austin, TX lotte. Chair, Ray Burnstein1 1Illinois Institute of Technology. 205.02 Replicating Reforms in a Large-scale Lecture Environment Noah Finkelstein1, S. Pollock1 Chair, Leon M. Lederman1 1University of Colorado at Boulder. 1Illinois Institute of Technology. 205.03 Implementation and Results of a Learning Assistant Program Th omas B. Bogue1, L. Seeley1, S. Vokos1 Session 204 University Supervisors and Cooperating Teach- 1 ers: Th eir Critical Roles for Student Teaching Seattle Pacifi c University. AAPT Special, Tuesday, 2:00-3:40pm, 310 205.04 Understanding Graduate Teaching Assistants as Tutorial Instruc- Chair, Stamatis Vokos1 tors 1 1 1Seattle Pacifi c University. Rachel E. Scherr , A. Elby 1University of Maryland. 204.01 Field Experiences for Prospective Physics Teachers* Ingrid Novodvorsky1 205.05 Graduate TAs as Tutorial Instructors: A Case Study 1 1 1 1University of Arizona. Renee Michelle Goertzen , R. E. Scherr , A. Elby 1University of Maryland. 204.02 Essential Support Systems for Emerging Physics Teachers Sally Luttrell-Montes1 205.06 Teaching AP Physics with the Activity Based Physics CD 1 1University of Washington. Maxine C. Willis 1Dickinson College. 204.03 Teachers in Residence: University Supervisors, Cooperating Teach- ers, and In-Service Mentors 205.07 Adventures in Studio Physics Michael D. Wolter, Mr.1 Sarah D. Johnson1, N. Alberding1 1Muncie Central HS. 1Simon Fraser University, Canada.

318 319 TUESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

205.08 Tracking and Analyzing Student Writing in Physics by Inquiry WEDNESDAY Dedra Demaree1, G. Aubrecht2, L. Bao2, W. Zhao2 1College of the Holy Cross, 2Th e Ohio State University. Speaker Ready Room Attendee Services, Wednesday, 7:30am-4:00pm, 603-04 See Saturday’s listing for AV instructions. 205.09 Student Evaluation Diff erences between Diff rent Physics by Inquiry Courses Gordon J. Aubrecht, II1 1Ohio State University at Marion. Registration Attendee Services, Wednesday, 8:00am-2:00pm, South Lobby Session 206 Stardust Mission Plenary, Tuesday, 3:40-4:30pm, Ballroom 6 Cyber Café 206.01 Th e Return of Stardust Attendee Services, Wednesday, 8:00am-3:30pm, South Lobby Andrew J. Westphal1 See Sunday’s listing for details. 1UC, Berkeley. Session 208 Rossi Prize Lecture Session 207 Richtmyer Memorial Lecture Plenary, Wednesday, 8:30-9:20am, Ballroom 6 Plenary, Tuesday, 4:40-5:30pm, Ballroom 6 Spin and Magnetic Evolution of Millisecond Pulsars in X-Ray Bina- 1 208.01 Chair, Richard Peterson ries 1Bethel Univ.. Deepto Chakrabarty1 1MIT. 207.01 Evidence from Type Ia Supernovae for an Accelerating Universe and Dark Energy Burst Oscillations: A New Spin on Neutron Stars 1 208.02 Alexei V. Filippenko Tod E. Strohmayer1 1 University of California, Berkeley. 1NASA’s GSFC.

Banquet 208.03 Accreting Millisecond Pulsars - An Overview of Recent Develop- Joint Event, Tuesday, 7:15 pm - 9:30 pm, Sheraton ments Food choices are beef, chicken, or vegetarian. More details on this event to Rudy Wijnands1 come. 1University of Amsterdam, Th e Netherlands. Tickets: $55 Gadgets and Gizmos Attendee Services, Wednesday, 9:20am-1:00pm, South Lobby See Sunday’s listing for details.

Job Center Attendee Services, Wednesday, 9:20am-12:00pm, Exhibit Hall 4

320 321 WEDNESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

Session 209 Poster Session IV 209.09 A Methodology for Developing Diagnostic Concept Inventories AAPT Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 Rebecca Lindell1 1 209.01 Reasoning Ability and Epistemological Attitudes as Predictors of Southern Illinois University Edwardsville. Success Elizabeth B. Etters1, O. Tfeily1, M. Dancy1 209.10 A Classifi cation Scheme for Categorizing Diff erent Concept Inven- 1UNC-Charlotte. tories Rebecca Lindell1, T. Foster1 1 209.02 Optical Limiting in Solid-Core Holey Fibers Southern Illinois University Edwardsville. Stacey R. Sueoka, Ms.1, J. Butler1, S. Montgomery2, J. Shirk3, S. Flom3, R. Pong3, B. Wright3, T. Tauney3, A. Rosenberg3, C. Menyuk4, 209.11 Student Perceptions of Science Ability, Experiences, Expectations, J. Hu4 and Career Choices 1 1 1Pacifi c University, 2United States Naval Academy, 3NRL, 4U. Maryland. Michael Cherney , I. Cherney 1Creighton University. 209.03 Is Fresnel Diff raction a Unifi ed Diff raction Model ? Mark P. Neyer1, H. Schmitzer1 209.12 “Is Entropy conserved?” Student Understanding of Entropy in 1Xavier University. Introductory Physics Warren M. Christensen1, D. E. Meltzer2 1 2 209.04 Repeatability and Precision of Laser Diff raction Measurements of Iowa State University, University of Washington. Small Objects Scott C. Dudley1, R. Mudry1 209.13 Sensemaking: Conceptualizing and Coding for “Good” Student 1USAF Academy. Reasoning Andrew Elby1, R. Scherr1, T. Bing1 1 209.05 Applying Archimedes’ Law to Ice Melting in Sea Water University of Maryland. Peter D. Noerdlinger1, K. R. Brower2 1St Mary’s University, Halifax, NS Canada, 2New Mexico Institute of 209.14 Modeling Student Th inking about Motion in Tutorial Brian W. Frank1, R. E. Scherr1 Technology. 1University of Maryland. 209.06 Spherical Rare Earth Magnets And Th e Dipole-Dipole Interaction Al J. Adams1 209.15 Keeping a Good Th ings Going: What does sustaining reforms in physics mean? 1University Arkansas Little Rock. Noah D. Finkelstein1, S. Pollock1 1University of Colorado at Boulder. 209.07 Th e Eff ects of Magnetic Fields on Cooling Fans Raphael G. Cherney1 Graduate TAs as Tutorial Instructors: A Case Study 1Brownell-Talbot School. 209.16 Renee Michelle Goertzen1, R. E. Scherr1, A. Elby1 1University of Maryland. 209.08 Using SAT scores to identify students at risk in introductory physics Vincent P. Coletta1, J. Phillips1 Th e Epistemological Development of Physics Majors 1Loyola Marymount University. 209.17 Elizabeth Gire1, E. Price2, B. Jones1 1UC, San Diego, 2California State University, San Marcos.

322 323 WEDNESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

209.18 Concepts Retention and Its Dependence on the Type of Instruction 210.02 JWST Mirror Building Paradigms at Tinsley, Part 3 Hugo Alarcon1, J. J. Velarde-Magana2, G. Zavala1 Anthony B. Hull1, J. Kincade1, G. Cole1, R. Garfi eld1, R. Bernier1, C. 1TecnolÃ3gico de Monterrey, Mexico, 2Tecnologico de Monterrey, Mexico. Kiikka1, J. Daniel1, R. Brown2, B. Gallagher2, D. Chaney2, A. McK- ay3, D. Neal4, L. Cohen5 209.19 Group Problem Solving as a Zone of Proximal Development activity 1L-3 Communications, Tinsley, 2BATC, 3NGST, 4WFSI, 5SAO. Eric Brewe1 1Hawaii Pacifi c University. 210.03 Status of Wavefront Sensing and Control of the James Webb Space Telescope 1 2 2 1 1 209.20 Student Estimates of Probability and Uncertainty in Statistical Charles W. Bowers , S. Acton , A. Contos , B. Dean , L. Feinberg , B. Physics Hayden1, D. Shields2 Donald B. Mountcastle1, B. R. Bucy1, J. R. Th ompson1 1NASA’s GSFC, 2BATC. 1University of Maine. 210.04 Progress on NIRCam, the Near-Infrared Camera for JWST 1 2 1 1 1 209.21 Swoosing: Why and When does it Occur in a Physics Class? Marcia J. Rieke , S. Horner , D. Kelly , J. Stansberry , E. Young , Valerie K. Otero1, S. Jalovec1, I. Her Many Horses1, D. Harlow1 D. Eisenstein1, D. McCarthy1, M. Meyer1, G. Rieke1, S. Baum3, C. 4 5 6 7 8 1University of Colorado, Boulder. Beichman , R. Doyon , A. Dressler , L. Ferrarese , T. Greene , D. Hall9, K. Hodapp9, D. Johnstone7, S. Lilly10, P. Martin11, T. Roellig8, J. Stauff er12, J. Trauger4 209.22 Proportional Reasoning: A Valid Instrument to Survey Under- 1 2 3 4 5 standing U. Arizona, Lockheed Martin Advanced Tech. Ctr., RIT, JPL, U. Mon- Cheryl P. Schaefer1 treal, Canada, 6Carnegie Obs., 7HIA/DAO, Canada, 8NASA/ARC, 9U. Ha- 1Missouri State University. waii, 10ETH, Switzerland, 11U. Toronto, Canada, 12Spitzer Science Center.

209.23 Stabilization: A Descriptive Framework for Problem Solving 210.05 Detectors for the James Webb Space Telescope Near Infrared Spec- Sherry L. Savrda1 trograph: Test Performance and Calibration Studies 1 1Seminole Community College. Bernard J. Rauscher 1NASA Goddard Space Flight Center. 209.24 Th e Background of PER People: A Survey Laura McCullough1 210.06 Building the Mid-Infrared Instrument for JWST 1 2 1University of Wisconsin-Stout. George Rieke , G. S. Wright , MIRI Science Team 1Univ. of Arizona, 2Royal Observatory, United Kingdom. 209.25 What Gets Swept Under the Rug in Teaching Quantum Tunneling S. B. McKagan1, K. K. Perkins1, C. E. Wieman1 210.07 How can the James Webb Space Telescope measure First Light, 1University of Colorado. Reionization, and Galaxy Assembly? Rogier A. Windhorst1, R. A. Jansen1, S. H. Cohen1, M. Mechtley1, H. Yan 2, C. Conselice3 Session 210 Space-Based Instrumentation II 1Arizona State Univ., 2Carnegie Obs., 3U. Nottingham, United Kingdom. AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 210.01 Status of the James Webb Space Telescope (JWST) 210.08 Optimization of the Kepler Field of View Mark Clampin1, C. Bowers1, L. Feinberg1, JWST Project Natalie M. Batalha1, W. Borucki2, D. A. Caldwell3, H. Chandrasek- 3 4 3 2 1NASA’s GSFC. aran , T. N. Gautier , J. Jenkins , D. G. Koch 1San Jose State University, 2NASA Ames, 3SETI Inst., 4JPL.

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210.09 Photometric Analysis for the Kepler Mission: Optimal Aperture 211.02 Th e Carnegie-Irvine Nearby Galaxies Survey (CINGS): Surface Photometry and Diff erence Image Analysis Brightness Profi les, Color Profi les and 1-D Decompositions Jon M. Jenkins1, R. L. Gilliland2, H. Chandrasekaran1, S. T. Bryson3, Marc Seigar1, L. C. Ho2, A. J. Barth1, C. Y. Peng3 D. A. Caldwell1, W. J. Borucki3 1UC, Irvine, 2OCIW, 3STScI. 1SETI Institute, 2STScI, 3NASA Ames Research Center. 211.03 Th e Angular Momentum of Disk Galaxies: A Multi-Wavelength 210.10 Simulating Kepler Data: the End-To-End Model of the Kepler Pho- Study Using the Virtual Observatory tometer Luca Cortese1, B. Catinella2, C. M. Springob3 Stephen T. Bryson1, J. M. Jenkins2, D. J. Peters3, W. J. Borucki1 1Cardiff Univ., United Kingdom, 2NAIC-Arecibo Observatory, 3US Naval 1NASA Ames Research Center, 2SETI Institute, 3Ball Aerospace. Research Laboratory.

210.11 First Photometric Performance Results of the Kepler Single String 211.04 Tests of the Modifi ed Tremaine-Weinberg Method Focal Plane Sharon Meidt1, R. J. Rand1, M. R. Merrifi eld2, V. P. Debattista3, J. David G. Koch1, W. Borucki1, E. Dunham2, J. Geary3, J. Jenkins4, V. Shen4 5 5 5 5 5 Argabright , R. Bauer , C. Dumont , S. McArthur , D. Peters , R. 1Univ. of New Mexico, 2U. Nottingham, UK, 3U. Washington, 4U. Texas. Philbrick5, A. Rudeen5, J. VanCleve5, F. Witteborn6 1 2 3 4 NASA/Ames Research Center, Lowell Observatory, SAO, SETI Insti- 211.05 A New Method for Detecting Stellar Streams in the Halos of Galax- tute, 5Ball Aerospace, 6Orbital Sciences Corp. ies Jonathan Sick1, R. S. de Jong2 210.12 Quick Look Soft ware for the Kepler Photometer 1Rice University, 2Space Telescope Science Institute. Kenneth Topka1, J. Jenkins1, D. Caldwell1, W. J. Borucki2 1SETI Institute, 2NASA Ames Research Center. 211.06 Characterizing Disk Truncations with N-Body Simulations Rok Roskar1, V. P. Debattista1, G. S. Stinson1, T. R. Quinn1, T. 210.13 Validation of Kepler Planet Candidates Kaufmann2, J. Wadsley3 Douglas A. Caldwell1, N. M. Batalha2, W. J. Borucki3, D. G. Koch3, 1Univ. of Washington, 2University of California, Irvine, 3McMaster Uni- 1 1 1 4 H. Chandrasekaran , J. M. Jenkins , K. P. Topka , T. N. Gautier , R. versity, Canada. L. Gilliland5 1 2 3 4 5 SETI Institute, San Jose State University, NASA Ames, JPL, STScI. 211.07 A Detailed Look at 13 of the Nearest E+A Galaxies James E. Turner1, M. P. Bergmann1, W. J. Couch2, C. Blake2, K. Geb- 210.15 Science with SIM hardt3, K. Bekki4, B. W. Miller1 1 Guy Worthey 1Gemini Observatory, Chile, 2Swinburne University of Technology, Aus- 1 Washington State University. tralia, 3U. Texas at Austin, 4University of New South Wales, Australia.

Session 211 Studying Galaxy Evolution with Nearby Galaxies 211.08 Modes of Star Formation in an Early Universe Laboratory: HST/ AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 ACS Imaging of Hickson Compact Group 31 Joshua Tobolewski1, S. C. Gallagher2, R. Chandar3, C. Gronwall1, J. 211.01 Numerical Simulations of Major Barred Galaxies English4, K. E. Johnson5, P. R. Durrell6, J. E. Hibbard7, C. Mendes de 1 2 1 Chien-Chang Yen , L. Lin , C. Yuan Oliveira8, B. C. Whitmore9, J. C. Charlton1 1 2 Inst. of Astronomy & Astrophysics, Taiwan, Dept. of Physics, National 1Penn State Univ., 2UCLA, 3OCIW, 4U. Manitoba, Canada, 5U. Virginia, Taiwan University, Taiwan. 6Youngstown State Univ., 7NRAO, 8Univ. of Sao Paulo, Brazil, 9STScI.

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211.09 Analysis of Star Formation in Closely Pairs 212.01 Multi-wavelength Study of Prompt Optical Counterparts of Swift Jacob Arnold1, E. J. Barton1 GRBs Detected by ROTSE-III 1University of California, Irvine. Eli S. Rykoff 1, F. Aharonian2, C. Akerlof1, M. C. Ashley3, S. Bar- thelmy4, N. Gehrels4, E. Gogus5, T. Guver6, D. Horns2, U. Kiziloglu7, 4 1 8 3 9 211.10 Modes of Star Formation in an Early Universe Laboratory: HST/ H. Krimm , T. A. McKay , M. Ozel , A. Phillips , R. Quimby , G. ACS Imaging of Hickson Compact Group 7 Rowell10, W. Rujokaparn11, B. Schaefer12, D. A. Smith13, H. Swan1, W. Patrick Durrell1, S. C. Gallagher2, C. Gronwall3, J. English4, R. T. Vestrand 14, J. C. Wheeler9, J. Wren14, S. A. Yost1, F. Yuan1 Chandar5, K. E. Johnson6, J. E. Hibbard7, A. L. Heiderman8, B. C. 1Univ. of Michigan, 2MPIK, Germany, 3UNSW, Australia, 4GSFC, 5Sa- Whitmore9, J. C. Charlton3 banci U., Turkey, 6Univ. of Istanbul, Turkey, 7METU, Turkey, 8COMU, 1Youngstown State Univ., 2UCLA, 3Penn State Univ., 4Univ. of Manitoba, Turkey, 9Univ. of Texas, 10Univ. of Adelaide, Australia, 11Univ. of Arizona, Canada, 5OCIW, 6Univ. of Virginia, 7NRAO, 8Univ. of Texas, 9STScI. 12LSU, 13Guilford College, 14LANL.

211.11 Where in the Virgo Cluster are Galaxies Stripped? 212.02 Th e Diverse eV Emission from Gamma-ray Bursts Hugh H. Crowl1, J. D. Kenney1, J. H. vanGorkom2, A. Chung3, J. A. Sarah Yost1, F. Aharonian2, C. Akerlof1, M. Ashley3, S. Barthelmy4, Rose4 N. Gehrels4, E. Gogus5, T. Guver6, D. Horns2, U. Kiziloglu7, H. 1Yale University, 2Columbia University, 3University of Massachusetts, Krimm4, T. McKay1, M. Ozel8, A. Phillips3, R. Quimby9, G. Rowell2, 4University of North Carolina. W. Rujopakarn1, E. Rykoff 1, B. Schaefer10, D. Smith11, H. Swan1, W. Vestrand 12, C. Wheeler9, J. Wren12, F. Yuan1 211.12 Deep X-ray (and Multiwavelength) Survey of the Coma Cluster of 1Univ. of Michigan, 2MPI fur Kernphysik, Germany, 3Univ. of New South Galaxies Wales, Australia, 4Goddard, 5Sabanci University, Turkey, 6Univ. of Istan- Ann E. Hornschemeier1, B. Mobasher2, L. P. Jenkins1, N. A. Miller3, bul, Turkey, 7METU, Turkey, 8Canakkale University, Turkey, 9Univ. of 1 4 3 C. A. Kilbourne , M. W. Bautz , D. M. Hammer Texas, 10Louisiana State University, 11Guilford College, 12LANL. 1NASA GSFC, 2STScI, 3Johns Hopkins University, 4MIT. 212.03 Temporal and Angular Properties of GRB Jets Emerging from Mas- 211.13 Grism Selected Emission Line Galaxies in the Field Of Abell 1689 sive Stars Gerhardt R. Meurer1, N. Benítez2, D. Coe1, J. M. Vilchez2, B. L. Brian J. Morsony1, D. Lazzati1, M. C. Begelman1 3 1 4 5 Frye , H. C. Ford , G. D. Illingworth , C. Gronwall , ACS Science- 1University of Colorado, Boulder. Team 1 2 Johns Hopkins Univ., Instituto de Astrofísica de Andalucía, Spain, 212.04 An Estimation Of Th e Gamma-Ray Burst Aft erglow Apparent Opti- 3Dublin City University, Ireland, 4University of California Santa Cruz, cal Luminosity Distribution Function 5Pennsylvania State University. Carl W. Akerlof1, H. F. Swan1 1Univ. of Michigan. 211.14 A UV-NIR Photometric Comparison of Simulated and Observed Cluster Galaxies 212.05 A Search for Short Timescale Structure in GRB041223 Cameron B. Hummels1, D. Schiminovich1, G. Bryan1, GALEX Sci- Stephanie L. Fiorenza1, E. E. Fenimore2, M. Galassi2, B. Norman2 ence Team 1Pennsylvania State University, 2Los Alamos National Lab. 1Columbia Univ. 212.06 Probing the Early Universe with GRBs Session 212 Gamma-Ray Bursts Adria C. Updike1, D. H. Hartmann1, J. R. King1, S. D. Brittain1 1 AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 Clemson University.

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Session 214 It’s All About Clear Skies 212.07 GRB Photometric Redshift s and Spectral Slopes From the Swift UVOT AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 Daniel Vanden Berk1, Swift UVOT Team 214.01 Controlling Light Pollution in Chile - A Status Report. 1Pennsylvania State Univ.. Malcolm G. Smith1, P. Sanhueza2, H. E. Schwarz1, A. R. Walker1 1Cerro Tololo Inter-Amer. Obs., Chile, 2OPCC, Chile. 212.08 New Catalog of Astrometry Corrected Swift XRT GRB X-ray Aft er- glow Positions 1 1 214.02 Willingness to Pay for a Clear Night Sky: Use of the Contingent Judith L. Racusin , D. N. Burrows , Swift XRT team Valuation Method 1Penn State University. Stephanie Simpson1, J. Winebrake1, J. Noel-Storr1 1Rochester Inst. of Technology. 212.09 Using Interplanetary Network Data to Search for /GRB Coincidences Kevin C. Hurley1, E. Pian2 Session 215 Optical Cluster Finding 1UC, Berkeley, 2INAF, Italy. AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 215.01 Scatter in the Richness-Velocity Dispersion Relation for SDSS Gal- Session 213 How To ... Resources for Scientist Educators axy Clusters 1 AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 Matthew R. Becker 1University of Michigan. 213.02 SABER: Th e Searchable Annotated Bibliography of Education Re- search in Astronomy 1 2 3 215.02 Optical Galaxy Cluster Detection in SDSS DR5 David H. Bruning , J. M. Bailey , G. Brissenden Wayne Barkhouse1, T. Hacker2, J. Song1, J. J. Mohr1 1 2 3 Univ. of Wisconsin-Parkside, UNLV, Univ. of Arizona. 1Univ. of Illinois, 2USAF Academy. 213.03 Edplum: A Wikipedia-Style Resource for Educators 1 215.03 Improving Galaxy Cluster Photometric Redshift s David M. Rothstein Huan Lin1, M. Lima2, H. Oyaizu2, C. Cunha2, J. Frieman3, J. Annis1, 1Cornell Univ.. B. Koester4, J. Hao4, T. McKay4, E. Sheldon5 1Fermilab, 2University of Chicago, 3Fermilab/U. Chicago, 4University of Best Practices for Modifying Astronomy Curriculum for Special 213.04 Michigan, 5NYU. Needs Students Julia K. Olsen1, T. F. Slater1 1 215.04 Selection Eff ects in Galaxy Cluster Surveys: What Do We Learn University of Arizona. from Observed Scaling Relations? Brian D. Nord1, A. E. Evrard1 Resources and Issues to Consider for Astronomers Who Wish to 213.05 1University of Michigan. Work with Out-of-School Time Organizations and Programs Julie H. Lutz1, D. Powell2, J. Frieling3 1 2 3 215.05 Luminosity and Color Distributions of Galaxies in Clusters and Univ. of Washington, Univ. of Washington, School’s Out Washington. Groups in the SDSS Sarah M. Hansen1, E. S. Sheldon2, R. H. Wechsler3, M. Masjedi2 Adapting Formal Education Materials for Out-of-School Settings 213.06 1Univ. of Chicago, 2New York University, 3Stanford. Denise A. Smith1, H. Gibbons2 1STScI, 2Pacifi c Science Center.

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215.06 Galaxy Cluster Correlation Function in the Dark Energy Survey 216.05 A Pulsational Study of V823 Cas Juan Estrada1, A. Plazas2, Fermilab Galaxy Cluster Group Jennifer N. Wahl1, S. M. Morgan1 1Fermilab, 2Universidad de Los Andes, Colombia. 1University of Northern Iowa.

215.07 A Systematic Search for High Surface Brightness Giant Arcs in a 216.06 How Do Aff ect Light Curves of Stars? Sloan Digital Sky Survey Cluster Sample Robert L. Hill1 Victor Scarpine1, S. Allam1, J. Annis1, T. Diehl1, J. Estrada1, P. Hall2, 1Ball State University. T. Las 1, H. Lin1, M. Makler3, W. Merritt1, D. Tucker1, D. McGinnis1, 1 4 J. Kubo , D. Kubik 216.07 Extending the Model of KH 15D 1Fermi National Accelerator Laboratory, 2York University, Canada, 3Cen- Devin W. Silvia1, E. Agol1 tro Brasileiro de Pesquisas Fisicas, Brazil, 4Northern Illinois University. 1University of Washington.

215.08 Red Sequence Cluster Finding in the Millennium Simulation Session 217 Starbursts & Interacting Galaxies August E. Evrard1, D. Croton2, M. White2, J. Cohn2, E. Ellingson3 AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 1Univ. of Michigan, 2Univ. of California, Berkeley, 3Univ. of Colorado. 217.01 Th e Extended Environments of ULIRGS and LIRGS: Clusters in 215.09 Th e SDSS Southern Survey Coadd Data Formation James T. Annis1, H. Lin1, G. Miknaitis1, R. Lupton2, M. Strauss2, J. Edward A. Laag1 Gunn2, L. Jiang3, X. Fan3, A. Becker4 1UC, Riverside. 1Fermi National Accelerator Lab., 2Princeton University, 3University of Arizona, 4University of Washington. 217.02 Th e Nature of the Densest Gas in Nearby Starbursts David S. Meier1, J. L. Turner2 1 2 Session 216 Modelling Variable and Binary Stars Jansky Fellow; NRAO, UCLA. AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 217.03 Th e Radio Continuum, Far-infrared Emission, and Dense Molecu- 216.01 Light Curves and Spot Modelling for V471 Tauri lar Gas in Star-forming Galaxies Valmin J. Miranda1, T. Vaccaro1 Fan Liu1, Y. Gao1 1Florida Institute of Technology. 1Purple Mountain Observatory, China.

216.02 Polaris’ Pulsational Mass 217.04 IRS Spectroscopy of Collisional Ring Galaxies Siobahn Morgan1 Philip N. Appleton1, P. Beirao2, L. Armus3, B. Brandl2, V. Charman- 4 3 1 5 6 6 1Univ. of Northern Iowa. daris , T. Jarrett , S. Lord , B. Madore , J. Mazzarella , W. T. Reach , M. Seibert5, B. J. Smith7, C. Struck8 1 2 3 216.03 Modeling the Stellar Evolution of V725 Sgr NHSC-Caltech, Leiden University, Netherlands Antilles, SSC-Caltech, Holly M. Kagy1, S. M. Morgan1 4Crete University, Greece, 5OCIW, 6IPAC-Caltech, 7ETSU, 8ISU. 1University of Northern Iowa. 217.05 A Radio Spectral Line Study of the 2-Jy IRAS-NVSS Sample 1 2 2 2 216.04 Angular Momentum Transport in Double White Dwarf Binaries Maria Ximena Fernandez , E. Momjian , T. Ghosh , C. J. Salter Patrick M. Motl1, J. E. Tohline1, J. Frank1 1Vassar College, 2NAIC. 1Louisiana State University.

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217.06 An Optical Datacube of Seyfert/Starburst Composite Galaxy 218.08 New Searching Capability and OpenURL Linking in the ADS NGC1365 Guenther Eichhorn1, A. Accomazzi1, C. S. Grant1, E. Henneken1, M. Katie M. Chynoweth1, R. A. Knop, Jr.1, R. A. Gibbons1 J. Kurtz1, D. M. Th ompson1, S. S. Murray1 1Vanderbilt Univ.. 1SAO.

Session 218 Th e 3Ts: Telescopes, Technologies and Techniques 218.09 Th e New Physics and Astronomy Education Portal of the Smithson- for Astronomy Education ian/NASA Astrophysics Data System Michael J. Kurtz1, G. Eichhorn1, A. Accomazzi1, C. Grant1, E. Hen- AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 neken1, D. Th ompson1, E. Bohlen1, S. S. Murray1 218.01 A Labview-controlled Small Radio Telescope 1Harvard-Smithsonian, CfA. Robert L. Mutel1, T. Jaeger1, V. Poole2 1Univ. of Iowa, 2Truman State University. 218.10 Sharing Images Intelligently: Th e Astronomical Visualization Meta- data Standard 218.02 GNAT Educational Opportunities Robert L. Hurt1, L. Christensen2, A. Gauthier3 Roger B. Culver1, E. R. Craine2 1Spitzer Science Center/Caltech, 2ESA/Hubble, Germany, 3University of 1Colorado State Univ./GNAT, 2Western Research Company/GNAT. Arizona.

218.03 Las Cumbres Observatory Global Telescope Network: Keeping Edu- 218.11 Ensuring Quality of Digital Library Learning Objects for Computa- cation in the Dark tional Physics and Astronomy Education Rachel J. Ross1, W. Geibink1, W. E. Rosing1, T. M. Brown1 David A. Joiner1 1Las Cumbres Observatory. 1Kean Univ..

218.04 Th e Little Th ompson Observatory Receives the Retired Mt. Wilson 218.12 Appreciating Hubble at Hyper-speed: A Web-tool for Students and 24-inch Telescope Teachers Andrea E. Schweitzer1 Lisa M. Will1, M. Mechtley2, S. Cohen2, R. A. Windhorst2, S. Mal- 1Little Th ompson Obs.. hotra2, J. Rhoads2, N. Pirzkal3, F. Summers3 1Mesa Community College, 2Arizona State University, 3Space Telecope 218.05 NIRo Telescope: Research and Education Science Institute. Adam W. Rengstorf1, S. Slavin1 1Purdue University Calumet. 218.13 Use Authentic Digital Sky Data to Investigate Earth’s Motions Rick Kang1 218.06 Improved Undergraduate Astronomy Laboratories with A Modern 1Friends of Pine Mountain Obs.. Telescope Control System 1 2 2 1 Anthony J. Milano , D. Broder , R. Finn , H. Newberg , A. Weather- 218.14 Hera: Using NASA Astronomy Data in the Classroom wax2, D. Whittet1 James C. Lochner1, S. Mitchell2, W. D. Pence3 1Rensselaer Polytechnic Institute, 2Siena College. 1USRA & NASA/GSFC, 2SP Systems & NASA/GSFC, 3NASA/GSFC.

218.07 Th e MTSU Uranidrome: A Naked-Eye Observatory for Teaching Astronomy and Geometry Eric W. Klumpe1 1Middle Tennessee State University.

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218.15 Spitzer Space Telescope Research Program for Teachers and Stu- 219.06 Statistical Analysis of the Relationship Between Rotation, Disks, dents: Using Spitzer data in your classroom with (relatively) simple and X-rays Among Low-Mass Pre-Main-Sequence Stars soft ware Keivan Stassun1, D. Ardila2, S. Matt3, E. Feigelson4 Th eresa E. Roelofsen Moody1, J. J. Feldmeier2, V. Gorjian3, B. Sepul- 1Vanderbilt Univ., 2Spitzer Science Center, 3University of Virginia, 4Penn 4 4 5 6 veda , E. Sharma , T. Spuck , C. Weehler State Univ.. 1New Jersey Astronomy Center for Education, 2YSU, 3JPL/Spitzer Science Center, 4Lincoln High School, 5Oil City Area Senior High School, 6Luther 219.07 Pure Rotational H2 Emission from GSS 30 IRS 1 Burbank High School. Matthew Richter1, M. A. Bitner2, J. H. Lacy2, D. T. Jaff e2, T. K. Great- house3, G. A. Blake4, A. C. Boogert5, J. S. Carr6, T. Currie7, U. Gorti8, 4 9 7 10 11 218.16 MPS Internships in Public Science Education: Sensing the Radio G. J. Herczeg , D. Hollenbach , S. J. Kenyon , C. Knez , F. Lahuis , Sky J. Najita12, S. Redfi eld2 Melvin Blake1, M. W. Castelaz1, D. Moff ett2, L. Walsh3, M. LaFratta3 1UC, Davis, 2Univ of Texas, 3Lunar and Planetary Institute, 4California 1Pisgah Astronomical Research Institute., 2Furman University, 3Univer- Institute of Technology, 5NOAO Gemini Science Center, Chile, 6Naval sity of North Carolina-Asheville. Research Lab, 7Harvard-Smithsonian Center for Astrophysics, 8Univ of California, 9NASA-Ames, 10Univ of Maryland, 11SRON-Groningen, Th e Session 219 YSO / Star Formation III Netherlands, 12NOAO. AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 219.08 Young Vega and Analogs: Rotationally-Enhanced Activity in 219.01 Young Spectroscopic Binary M Stars in Ophiuchus HD 169142 and HD 135344 1 Lisa A. Prato C. A. Grady1, G. Schneider2, K. Hamaguchi3, M. Sitko4, W. Carpen- 1Lowell Observatory. ter5, K. Collins6, G. Williger6, B. Woodgate7, R. Petre7, J. Nuth, III7, D. Hines8, T. Henning9, A. Quirrenbach9, F. Menard10, D. Wilner11 219.02 Keck HiRES Spectroscopy of Candidate Post Stars 1Eureka Scientifi c and GSFC, 2U. of Arizona, 3USRA and GSFC, 4Space 1 1 2 3 1 Eric J. Bubar , J. King , D. Soderblom , C. Deliyannis , R. Boone Sciences Institute and U. Cincinnati, 5U. Cincinnati, 6U. Louisville, 1 2 3 Clemson Univ., Space Telescope Science Institute, Indiana University. 7NASA’s GSFC, 8Space Sciences Institute, 9MPIA, Germany, 10Laboratoire d’Astrophysique de Grenoble, France, 11CfA. 219.03 Spitzer IR Sudy of Sar Formation in an Embedded Young Cluster NGC2316 William Langer1, T. Velusamy1, T. Th ompson1 219.09 Th e Spin of Accreting Stars and Accretion-Powered Stellar Winds Sean Matt1, R. E. Pudritz2 1JPL/Caltech. 1University of Virginia, 2McMaster University, Canada. 219.04 SiO Masers in the Orion BN-KL Outfl ow Christopher Beaumont1, S. S. Doeleman2 219.10 Th e Gould’s Belt Spitzer Legacy Project Lori Allen1, Gould’s Belt Team 1Calvin College, 2MIT Haystack Observatory. 1Harvard-Smithsonian Center for Astrophysics. 219.05 Infrared and Optical Spectroscopy of Protostars in the Elephant Trunk Nebula 219.11 Th e Cores to Disks (c2d) Spitzer Legacy Program: Summary of Dohy Faied1, W. T. Reach1, A. Tappe1, J. Rho1 Resultson Evolution in Five Large Clouds Neal J. Evans, II1, c2d Team 1Caltech. 1Univ. of Texas.

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219.12 Near-Infrared Spectroscopy of Young Binaries 219.20 Th e : Pillars of Creation, EGGs, and PMS Stars in NGC Mary A. Barsony1, T. P. Greene2, K. E. Haisch, Jr.3 6611 1San Francisco State Univ. & Space Science Institute, 2NASA’s Ames Jeff rey Linsky1, M. Gagne2, A. Mytyk2, M. McCaughrean3, M. Andersen4 Research Center, 3Utah Valley State College. 1JILA/U. Colorado & NIST, 2West Chester U., 3U. Exeter, UK, 4U. Ari- zona. 219.13 A Non-Magnetocentrifugal Jet Model for Young Stellar Objects Peter T. Williams1 219.21 Outfl ows in the Galactic Legacy Infrared Mid-Plane Survey Ex- 1M.O.I.O.. traordinaire (GLIMPSE) Douglas F. Watson1, B. A. Whitney2, M. Gomez3, P. M. Denzmore4, 5 1 1 1 219.14 An Archive of Chandra Observations of Regions of Star Formation R. Indebetouw , M. Meade , B. Babler , E. Churchwell , GLIMPSE (ANCHORS) Team Bradley D. Spitzbart1, S. J. Wolk1 1U. Wisconsin-Madison, 2Space Science Inst., 3Obs. Astronomico, Univ. 1Smithsonian Astrophysical Obs.. Nacional de Cordoba, Observatorio, Argentina, 4Rice University, 5Uni- versity of Viriginia. 219.15 Star Formation in the Gum Nebula: Cometary Globules CG4/6/ SA101 1 2 3 4 1 Session 220 Fortune and Fame: Fellowships, Textbooks, Car- Jinyoung S. Kim , F. M. Walter , S. J. Wolk , W. H. Sherry , M. Foster toons 1Univ. of Arizona, 2Stony Brook University, 3CfA, 4NSO/NOAO. AAS Poster, Wednesday, 9:20am-4:00pm, Exhibit Hall 4 219.16 Clustering around Herbig Ae/Be Stars 220.01 Th e Lowell Observatory Predoctoral Program Nicole S. Van Der Bliek1, B. Rodgers2, S. Th omas3, G. Doppmann2 Lisa A. Prato1, W. M. Grundy1 1CTIO, Chile, 2Gemini Observatory, Chile, 3Lick Observatory. 1Lowell Observatory.

219.17 MOMIE: MIKE Observations of Mid-Infrared Excesses 220.02 Th e Textbook of the Future: What Will It Look Like? Brian R. Uzpen1, H. A. Kobulnicky1, C. Th om2, M. E. Putman3 Harry L. Shipman1, N. Finkelstein2, D. McCray3, M. Mac Low4, D. 1Univ. of Wyoming, 2University of Chicago, 3Univ. Of Michigan. Zollman5 1Univ. of Delaware, 2University of Colorado, 3Univ. of Colorado, 4Ameri- 219.18 Visible Spectra of the Central Stars of Proplyds in Orion can Museum of Natural History, 5Kansas State University. Michael W. Castelaz1, B. McCollum2, F. W. Bruhweiler3, M. W. Nied- 4 4 4 5 ner , A. B. Schultz , C. Mickey , D. J. MacConnell 220.03 Eustace Tilley Views our Profession: Th e Astronomer as Portrayed 1Pisgah Astronomical Research Inst., 2Spitzer Science Center / IPAC / in the Cartoons of Th e New Yorker Magazine Caltech, 3Catholic University of America, 4NASA/GSFC, 5CSC/STScI. Kenneth S. Rumstay1 1Valdosta State Univ.. 219.19 An X-ray Survey of FU Orionis Stars andUnusual X-ray Emission from Embedded YoungStars in NGC 2071 Session 221 Biology of Astrobiology I Extremes of Earth Life Steve L. Skinner1, A. E. Simmons1, M. Audard2, K. R. Briggs3, M. Guedel3, M. R. Meyer4 AAS Special, Wednesday, 10:00-11:30am, 611-12 1U. Colorado, 2U. Geneva, Switzerland, 3Paul Scherrer Inst., Switzerland, Chair, Sanjoy Som1 4U. Arizona. 1University of Washington.

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Chair, Woodruff T. Sullivan1 Session 223 AGN General Properties & Relativistic Jet Acceleration 1Univ. of Washington. AAS Oral, Wednesday, 10:00-11:30am, 6A 223.01 Probing the Black Hole-Galaxy Connection with AGN Host Galaxy 221.01 Th e Dark, Hot Biosphere on Earth and Elsewhere Morphologies John Baross1 Brooke Simmons1, C. M. Urry1, COSMOS Team 1UW School of Oceanography. 1Yale Univ..

221.02 Of Ice and Microbes 223.02D Refi ning the Radius-Luminosity Relationship for AGNs Jody Deming1 Misty C. Bentz1, B. M. Peterson1, R. W. Pogge1 1School of Oceanography. 1Ohio State Univ..

Session 222 Optical Cluster Finding: SDSS, RCS, DEEP 223.03D Models of the Molecular Interstellar Medium in Starbursts and AAS Special, Wednesday, 10:00-11:30am, 613-14 AGN from z=0-6 Desika T. Narayanan1, T. Cox2, S. Chakrabarti2, R. Dave1, T. Di Chair, Timothy A. McKay1 Matteo3, B. Kelly1, L. Hernquist2, P. Hopkins2, C. Kulesa1, Y. Li2, B. 1University of Michigan. Robertson4, C. Walker1 1Univ. of Arizona, 2CfA, 3CMU, 4KICP, University of Chicago. 222.01 Photometrically Identifi ed Clusters from the RCS Michael Gladders1, RCS Collaboration 223.04 Th e Black Hole Mass and Eddington Ratio Distributions of the 2QZ 1University of Chicago. Christopher A. Onken1, J. A. Kollmeier2 1Herzberg Inst. of Astrophys., Canada, 2OCIW & Princeton. 222.02 Optical Clusters from SDSS Imaging: Th e MaxBCG Cluster Catalog Ben Koester1 223.05 Radiation from Relativistic Poynting Jets and Collisionless Shocks 1University of Michigan. Edison P. Liang1, K. Noguchi1, S. Sugiyama2 1Rice Univ., 2Osaka University, Japan. 222.03 Groups and Clusters in DEEP2: Th e Evolution of Massive Halos and their Contents over 10 Gyr 223.06 Local Electron Acceleration in GRB Shocks Brian Gerke1 Mikhail Medvedev1 1UC-Berkeley. 1Univ. of Kansas.

222.04 Cluster Mass Profi les and Mass-to-light Ratios from Weak Lensing Session 224 CMB Th eory and 21 cm Cosmology in the SDSS AAS Oral, Wednesday, 10:00-11:30am, 6B Erin Sheldon1 224.01D Probing the First Sources with the Redshift ed 21 cm Line 1 New York University. Jonathan R. Pritchard1, S. R. Furlanetto2, M. Kamionkowski1 1Caltech, 2Yale. 222.05 Simulating Galaxy Populations in Clusters Risa H. Wechsler1 224.02D Revealing the Epoch of Reionization with Redshift ed 21 cm Mea- 1 Stanford University. surements Judd D. Bowman1 1MIT.

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224.03 Integrated Sachs-Wolfe Eff ect Tomography 225.05D Th e X-ray Evolution of Early-Type Galaxies in the Extended Chan- Shirley Ho1, C. Hirata2, N. Padmanabhan3, U. Seljak4 dra Deep Field-South 1Princeton Univ., 2Institute of Advanced Studies, 3Lawrence Berkeley Bret Lehmer1 Lab/ UC Berkeley, 4International Center for Th eoretical Physics, Italy. 1Pennsylvania State University.

224.04 Measurement of Gigaparsec-Scale Perturbation Modes with Remote 225.06 Revealing the Star-formation History of the Universe up to z=2.5 Quadrupole Observations from Deep Radio Surveys Emory F. Bunn1 Nick Seymour1, I. McHardy2, M. Page3, D. Moss2, T. Dwelly2 1Univ. of Richmond. 1SSC/Caltech, 2U. Southampton, UK, 3UCL/MSSL, UK.

224.05 Sunyaev-Zeldovich eff ect from Active Galactic Nuclei 225.07 Th e Nature of Lyman Alpha Emitters at z=3.1 in the MUSYC Survey Suchetana Chatterjee1, A. Kosowsky1 Eric J. Gawiser1, C. Gronwall2, R. Ciardullo2, H. Francke3, P. G. van 1 4 1 1Univ. Of Pittsburgh. Dokkum , J. Feldmeier , C. M. Urry , MUSYC Collaboration 1Yale Univ., 2Penn State, 3U. de Chile, Chile, 4Youngstown St.. 224.06 Improving the Cosmological Recombination Calculation Wan Yan Wong 1, D. Scott1 225.08 Cosmic Shear and its Redshift Evolution from the Deep Lens Survey 1 1 1 1 1Univ. Of British Columbia, Canada. Vera E. Margoniner , D. M. Wittman , D. Rusin , T. Tyson , I. P. Dell’Antonio2 1 2 Session 225 COSMOS and Other Surveys UC, Davis, Brown University. AAS Oral, Wednesday, 10:00-11:30am, 605-07 Session 226 Extrasolar Planets II First Results from S-COSMOS: the Spitzer Legacy Survey of the 225.01 AAS Oral, Wednesday, 10:00-11:30am, 608-10 HST-ACS 2sq.deg. Field David B. Sanders1, M. Salvato2, O. Ilbert1, H. Aussel3, J. Kartaltepe1, 226.01D Results From the KELT Transit Survey J. Surace4, D. Frayer4, K. Sheth4, N. Scoville2, B. Bhattacharya4, T. Joshua Pepper1 Brooke2, G. Helou2, L. Yan4 1Th e Ohio State University. 1Univ. of Hawaii, 2Caltech, 3CEA/Saclay, France, 4SSC/Caltech. 226.02D Detection and Exploration of Planets from the Trans-atlantic Exo- 225.02 Large Structures and Galaxy Evolution in the COSMOS Survey planet Survey Nicholas Scoville1 Francis T. O’Donovan1, D. Charbonneau2, L. Hillenbrand1 1Caltech. 1Caltech, 2Harvard-Smithsonian CfA.

225.03 Th e Evolution of Bulges in COSMOS Spirals 226.03D An L’ and M-band AO Imaging Survey for Extrasolar Giant Planets: Kartik Sheth1, L. Spalsbury1, N. Scoville1, COSMOS Collaboration Progress and Preliminary Results 1Caltech. Aren Heinze1, P. Hinz1, S. Sivanandam1, M. Meyer1 1Univ. of Arizona. 225.04 Morphology of z~0.7 Star-forming Galaxies from Deep GALEX Imaging of the COSMOS Field 226.04 Astrometric Discovery of M-Dwarf Planets Michel A. Zamojski1, D. Schiminovich1, M. Rich2, B. Mobasher3, A. Steven H. Pravdo1, S. B. Shaklan1, M. J. Ireland2, P. G. Tuthill3 M. Koekemoer3, P. Capak4, GALEX Team, COSMOS Team 1JPL, Caltech, 2Caltech, 3U. of Syndney, Australia. 1Columbia Univ., 2UCLA, 3Space Telescope Science Institute, 4Caltech.

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226.05 A KECK HIRES Doppler Search for Planets Orbiting Metal-Poor 227.06D Aft erglow and Environment of the High-redshift GRB 050904 Dwarfs. II. On the Frequency of Short-Period Giant Planets in the Lijun Gou1, D. Fox1, P. Meszaros1 Low-Metallicity Regime 1Penn State Univ.. Alessandro Sozzetti1, D. W. Latham1, G. Torres1, B. W. Carney2, A. P. 3 4 1 Boss , J. B. Laird , R. P. Stefanik 227.07 GRB 060614 Opens a New Window on Short and Long Burst Cat- 1Harvard-Smithsonian, CfA, 2University of North Carolina, 3Carnegie egorization Institution of Washington, 4Bowling Green State University. Neil Gehrels1, Swift Team 1NASA’s GSFC. 226.06 Th e All Sky Extrasolar Planet Survey Using New Generation Multi-ob- ject Keck Exoplanet Tracker Instruments at the SDSS 2.5m telescope Session 228 Star Clusters I Jian Ge1, J. C. van Eyken, M1, S. Mahadevan1, X. Wan1, B. Zhao1, A. Hariharan1, C. DeWitt1, P. Guo1, R. Cohen1, S. W. Fleming1, J. AAS Oral, Wednesday, 10:00-11:30am, 204 Crepp1, C. Warner1, S. Kane1, F. Leger2, K. Pan3, S. Snedden3, S. 228.01 Th e Convergence Age of the Globular Cluster NGC 6397 Shaklan4, E. Ford5, D. P. Schneider6, S. Seager7, E. Agol8, H. Ford9 Harvey B. Richer1, B. M. Hansen2, S. Davis1, J. Anderson3, G. G. 1Univ. of Florida, 2Fermilab, 3Apache Point Obs., 4JPL, 5CFA, Harvard Fahlman4, J. S. Kalirai5, I. R. King6, M. Rich2, M. M. Shara7, P. B. 4 U., 6Penn State, 7Carnegie Instit. of Washington, 8U. Washington, 9JHU. Stetson 1Univ. of British Columbia, Canada, 2UCLA, 3Rice Univ., 4Herzberg In- Session 227 Gamma-Ray Bursts stitute of Astrophysics, Canada, 5UCSC, 6Univ. of Washington, 7AMNH. AAS Oral, Wednesday, 10:00-11:30am, 3B 228.02 Globular Clusters in a Globular Cluster 227.01 GRB 060607A: A Bright Early Optical Aft erglow with Minimal Jason S. Kalirai1, H. Richer2, J. Anderson3, J. Strader1, K. Forde1 Prompt Emission 1UC, Santa Cruz, 2U. British Columbia, Canada, 3Rice University. Stephen Holland1, Swift Science Team 1 NASA’s GSFC & USRA. 228.03 Are white dwarfs born with a `KICK’? Saul Davis1, H. B. Richer1, J. Coff ey1, J. Anderson2, J. Brewer1, G. G. 227.02D A Multi-wavelength Perspective on the GRB-SN Connection Fahlman3, B. M. Hansen4, J. Hurley5, J. S. Kalirai6, I. R. King7, D. Alicia M. Soderberg1 Reitzel4, R. M. Rich1, M. R. Rich4, M. M. Shara8 1Caltech. 1UBC, Canada, 2Rice Univ., 3HIA, Canada, 4UCLA, 5Monash Univ., Aus- tralia, 6UCSC, 7U. Washington, 8American Museum of Natural History. 227.03 Pulse-Width Evolution of Late Time X-ray fl ares in GRBs Daniel Kocevski1, N. Butler1, J. Bloom1 228.04 Chemical Composition of Globulars of the Sagittarius System 1UC Berkeley. Marta Mottini1, G. Wallerstein1, A. McWilliam2 1Univ. of Washington, 2Obs. of the Carnegie Inst. of Washington. 227.04 X-ray Flares in GRB Aft erglows: Spectral and Temporal Characteristics David Morris1 228.05 NGC 346: Mass Function at Low Metallicity 1PSU. Elena Sabbi1, M. Sabbi2, A. Nota2, M. Tosi3, J. Gallagher, III4, M. Meixner1, S. Oey5 227.05 Observations of Unusual Gamma-ray Burst Aft erglows with the 1STScI, 2STScI/ESA, Space Telescope Operation Division, 3INAF-Osser- Robotic Palomar 60-inch Telescope vatorio Astronomico di Bologna, Italy, 4University of Wisconsin, 5UNI- Stephen B. Cenko1 VERSITY of Michigan. 1Caltech.

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228.06 Th e B and Be Star Population of NGC 3766 229.07 Nearby Supernova Factory Spectroscopy of the Type Ia Supernova M. V. McSwain1 2006D 1Yale Univ.. Rollin Th omas1, G. Aldering1, S. Bailey1, S. Bongard1, S. Loken1, P. Nugent1, S. Perlmutter1, R. Scalzo1, L. Wang1, B. Weaver1, P. Antilo- gus2, S. Gilles2, R. Pain2, R. Pereira2, C. Buton3, Y. Copin3, E. Gan- Session 229 Th e Supernova Legacy Survey and other SN Ia gler3, G. Smadja3, E. Pecontal4, G. Rigaudier4, R. Kessler5, E. Baron6, Surveys J. Parrent6, C. Baltay7, D. Rabinowitz7 AAS Oral, Wednesday, 10:00-11:30am, 3A 1LBNL, 2LPNHE, France, 3IPNL, France, 4CRAL, France, 5KICP, 6Univer- 229.01 Galaxy Clustering in Environments of Type Ia Supernovae from the sity of Oklahoma, 7Yale University. CFHT Supernova Legacy Survey (SNLS). 1 1 Melissa L. Graham , C. J. Pritchet , Supernova Legacy Survey Session 230 Variable and Binary Stars 1 University of Victoria, Canada. AAS Oral, Wednesday, 10:00-11:30am, 201 229.02 Dark Energy Constraints from the Supernova Legacy Survey 230.01 Interacting Binaries with Eccentric Orbits Mark Sullivan1, Supernova Legacy Survey Jeremy F. Sepinsky1, B. Willems1, V. Kalogera1 1University of Toronto, Canada. 1Northwestern Univ..

229.03 Analysis Techniques and Systematics in the Supernova Legacy 230.02 StarSpotz: A Sensitive Probe of the Diff erential Rotation Profi le of Survey Stars using MOST Photometry Alexander J. Conley1, Supernova Legacy Survey Bryce Croll1, G. A. Walker2, R. Kuschnig2, J. M. Matthews2, J. F. 2 3 1 4 5 1Univ. of Toronto, Canada. Rowe , A. Walker , S. M. Rucinski , A. P. Hatzes , W. D. Cochran , R. M. Robb6, D. B. Guenther7, A. F. Moff at8, D. Sasselov9, W. W. Weiss10 1 2 229.04 Predicted Evolution in the Mean Properties of SNe Ia from SNLS University of Toronto, Canada, University of British Columbia, Cana- Data da, 3Sumus Technology Limited, Canada, 4Th uringer Landessternwarte Dale A. Howell1, Supernova Legacy Survey Tautenburg, Germany, 5McDonald Observatory, 6University of Victo- 1Univ. of Toronto, Canada. ria, Canada, 7St. Mary’s University, Canada, 8Universite de Montreal, Canada, 9Harvard-Smithsonian Center for Astrophysics, 10Universitat 229.05D Th e Wien Turkenschanzstrasse, Austria. Robert Quimby1 1 Univ. of Texas. 230.03 Mean Pulsation Period of Cool White Dwarf Variables Gauges Stel- lar Temperature 229.06D Spectropolarimetry of Type Ia Supernovae Anjum S. Mukadam1, M. H. Montgomery2, A. Kim2, D. E. Winget2, 1 Ryan Chornock S. O. Kepler3, J. C. Clemens4 1 UC Berkeley. 1Univ. of Washington, 2Univ. of Texas at Austin, 3Universidade Federal do Rio Grande do Sul, Brazil, 4Univ. of North Carolina.

230.04 Measurement of the of η Boo Gerard van Belle1, D. R. Ciardi1, A. F. Boden1 1Michelson Science Center.

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230.05 An X-ray View of the Interacting Binary Beta Lyrae with Suzaku 232.01 Astronomy LITE Demonstrations Richard Ignace1, L. Oskinova2, W. Waldron3, J. Hoff man3, W. Hamann2 Kenneth Brecher1 1East Tennessee State Univ., 2U. Potsdam, Germany, 3Eureka Scientifi c. 1Boston University.

230.06 Late-Type Near-Contact Binary [HH97] FS Aur-79 232.02 A Status Report on the ALIVE Project Scott J. Austin1 James B. Dove1 1Univ. Of Central Arkansas. 1Metropolitan State College of Denver.

230.07 A Search for Variable Stars in Selected Fields of the Open Cluster 232.03 Using Planetarium Soft ware as a Virtual Observatory NGC 752 Richard Ditteon1 Eugene F. Milone1, M. D. Williams1, L. Kim1, T. Lenhardt1, S. J. 1Rose-Hulman Institute. Schiller1 1University of Calgary, Canada. 232.04 Aff ordable Laser Communication in the Classroom Constance E. Walker1, R. Sparks1, S. Pompea1 230.08 Mid-IR Keck Segment-Tilting Observations of the Disk Around 1National Optical Astronomy Observatory. Michael J. Ireland1, J. D. Monnier2, P. G. Tuthill3, R. Cohen4 1 2 3 Caltech, University of Michigan, University of Sydney, Australia, Session 233 Bringing Physics by Inquiry to K-12 Classrooms, 4W.M. Keck Observatory. Part II AAPT Oral, Wednesday, 10:00-11:30am, 303 Session 231 Physics in Art and Art in Physics Chair, Paula Heron1 AAPT Invited, Wednesday, 10:00-11:30am, 211 1Univ. of Washington. Chair, Stanley Micklavzina1 1University of Oregon. 233.01 Teaching Physical Science by Inqiry in the K-12 Classroom Brian E. Meza1, D. L. Messina2, L. C. McDermott2 231.01 Did the great masters “cheat” using optics? Image analysis of Re- 1Seattle Preparatory School, 2Univ. of Washington. naissance masterpieces sheds light on a bold theory 1 David Stork 233.02 Eff ects of a Research-based Curriculum on the Learning of Physics 1Ricoh Innovations. by K-12 Teachers and Students* Donna L. Messina1, M. R. Stetzer1, L. C. McDermott1 231.02 Science Circus 1Univ. of Washington. Rhys D. Th omas1 1Up For Grabs, Inc.. Session 234 Introductory Physics Curriculum and Delivery

AAPT Oral, Wednesday, 10:00-11:30am, 616 Session 232 Demonstrations for Teaching Astronomy Chair, Charles F. Niederriter1 AAPT Special, Wednesday, 10:00-11:30am, 617 1Gustavus Adolphus College. Chair, Stephen M. Pompea1 1NOAO.

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234.01 A Mechanics Curriculum as a Prelude to Electricity and Magnetism 234.09 Helping Student Relate Work and Changes in Energy* Poovan Murugesan1 Beth A. Lindsey1, P. R. Heron1, P. S. Shaff er1, L. C. McDermott1 1San Diego City College. 1Univ. of Washington.

234.02 Scientifi c Reasoning Outcomes and the General Education Physics Session 235 Teacher Learning Course Stephen P. Phipps1, D. B. Morris1, M. E. Dearborn1, G. M. Novak1 AAPT Oral, Wednesday, 10:00-11:30am, 310 1United States Air Force Academy. Chair, Harold Stokes1 1Brigham Young Univ.. 234.03 Teaching to Promote Deep Understanding and Instigate Conceptual Change 235.01 What Did We Learn from the Teachers’ Journals? Esther Zirbel1 Kastro M. Hamed1 1Tuft s University. 1University of Texas at El Paso.

234.04 Implementing Interactive Lecture Experiments in Large Introduc- 235.02 Support for New Physics Teachers tory Physics Courses (Part I) Brian W. Adrian1, D. Zollman1, S. Stevens2 Rachel Moll1, M. M. Milner-Bolotin1, K. McPhee1, S. Zhdanovich1, 1Kansas State Univ, 2Carnegie Mellon University. A. Kotlicki1, G. Rieger1, F. Bates1 1University of British Columbia, Canada. 235.03 Using Facet Clusters to Map Learner Modes of Reasoning Stamatis Vokos1, L. S. DeWater1, L. Seeley1, P. Kraus2 234.05 Th e Impact of Interactive Lecture Experiments on Student Academ- 1Seattle Pacifi c University, 2Facet Innovations, LLC. ic Achievement, Motivation and Attitudes towards Science (Part II) 1 1 1 1 Marina M. Milner-Bolotin , R. Moll , A. Kotlicki , F. Bates , G. 235.04 Using Facet Clusters to Guide Teacher Professional Development 1 1 Rieger , S. Nashon Lane Seeley1, L. S. DeWater1, S. Vokos1, P. Kraus2 1 University of British Columbia, Canada. 1Seattle Pacifi c University, 2Facet Innovations, LLC.

234.06 GRIPs (Group Investigation Problems) for Introductory Physics 235.05 Teaching about 21st Century Energy Sources to Pre-college Stu- 1 Th omas A. Moore dents and Teachers 1Pomona College. Andrew P. Zwicker1, J. Morgan1, C. Ritter1, J. DeLooper1, N. Guilbert2 1Princeton Plasma Physics Laboratory, 2Th e Peddie School. 234.07 New Insights into Student Understanding of Complete Circuits* 1 2 1 MacKenzie R. Stetzer , P. van Kampen , P. S. Shaff er , L. C. McDer- 235.06 Conceptual Dynamics: Comparing Inquiry and Direct Instruc- 1 mott tional Designs 1Univ. of Washington, 2Dublin City University, Ireland. Adriana Undreiu1, B. Adams1, D. Schuster1 1Western Michigan University. 234.08 Andes: An Intelligent Homework System for Introductory Physics 1 1 1 2 Brett van de Sande , K. VanLehn , R. Hausmann , D. Treacy , R. 235.07 Pre-Service Elementary Teachers’ Ideas about the Nature of Science 2 Shelby Rhett Allain1 1 2 University of Pittsburgh, US Naval Academy. 1Southeastern Louisiana University.

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235.08 Integrals for Pre-service Elementary Teachers: Approximating Sea- Chair, David Lang1 sonal Solar Radiation Diff erences 1Th e National Academies. Paul G. Ashcraft 1 1 Penn State Erie, Th e Behrend College. Session 237 Biology of Astrobiology II History of Earth’s Life AAS Special, Wednesday, 2:00-3:30pm, 611-12 Session 236 Cannon Award in Astronomy Chair, Mark Claire1 Plenary, Wednesday, 11:40am-12:30pm, Ballroom 6 1Univ. of Washington. 236.01 Th e Star Formation and Metallicity History of Star Forming Galaxies Lisa J. Kewley1 Chair, Woodruff T. Sullivan1 1University of Hawaii. 1Univ. of Washington.

Revealing the Hidden Nature of Space and Time (EPP2010) 237.01 From the Earliest Evidence of Life to Complex Single-cell Organ- Wednesday, 12:45-1:45pm, 609 isms: Th e First 3 Gyr on Earth AAS Town Hall Meeting, 1 Th e United States has been at the forefront of elementary particle physics for Roger Buick 1 more than half a century. Physicists working in the United States developed UW Dept. of Earth & Space Sciences. many of the theoretical ideas that describe and explain how elementary par- A New History of Animal Life on Earth ticles interact and why they have the properties that they do. And the federal 237.02 Peter Ward1 government has supported the experimental facilities -- including large 1UW Dept. of Biology. particle accelerators -- that have produced profound scientifi c discoveries and a steady stream of new technologies. Yet as elementary particle physics is poised to address some of the most basic questions in science, our leader- Session 238 Ground-Based Mid-IR Astronomy in the Spitzer ship position is now in jeopardy. Many of the major particle physics facilities Era AAS Special, Wednesday, 2:00-3:30pm, 613-14 in the United States are being closed or converted to other uses. Funding for particle physics in the United States has stagnated for more than a decade. Chair, Jay A. Frogel1 Within a few years, the majority of U.S. experimental particle physicists will 1AURA, Inc. be working on experiments that are being conducted in other countries Th e National Academies convened a committee with membership drawn both 238.01 Synergy between Mid-IR Astronomy from 8-meter Class Ground from inside and outside the fi eld of elementary-particle physics that was Based Telescopes and Spitzer 1 charged to construct a plan for U.S. participation in this eff ort through an Tom Soifer 1 in-depth assessment to identify, articulate and prioritize the scientifi c ques- Caltech. tions and opportunities that defi ne elementary-particle physics and provide a 15-year plan for the future of the fi eld. 238.02 Mid-IR Capabilities of the Gemini Telescopes Scott Fisher1 D.B. Lang, National Research Council, will introduce members of the 1Gemini Observatory. National Academies committee that prepared the “Revealing the Hidden Nature of Space and Time” report. Th e speakers, Edward Witten (Institute 238.03 Mid-IR Observations of the Outer Planets for Advanced Study), Helen Quinn (Stanford Linear Accelerator Center), Heidi B. Hammel1 and Neal Lane (Rice University) will present prepared remarks for 30-40 1Space Science Institute. minutes and then open the fl oor for discussion and questions.

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238.04 Evaporating Disks, Outfl ows, and their Embedded Sources in Orion 239.03 Constraining Electron Spectra in the Hotspots of with Nathan Smith1 Spitzer 1University of California. D. E. Harris1, L. Stawarz2, C. C. Cheung3, M. Ostrowski4 1HEA- Center for Astrophysics, 2Kipac, Stanford U., 3NRAO and Kipac, 238.05 Protostars and Disks Stanford U., 4Astronomical Observatory UJ, Poland. Doug Johnstone1 1NRC Canada:HIA (and UVic), Canada. 239.04 Th e Kiloparsec Scale Jet of the Quasar 1317+520 Svetlana G. Jorstad1, A. P. Marscher1, J. M. Gelbord2, H. L. Mar- 238.06 High Resolution Mid-infrared Spectroscopy of Star Formation shall2, D. A. Schwartz3, D. M. Worrall4, M. Birkinshaw4, E. S. Perl- Regions man5 John Lacy1 1IAR BU, 2MIT, 3CfA, 4Univ. of Bristol, United Kingdom, 5UMBC. 1University of Texas. 239.05 Limit to the Positron Content of the Jet in 3C 120 from INTEGRAL 238.07 Mid-IR Observations of Herbig Ae and Be Stars and mm-Wave VLBI Observations Marshall D. Perrin1, J. R. Graham1 Alan P. Marscher1, S. G. Jorstad1, J. L. Gomez2, I. M. McHardy3, T. P. 1UC Berkeley. Krichbaum4, I. Agudo4 1Boston Univ., 2IAA, Spain, 3Univ. Southampton, United Kingdom, 238.08 MIR-Imaging brown dwarfs in binary systems with ESO/VLT and 4MPIfR, Germany. Gemini Michael Sterzic1 239.06 Multiple Circular Polarization Outbursts in the QSO 3C 279 at 1ESO/VLT, Chile. Centimeter Wavelengths Hugh D. Aller1, M. F. Aller1, P. A. Hughes1 238.09 High Spatial Resolution Observations of AGN at Mid-IR Wavelengths 1Univ. of Michigan. Chris Packham1, A. Alonso-Herrero2, L. Colina2, T. Diaz-Santos2, J. Radomski3, R. Mason4, P. Roche5, E. Perlman6, N. Levenson7, M. 239.07 Relativistic Ejections Associated with High-energy Outbursts in the Elitzur7, S. Young8, C. Telesco1 M87 Jet 1U. Florida, 2CSIC, Spain, 3Gemini Obs., Chile, 4Gemini Obs., 5U. Ox- Chi C. Cheung1, D. E. Harris2, L. Stawarz3 ford, UK, 6FIT, 7U. Kentucky, 8U. Hertfordshire, United Kingdom. 1NRAO & Stanford, 2Harvard-Smithsonian Center for Astrophysics, 3KIPAC/Stanford. Session 239 AGN Jets AAS Oral, Wednesday, 2:00-3:30pm, 3B 239.08 Synthetic Maps of Relativistic Jets - Th e Origin of Bright Features Carrie Swift 1, P. Hughes2 239.01D New Multiwavelength Variability and Optical Microvariability 1Univ. of Michigan - Dearborn, 2Univ. of Michigan. Investigations of X-ray and Radio Selected Blazars Margaret A. Osterman1 Session 240 CMB-Experiments 1Georgia State Univ.. AAS Oral, Wednesday, 2:00-3:30pm, 6A 239.02 Beaming and the Intrinsic Properties of Extragalactic Radio Jets 240.01D Prospects for the ACBAR Experiment Marshall H. Cohen1 Christian L. Reichardt1 1CalTech. 1Caltech.

354 355 WEDNESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

240.02 Preliminary Results from ARCADE II 241.03 Spectral Evolution of an Earth-like Planet Dale J. Fixsen1, A. Kogut1, M. Limon1, E. Wollack1, P. Mirel1, J. Sin- Lisa Kaltenegger1, W. A. Traub2, K. W. Jucks1 gal2, P. Lubin2, S. Levin3, M. Seiff ert3 1Harvard-Smithsonian, CfA, 2Harvard-Smithsonian CfA & JPL. 1NASA’s GSFC, 2UCSB, 3JPL. 241.04 PHASES: A Search for Planets in Binary Systems 240.03 Th e Atacama Cosmology Telescope Benjamin Lane1, M. Muterpspaugh2, M. Konacki3, S. Kulkarni4, M. Joseph W. Fowler1, ACT Collaboration Shao5, M. Colavita5, B. Burke1 1Princeton University. 1MIT, 2Berkeley Space Science Lab, 3Nicolaus Copernicus Astronomical Center, Poland, 4Caltech, 5JPL. 240.04 Status of EBEX, a Balloon Borne CMB Polarization Experiment 1 Johannes Hubmayr , EBEX collaboration 241.05D M Dwarf Planetary Systems 1University of Minnesota. Peter Plavchan1, M. Jura2, R. Cutri1, J. D. Kirkpatrick1, S. C. Galla- gher2, S. J. Lipscy3 240.05 Th e Millimeter-Wave Bolometric Interferometer 1IPAC/Caltech, 2UCLA, 3Ball Aerospace. Andrei Korotkov1, P. A. Ade2, S. Ali3, E. Bierman4, E. F. Bunn5, C. 2 6 6 4 1 Calderon , A. C. Gault , P. O. Hyland , B. G. Keating , J. Kim , S. S. 241.06 Evidence From Spitzer for a Low-Mass Companion and a Circum- Malu6, P. D. Mauskopf2, J. A. Murphy7, C. O’Sullivan7, L. Piccirillo8, binary Disk Around a Pre-Cataclysmic Variable P. T. T i m b i e 6, G. S. Tucker1, B. D. Wandelt9 Carolyn Brinkworth1, D. W. Hoard1, T. R. Marsh2 1Brown University, 2Cardiff University, UK, 3LLNL, 4University of Cali- 1Spitzer Science Center, 2University of Warwick, United Kingdom. fornia - San Diego, 5University of Richmond, 6University of Wisconsin - Madison, 7National University of Ireland, Ireland, 8University of Man- 241.07 New Very Low Mass Binaries in the Taurus Star-Forming Region 1 1 1 chester, UK, 9University of Illinois - Urbana-Champaign. Quinn M. Konopacky , A. M. Ghez , E. L. Rice 1UCLA. 240.06 Point Source Power in 3-year Wilkinson Microwave Anisotropy Probe Data Session 242 Milky Way Topics 1 2 2 Kevin M. Huff enberger , H. K. Eriksen , F. K. Hansen AAS Oral, Wednesday, 2:00-3:30pm, 3A 1Caltech/Jet Propulsion Lab, 2University of Oslo, Norway. 242.01D Probing the Milky Way at Mid-Infrared Wavelengths using GLIMPSE Session 241 Extrasolar Planets IV Emily P. Mercer1 AAS Oral, Wednesday, 2:00-3:30pm, 605-07 1Boston Univ.. 241.01 Detecting Neptune-mass Planets Around 2,000 Nearby Stars with SIM 242.02D Th e Frequency of Warm Carbon-Enhanced Metal-Poor Stars in Nicholas M. Law1, A. Tanner2, S. Kulkarni1, M. Shao3, C. Gelino4 SDSS-I DR-5 1 1 1 2 3 1Caltech, 2JPL/IPAC, 3JPL, 4IPAC. Brian E. Marsteller , T. C. Beers , T. Sivarani , S. Rossi , J. Knapp , B. Plez4, J. Johnson5, T. Masseron5 1 2 3 241.02 Finding Terrestrial Planets in the HZ of Nearby Stars with SIM Michigan State Univ. & JINA, IAG, Univ. of Sao Paulo, Brazil, Princ- PlanetQuest eton Univ., 4Univ. of Montpellier, France, 5Ohio State Univ.. Angelle M. Tanner1, J. Catanzarite2, M. Shao2, S. Unwin2 1JPL/IPAC, 2JPL.

356 357 WEDNESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

242.03 A Search for Obscured Dwarf Novae in the Galactic Bulge 243.07 Initial Results From CHAZSS: the Chandra HETGS Atoll/Z Spec- Silas Laycock1, J. E. Grindlay1, M. van den Berg1, J. Hong1, P. Zhao1 troscopic Survey 1Harvard-Smithsonian, CfA. Edward Cackett1, J. Miller1, CHAZSS team 1Univ. Of Michigan. 242.04 Observations of the Unidentifi ed TeV Gamma-ray Source in the Cygnus Region with the Whipple Observatory 10 m Telescope 243.08 X-ray Binaries in Nearby Galaxies: Identifying Black Hole and Neu- Alexander Konopelko1, VERITAS collaboration tron Star Candidates 1Purdue University. Sergey P. Trudolyubov1, W. C. Priedhorsky2, F. A. Cordova3 1IGPP/UCR, 2LANL, 3UCR. 242.05 Th e Sagittarius Spiral Arm of the Galaxy: Now You See It, Now You Don’t 243.09 Evidence that (some) Ultra High Energy Cosmic Rays Come From a Robert A. Benjamin1, E. Churchwell2, M. Haff ner2, GLIMPSE team Bursting Source 1Univ. of Wisconsin,Whitewater, 2Univ. of Wisconsin-Madison. Glennys R. Farrar1 1New York Univ.. Session 243 SNR, Cosmic Rays and Neutron Stars AAS Oral, Wednesday, 2:00-3:30pm, 201 Session 244 Star Clusters II 243.01 A Plausible X-ray Counterpart of the Unidentifi ed TeV Gamma-ray AAS Oral, Wednesday, 2:00-3:30pm, 204 Source HESS J1804-216 244.01D High Resolution Analysis of Globular Clusters in M87 Wei Cui1, A. Konopelko1 Christopher Z. Waters1 1Purdue Univ.. 1Michigan State Univ..

243.02 Th ermal and Non-thermal Emission from Cosmic Ray Modifi ed Shocks 244.02 Probing the M87 Globular Cluster System with Deep NICMOS Daniel Patnaude1, D. Ellison2, P. Slane1 Imaging 1Harvard-Smithsonian, CfA, 2North Carolina State Univ.. Arunav Kundu1, S. E. Zepf1, M. Hempel2 1Michigan State Univ., 2Univ. of Florida. 243.03 SUBARU HDS Observation of Balmer-Dominated Shock in Tycho Jae-Joon Lee1, B. Koo1, J. Raymond2, P. Ghavamian3, T. Pyo4, A. 244.03 Extragalactic Star Clusters: the Resolved Star Approach Tajitsu4, M. Hayashi4 Anne Pellerin1, M. J. Meyer1, H. Jason2, D. Calzetti1 1Seoul National Univ., Republic of Korea, 2Harvard-Smithsonian Center 1STScI, 2Steward Observatory. for Astrophysics, 3Johns Hopkins University, 4Subaru Telescope, NAOJ. 244.04D Tidal Tales of Minor Mergers II: Star Formation in the Tidal Debris 243.05 Suzaku Observations of Supernova Remnant G93.3+6.9 (DA 530) of Minor Mergers Michael Stage1, D. Q. Wang1 Karen A. Knierman1, P. Knezek2, E. Wehner3 1Univ. of Massachusetts. 1Univ. of Arizona, 2WIYN, 3McMaster University, Canada.

243.06 Probing Ejecta Properties in Supernova and GRB Remnants: Th e example of W49B Laura A. Lopez1, E. Ramirez-Ruiz1, D. Pooley2, S. K. Patel3, D. Che- louche4 1UC, Santa Cruz, 2UC, Berkeley, 3NASA MSFC, 4Inst. for Advanced Study.

358 359 WEDNESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

244.05 Restarting Galaxy Formation in Arp 82: An UV, Optical and Mid- Session 246 Physics and Society Education IR Study of Star Formation in NGC 2535/6 AAPT Oral, Wednesday, 2:00-3:30pm, 617 1 1 2 1 Mark Hancock , B. J. Smith , C. Struck , M. L. Giroux , P. N. Apple- Chair, Gordon McIntosh1 ton3, V. Charmandaris4, W. T. Reach3 1University of Minnesota, Morris. 1East Tennessee State University, 2Iowa State University, 3Spitzer Science 4 Center, University of Crete, Greece. 246.01 Th e Fusion Energy Problem Has Been Solved John W. White1 Session 245 Instructional Technology in Physics and Astrono- 1LLNL & Modesto J C. my Courses AAPT Oral, Wednesday, 2:00-3:30pm, 303 246.02 Energy Storage Systems as a Compliment to Wind Power Jared D. Sieling1, C. F. Niederriter1, D. A. Berg1 1 Chair, Jeff rey Williams 1Gustavus Adolphus College. 1Bridgewater State College. 246.03 Quantoons: Physics, Art, and Literature 245.02 Web-based Classroom Interaction System and Impact on Student Larry D. Kirkpatrick1, A. Eisenkraft 2 Learning 1Montana State University, 2University of Massachusetts Boston. Joseph Beuckman1, N. Rebello2 1 2 Southern Illinois University-Edwardsville, Kansas State University. 246.05 Michael Faraday vs. the Spiritualists Alan Hirshfeld1 245.03 Grid-based e-Labs for Pre-College Research in Physics and Astron- 1UMass Dartmouth. omy Th omas J. Loughran1 246.06 Maupertuis, Leibniz, Least Action and Design 1Univ. of Notre Dame Dept. of Physics/Fermi National Accelerator Lab. James K. Simmons1 1Waynesburg College. 245.04 Preparation Strategies for Video-based Introductory Physics David M. DeMuth, Jr.1, M. Schwalm2 246.07 Spotting Junk Science - A Classroom Exercise 1Un. of Minnesota, Crookston, 2Un. of North Dakota. Brian Houser1 1Eastern Washington University. 245.05 PowerPoint Nuggets for Pre-lab Content Review Michael R. Meyer1 246.08 Service Learning in Physics Courses in the United States 1Michigan Tech University. Lynn Aldrich1 1College Misericordia. 245.06 Optical Analogies for Teaching Physics of X-rays and CAT Scans* Spartak Kalita1, D. A. Zollman1 1Kansas State University. 246.09 Never Before Seen Mnemonic Technique Shannon Schunicht1 How Converging Lens Simulation Designs Aff ect Understanding of 245.07 1Texas A&M University. Image Formation Joel A. Bryan1 1Texas A&M University.

360 361 WEDNESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

Session 247 Teacher Professional Development Programs and 248.02 Student Preparation, Aptitude, and Performance in a First-Semes- Assessments ter Algebra-Based Physics Course AAPT Oral, Wednesday, 2:00-3:30pm, 310 Robert L. Hill1, D. Grosnick1, D. Ober1 1 Chair, Todd Leif1 Ball State University. 1Cloud County Comm. College. 248.03 Comparing Item Responses on the FMCE and FCI Karen Cummings1, J. Marx2, R. Th ornton3, D. Kuhl4 Expanding Science Teacher Preparation: the Role of External Fund- 247.02 1 2 3 ing Southern Connecticut State Univ, McDaniel College, Tuft s Univ, John M. Lindberg1, S. Vokos1, L. Seeley1, E. Close1 4Marietta College. 1Seattle Pacifi c University. 248.04 Exploration of Epistemological Beliefs in a Summer Science Pro- Courses and Programs to Motivate and Train Future Science Teachers gram for High Achieving Students(1) 247.03 1 1 1 Suzanne Amador Kane1, A. Lesnick2, J. Cantley3 Sebastien Cormier , F. Raia , R. Steinberg 1 1Haverford College, 2Haverford College & Bryn Mawr College, 3Ohio City College New York. State University. 248.05 Rate of Learning Models, Mental Models, and Item Response Th eory Instruments for Assessment of Instructional Practices in Standards- 247.04 David E. Pritchard1, Y. Lee1, L. Bao2 Based Teaching 1 2 Camille L. Wainwright1 Massachusetts Institute of Technology, Ohio State University. 1Pacifi c University. 248.06 Transfer of Learning: From Physical Models to Understanding Complex Phenomena* Future Elementary Teachers’ Epistemological Beliefs & Views of Science 247.05 Bijaya Aryal1, D. A. Zollman1 N. Sanjay Rebello1 1Kansas State University. 1Kansas State University. A Transformed Introductory Mechanics Lab Focused on Develop- Exploring Relationships: Teacher Characteristics and Student 248.07 247.06 ing Reasoning Learning in Physical Science Vincent P. Coletta1, J. Evans1, J. Phillips1 Eleanor Close1, S. Vokos1, L. Seeley1 1Loyola Marymount University. 1Seattle Pacifi c University. 248.08 Content-Independent Problem Categorization to Cultivate Real Session 248 Th eoretical and Diagnostic Issues Problem Solving Skills AAPT Oral, Wednesday, 2:00-3:30pm, 307-08 Kathleen A. Harper1, R. J. Freuler1, J. T. Demel1 1 Chair, Mary Mogge1 Th e Ohio State University. 1California State Polytechnic Univ.. 248.09 Discussion of the Correlation Coeffi cient and R2-Value Survey Jeff rey Marx1 Diagnostic Tests for Entering and Departing Undergraduate Stu- 248.01 1 dents McDaniel College. Chris Waltham1, A. Kotlicki1 1Department of Physics & Astronomy, University of BC, Canada.

362 363 WEDNESDAY Events, Sessions and Paper Titles WEDNESDAY Events, Sessions and Paper Titles

Session 249 Oersted Medal Lecture Plenary, Wednesday, 3:40-4:30pm, Ballroom 6 Chair, Richard Peterson1 1Bethel Univ..

249.01 Interactive Simulations for Teaching Physics; What Works, What Doesn’t, and Why Carl E. Wieman1 1Univ. of British Columbia and Univ. of Colorado, Canada.

Session 250 New Planets Plenary, Wednesday, 4:40-5:30pm, Ballroom 6

250.01 Th e Dwarf Planets of the Outer Solar System Michael E. Brown1 1Caltech.

364 365 Author Index Author Index Allen, M. B. 003.24 Anderson, J. 100.14, Appleton, P. N. 217.04, AUTHOR INDEX Allen, M. G. 078.07 152.04, 228.01, 228.02, 244.05 Allen, R. 024.05 228.03 Aragon, C. 078.09, A’Hearn, M. F. 025.12, Adelberger, E. G. 154.02 Alarcon, H. 136.04, Allen, R. J. 015.02 Anderson, J. A. 075.06 150.16 025.14 Adelson, E. 148.14 145.05, 209.18 Allen, R. J. 017.14 Anderson, M. 161.08 Arce, H. G. 030.14 Abbas, U. 171.06 Adhikari, A. 027.03 Alberding, N. 205.07 Allen, S. L. 003.07, Anderson, R. 141.02 Ardila, D. 127.01, Abbott, T. 022.05, Adkins, J. 008.06 Albert, J. 164.11 067.05 Anderson, S. 009.19 133.04, 196.06, 219.06 154.12 Adolfo, J. 017.05 Albin, E. 096.02 Allende Prieto, C. Anderson, S. B. 091.01 Ardila, D. R. 013.04 Abel, N. 017.10 Adrian, B. W. 235.02 Alcock, C. 172.22, 168.08, 168.09, 168.10, Anderson, S. F. 008.14, Ardila, D. R. 127.02 Abel, T. 036.06 Adzievski, K. 075.06 199.04 168.15 072.21 Arenberg, J. 169.14 Abraham, P. 133.04 AEGIS Collaboration, Aldcroft, T. L. 052.02 Aller, H. D. 008.04 Andersson, B. 084.08, Arenberg, J. W. 164.06 Abraham, R. G. 132.05 021.01, 195.05 Aldering, G. 078.09 Aller, H. D. 008.05, 162.12 Arendt, R. 130.04 Abrahams, P. 033.01 AEGIS Team, 181.02 Aldering, G. 090.01, 239.06 Andrew, J. 086.18 Arendt, R. G. 018.04 Abt, H. A. 108.03 Afsar, M. 009.21 090.03 Aller, M. F. 008.02 Andrew, K. 012.01 Aretxaga, I. 083.04, Accomazzi, A. 173.02, AGES, 113.02 Aldering, G. 150.16 Aller, M. F. 008.04 Andring, K. 137.01 083.05, 083.06, 083.07, 218.08, 218.09 AGES Team, 095.03 Aldering, G. 229.07 Aller, M. F. 008.05 Andring, K. W. 146.02 083.08 Acero, F. 055.03 AGES Teams, 161.03 Aldrich, L. 246.08 Aller, M. F. 239.06 Angel, J. R. P. 056.04 Aretxaga, I. 083.09 Ackermann, M. R. Agol, E. 021.08, 163.02, Alexander, D. 052.04 Allers, K. N. 079.04 Angelini, L. 155.01, Aretxaga, I. 125.01, 022.11, 022.12 169.12, 191.05, 216.07 Alexander, D. 052.08 Allsman, R. 086.07 155.03 125.03, 125.04, 125.05 ACS Science Team, Agol, E. 226.06 ALFALFA Consortium, Allsopp, J. 083.10 Angelini, L. 155.04 Argabright, V. 210.11 021.03, 037.03, 132.07 Agudo, I. 239.05 095.01, 095.02 Aloisi, A. 039.02 ANGST team, 114.02, Arion, D. 121.09 ACS ScienceTeam, Agueros, M. 089.04 Ali, B. 088.01, 088.06 Alonso-Herrero, A. 114.03, 114.04 Armstrong, J. T. 173.03 211.13 Aguilera, C. 150.07 Ali, S. 240.05 238.09 Annis, J. 021.05 Armus, L. 004.05, ACT Collaboration, Aguilera, C. 150.08 Allain, R. 235.07 ALPACA Consortium, Annis, J. 022.06 008.03, 038.07, 149.10 240.03 Aguilera, C. 156.04 Allam, S. 022.06 099.05 Annis, J. 077.24 Armus, L. 161.04 Acton, S. 210.03 Aguirre, J. 083.06 Allam, S. 098.19, 215.07 Alves, D. 102.06 Annis, J. 215.03, 215.07 Armus, L. 198.07, Adams, A. J. 209.06 Aguirre, J. E. 080.04 Allam, S. S. 021.05 Alves, D. R. 077.30 Annis, J. T. 215.09 217.04 Adams, B. 003.22 Aguirre, J. E. 172.01 Allam, S. S. 098.11, Amador Kane, S. 247.03 Antilogus, P. 078.09, Arnaud, M. 180.06 Adams, B. 098.03 Aharonian, F. 212.01 098.16, 098.18 Amanullah, R. 090.01, 150.16 Arnold, J. 211.09 Adams, B. 235.06 Aharonian, F. 212.02 Allen, C. 130.04 090.03 Antilogus, P. 229.07 Arnouts, S. 097.05 Adams, E. A. K. 167.04 Ahrns, J. 025.11 Allen, C. A. 085.11 Ameglio, S. 077.25 Antimirova, T. 148.07, Aryal, B. 248.06 Adams, F. C. 129.02 Aihara, H. 086.06 Allen, D. 099.07, 099.08 Ames, T. 130.04 189.07 Ashby, M. 018.04, Adams, W. K. 066.01, Ake, T. B. 162.12 Allen, D. 165.05 Ames, T. J. 085.11 Ao, Y. 109.07 161.01 071.18 Akerlof, C. 212.01 Allen, G. 074.07 Andersen, D. R. 154.11 Aoki, W. 168.10 Ashby, M. L. N. 019.05 Ade, P. 083.08 Akerlof, C. 212.02 Allen, L. 030.16, 030.21, Andersen, M. 219.20 Aparicio, A. 100.09 Ashby, M. L. N. 149.07, Ade, P. A. R. 049.04 Akerlof, C. W. 212.04 055.06, 219.10 Anderson, D. 003.06 Aparicio, A. 100.11, 161.07 Ade, P. A. R. 083.01 Akerstrom, A. 164.03 Allen, L. E. 105.03 Anderson, E. 167.05 100.13, 100.14, 178.06 Ashcraft, P. G. 235.08 Ade, P. A. R. 125.01, Alam, T. 022.06 Allen, L. E. 105.20 Anderson, J. 100.09 Appleton, P. 083.07 Ashley, M. 212.02 125.03, 125.05, 240.05 Alan, D. 057.06 Allen, L. E. 161.07 Appleton, P. N. 038.07 Ashley, M. C. B. 212.01 366 367 Author Index Author Index Asplund, M. 168.12 Babler, B. 160.01 Balick, B. 092.04 Barnaby, D. A. 008.10 Battle, J. O. 049.04 Becker, A. 086.13 Assef, R. 161.09 Babler, B. 160.02 Baliunas, S. 152.01 Barnes, J. 085.14 Batuski, D. 077.22 Becker, A. 150.07, Attard, M. 130.02 Babler, B. 160.03, Ballard, S. 030.21 Barnes, R. 179.02 Bauer, A. 020.01 150.09 Atwood, J. W. 008.07, 160.05 Ballet, J. 055.03 Barnes, T. G. 102.01 Bauer, A. 078.05 Becker, A. 215.09 085.01 Babler, B. 160.06 Ballmer, S. 053.06D Baron, E. 100.10 Bauer, A. 078.09 Becker, A. C. 017.16, Aubrecht, G. 046.06, Babler, B. 160.07, Bally, J. 105.15, 172.01 Baron, E. 150.03, 150.20 Bauer, A. 098.14 032.01 071.06, 205.08 160.08, 160.09 Balonek, T. J. 095.02 Baron, E. 200.01 Bauer, A. 150.16 Becker, A. C. 084.18 Aubrecht, G. J. 003.23, Babler, B. 160.10 Baltay, C. 020.01, Baron, E. 229.07 Bauer, F. E. 200.06 Becker, A. C. 089.07 205.09 Babler, B. 160.11, 078.04 Baron, E. 040.03 Bauer, R. 210.11 Becker, A. C. 150.08 Audard, M. 030.16, 160.12, 160.13, 160.14, Baltay, C. 078.05 Baross, J. 124.01, 221.01 Bauer, W. Hagen. 101.06 Becker, A. C. 150.10 219.19 160.15 Baltay, C. 078.09 Barr, J. 086.18 Baum, S. 210.04 Becker, M. R. 215.01 Aufdenberg, J. 017.21 Babler, B. 192.01 Baltay, C. 098.14 Barrett, P. 182.06 Baum, S. A. 072.18 Becker, P. A. 115.01, Aumeunier, M. 098.20 Babler, B. 192.02, Baltay, C. 150.16 Barry, M. 164.03 Bautz, M. W. 112.06 159.13 Aussel, H. 005.07, 192.03, 192.05, 219.21 Baltay, C. 229.07 Barsony, M. 030.08 Bautz, M. W. 211.12 Becker, R. H. 159.05 195.01, 225.01 Babul, A. 177.04 Baltz, E. A. 086.12 Barsony, M. A. 219.12 Bavouzet, N. 195.01 Becker, R. R. 111.03 Austermann, J. 083.01, Backer, D. C. 115.02 Band, D. L. 153.11 Barstow, M. 151.11 Bayer, M. 008.12 Becklin, E. 172.25 083.02 Backer, D. C. 159.08 Banerjee, S. 137.01, Bart, G. R. 148.16 Baykal, A. 159.01 Beckmann, V. 195.07 Austermann, J. 083.05 Backer, D. C. 172.28 146.02 Barth, A. J. 149.17, BCS Collaboration, Becla, J. 086.07 Austermann, J. 083.06 Badenes, C. 156.17 Bans, A. S. 009.09 211.02 022.06 Bedin, L. 100.09 Austermann, J. 083.07 Baerny, J. 092.04 Bans, A. S. 150.22 Barthelmy, S. 212.01 Beaber, R. C. 017.22 Beers, T. 172.08 Austermann, J. 083.08 Baerny, J. A. 029.01 Bao, L. 205.08, 248.05 Barthelmy, S. 212.02 Beach, A. 205.01 Beers, T. C. 162.08, Austermann, J. 083.09 Baganoff, F. K. 112.06 Baran, G. 059.03 Bartlett, D. F. 172.10 Bean, J. 024.03 168.08, 168.09, 168.10, Austermann, J. 125.01, Baganoff, F. K. 112.07 Barbary, K. 090.01, Barton, E. Jean. 038.04 Bean, J. L. 102.01 168.11, 168.15 125.03 Bagri, D. 056.05 090.03 Barton, E. J. 211.09 Beaulieu, T. D. 103.05 Beers, T. C. 172.20 Austermann, J. 125.04 Bailer-Jones, C. A. L. Barbier, B. 073.01 Barton, J. R. 029.01 Beaumont, C. 219.04 Beers, T. C. 242.02 Austermann, J. 125.05 168.15 Barcelo, M. 022.03 Bartus, P. 094.12 Bebek, C. 098.04, Begelman, M. C. 212.03 Austin, S. A. 075.05 Bailey, J. M. 048.01 Bardar, E. 170.11 Bartusiak, M. 069.01 098.14 Begin, S. 159.02, 159.03 Austin, S. J. 230.06 Bailey, J. M. 170.11 Barentine, J. 172.20 Basri, G. 089.08 Bebek, C. J. 098.02 Behar, E. 156.06 Avila, R. J. 087.05 Bailey, J. M. 213.02 Barg, I. 078.02 Bastian, T. 029.14 Bebek, C. J. 098.11, Behkam, R. 077.28 Avillez, M. 087.04 Bailey, S. 150.16 Barkats, D. 049.04 Basu-Zych, A. 039.01 098.16 Beichman, C. 081.06 Axelrod, T. 086.05 Bailey, S. 229.07 Barker, T. 023.05 Batalha, N. 124.06 Bec, M. 130.03 Beichman, C. 210.04 Axelrod, T. S. 086.07 Bailey, S. J. 078.09 Barkhouse, W. 022.06 Batalha, N. M. 210.08 Bechtold, J. 072.12, Beichman, C. A. 013.05 Ayres, T. R. 089.05 Bailyn, C. 022.10 Barkhouse, W. 215.02 Batalha, N. M. 210.13 072.25 Beirao, P. 217.04 Azcarate, D. Eva. 084.07 Baines, E. K. 163.01 Barkhouse, W. A. 052.02 Bates, F. 071.13, 234.04, Beck, T. 130.03 Bekki, K. 211.07 AzTEC Instrument Team, Baird, S. R. 029.05 Barman, T. 079.03 234.05 Beck, T. L. 057.05 Belczynski, K. 155.01 083.10 Baker, A. J. 015.12 Barmby, P. 018.04, Bates, H. E. 148.25 Beck Clark, R. 003.14 Beldica, C. 022.06 AzTEC/SHADES group, Baker, J. G. 074.09 026.12, 027.04, 161.01, Battat, J. B. 154.02 Beck-Winchatz, B. Belikov, R. 164.09 083.03 Balakrishnan, N. 017.13 161.05 Battazzo, S. J. 098.03 072.21, 146.03 Bell, E. 018.05 Baade, D. 200.05 Baliber, N. 105.12 Barnaby, D. 012.01 Battersby, C. 083.02 Becker, A. 086.07 Belle, K. E. 009.11 368 369 Author Index Author Index Belloni, M. 120.01, Bernard, J. 160.11, Biesiadzinski, T. P. Blandford, R. D. 021.02 Blue, J. 148.15 Bogue, T. B. 205.03 121.03 160.15 029.01 Blandford, R. D. 086.12, Blum, B. 026.13 Bohac, C. J. 010.06 Belokurov, V. 178.05 Bernard, J. 192.01 Bigelow, B. 098.14, 176.01 Blum, R. 160.03 Bohac, C. J. 127.05 Benítez, N. 211.13 Bernard, J. 192.02, 154.12 Blanton, E. 077.19 Blum, R. 192.01 Bohlen, E. 173.02 Bender, P. L. 074.05 192.04 Biller, B. A. 179.05D Blanton, M. 097.07, Blum, R. 192.02 Bohlen, E. 218.09 Benedict, G. F. 022.11, Bernard-Salas, J. 101.02, Binetruy, P. 074.01 178.01, 183.01 Blum, R. D. 160.05 Bohlin, R. 098.19 024.03 127.05 Bing, T. 188.09, 209.13 Blanton, M. R. 019.06, Blum, R. D. 160.07, Bohlin, R. C. 098.11, Benedict, G. F. 102.01 Bernard-Salas, J. 178.02 Bing, T. J. 135.03 038.06 160.08 098.16, 098.18 Benegas, J. 136.04 Bernardi, M. 004.12 Biretta, J. 008.13 Blanton, M. R. 097.01 Blum, R. D. 192.05 Bolatto, A. 178.07 Benford, D. 085.03, Bernier, R. 210.02 Birkinshaw, M. 239.04 Blanton, M. R. 199.03 Boboltz, D. A. 101.12 Bolen, B. 012.01 130.04 Bernstein, R. 154.12 Birney, C. Y. 084.05 Blauvelt, S. R. 003.04 Bobra, M. 016.04 Boley, A. C. 076.06 Benford, D. J. 085.11, Berriman, B. 088.06 Birzan, L. 197.01D BLISS and SPICA teams, Bobrowsky, M. 157.03, Boley, A. C. 076.07 130.01 Berriman, G. B. 088.01 Bitner, M. 010.08, 164.04 174.01 Boley, A. C. 105.08 Benítez, N. 021.03 Berrington, R. C. 112.01, 154.08 Bliven, W. W. 071.21 Boccas, M. 130.03 Bolling, C. 148.25 Benitez, N. 132.07 162.13, 199.05 Bitner, M. A. 219.07 Block, M. 160.01 Boch, T. 078.07 Bolocam-COSMOS Col- Benjamin, R. 015.09 Bersier, D. 102.07 Bizyaev, D. 099.02 Block, M. 160.02 Bochanski, J. 097.12 laboration, 080.04 Benjamin, R. A. 015.08, Berta, S. 195.01 Bjorkman, J. E. 081.05 Block, M. 160.03, Bochanski, J. J. 027.08 Bolte, M. 093.02 017.23, 172.26 Bertoldi, F. 195.01 Bjorkman, K. S. 081.03, 160.05 Bochanski, J. J. 089.04 Bonanos, A. Z. 009.17 Benjamin, R. A. 199.01 Best, P. N. 183.05 081.05 Block, M. 160.06 Bochanski, J. J. 089.06, Bond, H. E. 009.02 Benjamin, R. A. 242.05 Beuckman, J. 245.02 Black, B. 154.04 Block, M. 160.07, 172.14 Bond, H. E. 009.21, Bennett, D. P. 152.04 Beuther, H. 030.05, Black, K. E. 145.07 160.08, 160.09 Bock, J. 049.07 101.10, 151.11 Bennett, M. 157.01 057.02 Blackman, E. G. 030.13 Block, M. 160.10 Bock, J. 083.06 Bond, H. E. 182.02 Bennett, P. D. 101.06 Beverly, N. 148.27 Blaha, C. 027.02, 027.03 Block, M. 160.11, Bock, J. 083.08 Bond, N. A. 053.03D Bentz, M. C. 223.02D Beyer, C. 170.02 Blair, J. 096.01 160.13, 160.14, 160.15 Bock, J. 083.09 Bondi, M. 080.01 Berendson, M. 157.01 Bhardwaj, V. 097.07 Blair, W. 150.23 Block, M. 192.01 Bock, J. J. 005.01 Bongard, S. 078.09, Beresnyak, A. 077.14 Bhat, R. 159.08 Blair, W. P. 087.01, Block, M. 192.02, Bock, J. J. 049.04 150.16 Berg, D. A. 246.02 Bhattacharya, B. 225.01 087.03 192.03, 192.05 Bock, J. J. 083.01 Bongard, S. 200.01, Berger, D. H. 163.01 Bianchi, L. 087.01, Blair, W. P. 087.04 Blodgett, E. D. 058.06 Bock, J. J. 125.01, 229.07 Berger, E. 194.03 087.02 Blake, C. 211.07 Blodgett, M. E. 058.06 125.03, 125.05 Bongiorno, S. 085.14 Bergeron, J. 052.08 Bianchi, S. 018.05 Blake, C. H. 090.06 Blommaert, J. 093.09 Bode, M. F. 009.06 Bonham, S. W. 071.14, Bergeron, L. E. 020.02 BICEP/SPUD collabora- Blake, G. 010.02, 196.07 Blondin, J. M. 150.06, Bode, M. F. 009.20 071.15 Bergeron, P. 103.05 tion, 011.05 Blake, G. A. 010.08 156.17, 202.01 Bode, M. F. 182.02 Bonissent, A. 098.20 Bergmann, M. 150.08 Bida, T. A. 022.14 Blake, G. A. 030.09 Blondin, S. 090.05, Boden, A. F. 230.04 Bonnardeau, M. 162.22 Bergmann, M. P. 211.07 Bienayme, O. 078.07 Blake, G. A. 219.07 150.05, 150.07 Boehler, T. 066.02 Bonnarel, F. 078.07 Berlind, A. 038.06, Bierman, E. 240.05 Blake, M. 075.03 Bloom, J. 078.04, 227.03 Boehringer, H. 180.06, Bonnell, J. T. 153.15 183.01 Bierman, E. M. 049.04 Blake, M. 162.14, Bloom, J. S. 086.13 197.02 Bonning, E. W. 034.05 Berlind, A. A. 129.01 Bieryla, A. 025.02, 218.16 Bloom, J. S. 090.06 Boesgaard, A. 168.06 Bono, G. 026.12 Berlind, P. 090.05 025.09 Blakeslee, J. 197.05 Bloom, P. C. 148.01 Boesgaard, A. M. 165.11 Boogert, A. 084.19, Blakeslee, J. P. 112.05 Bloser, P. 164.05 Bogdanov, S. 115.03D 105.22 370 371 Author Index Author Index Boogert, A. C. A. Bower, G. 159.08 Brassington, N. J. 155.04 Brotherton, M. 072.02 Bryson, S. T. 210.10 Burris, D. L. 168.03 030.09, 219.07 Bower, G. C. 112.07 Braun, R. 198.07 Brower, K. R. 209.05 Bubar, E. J. 089.02, Burrows, A. 056.04 Boone, R. 219.02 Bowers, C. 056.04, Brecher, K. 043.01, Brown, A. 089.05, 219.02 Burrows, D. 156.18 Boone, R. H. 168.07 210.01 232.01 101.06 Buchman, S. 074.07 Burrows, D. N. 084.05, Booth, C. M. 019.07 Bowers, C. W. 210.03 Breeveld, A. A. 004.04 Brown, E. F. 150.21 Buckalew, B. 015.01 194.02, 212.08 Borgani, S. 077.25, Bowler, B. P. 030.12 Bregman, J. N. 004.14 Brown, J. M. 030.09 Buckalew, B. A. 015.13 Burstein, D. 178.04 180.06 Bowman, J. D. 224.02D Breitschwerdt, D. Brown, M. E. 250.01 Buckley, D. 009.12 Burt, D. 148.22 Borgland, A. 153.09 Boyajian, T. S. 081.04 087.01, 087.04 Brown, M. J. I. 161.01 Buckley-Geer, E. J. Burton, M. 010.10 Borkin, M. A. 057.06 Boyce, P. B. 154.14 Brenneman, L. 007.02 Brown, M. J. I. 161.05 021.05 Burton, M. G. 105.04 Borkowski, K. J. 156.17, Boyd, E. S. 105.02 Brewe, E. 209.19 Brown, R. 210.02 Buckley-Geer, L. 022.05 Bush, T. C. 029.19 156.19 Boyer, M. L. 026.12 Brewer, J. 228.03 Brown, T. 124.06 Bucy, B. R. 209.20 Busha, M. T. 129.02D Borne, K. 106.02, Boyle, R. P. 078.11 Bridge, C. 038.07 Brown, T. 177.05 Budavari, T. 097.05 Buta, R. 004.08, 017.17 126.01 Boyles, J. G. 084.13 Briggs, K. R. 219.19 Brown, T. M. 004.17 Buick, R. 237.01 Butler, A. R. 018.01 Boroson, B. S. 007.06 Braatz, J. 149.18 Brinkworth, C. 241.06 Brown, T. M. 022.13 Bullock, J. 086.15 Butler, A. R. 077.04 Borucki, W. 210.08, Bradac, M. 037.07, Brissenden, G. 031.03, Brown, T. M. 177.08 Bullock, J. S. 038.04 Butler, J. 209.02 210.11 086.12 065.03, 119.02, 157.05, Brown, T. M. 218.03 Bunker, A. J. 171.08 Butler, J. J. 148.29 Borucki, W. J. 124.06 Bradford, C. 164.04 157.06, 170.11, 213.02 Brown, W. R. 138.01 Bunn, E. F. 224.04 Butler, N. 227.03 Borucki, W. J. 210.09 Bradford, C. M. 056.02 Brittain, S. 010.03 Browning, M. K. 089.08 Bunn, E. F. 240.05 Buton, C. 078.09, 150.16 Borucki, W. J. 210.10, Bradford, C. M. 164.02 Brittain, S. D. 010.09, Brownlee, D. E. 035.06 Burciaga, J. R. 184.04 Buton, C. 229.07 210.12, 210.13 Brahmia, S. 145.02 081.02 Bruch, S. 077.01 Bureau, M. 004.09 Buttermore, M. 029.02 Boss, A. P. 110.05, Bramich, D. M. 162.08 Brittain, S. D. 212.06 Bruch, S. S. 077.04 Burgasser, A. J. 079.05 Butterworth, A. L. 226.05 Bramlett, J. 029.12 Broadhurst, T. 021.03 Bruhweiler, F. 072.16 Burgay, M. 115.02 075.07 Bossi, A. 026.11 Branch, D. 150.03, Broadhurst, T. J. 037.03 Bruhweiler, F. C. 029.13 Burge, J. 056.04 Byer, R. L. 074.07 Bot, C. 198.08 200.01 Brocksopp, C. 182.01 Bruhweiler, F. W. 219.18 Burge, J. 086.18 C-COSMOS Team, Bouas, J. D. 121.07 Brand, K. 161.01 Broder, D. 218.06 Bruni, R. 164.12 Burgett, W. 164.11 080.06 Bouas, J. D. 173.01 Brand, K. 161.04 Brodwin, M. 022.06 Bruning, D. H. 014.02, Burke, A. 025.06 c2d team, 055.04, Boudreaux, A. 188.07 Brandenburg, K. A. Brodwin, M. 113.02, 213.02 Burke, A. 101.04 105.19, 219.11 Boulanger, F. 088.01 121.04 161.01, 161.03, 161.05 Brunner, G. 004.05 Burke, B. 241.04 Cackett, E. 243.07 Boulanger, F. 088.06 Brandl, B. 217.04 Brodwin, M. 193.02 Brunner, R. 149.04 Burke, D. 086.05 Cady, E. 164.09 Boulanger, F. 160.12 Brandner, W. 179.05 Brondel, B. 022.08 Brunner, R. J. 072.24 Burke, D. J. 180.06 Cai, D. 022.06 Bouret, J. 009.14 Brandt, N. 086.14, Brondel, B. J. 022.09 Brunswig, W. 130.04 Burkert, A. 017.15 Calderon, C. 240.05 Bourke, T. 010.10 149.16 Brooke, T. 030.16, Brusa, M. 149.14 Burleigh, M. 151.11 Caldwell, D. 124.06 Bouton, E. 051.02 Brandt, W. 052.08 225.01 Bryan, C. B. 154.15 Burnett, T. H. 153.02 Caldwell, D. 210.12 Bouwens, R. 132.01, Brandt, W. N. 034.04, Brooks, A. 019.07 Bryan, G. 211.14 Burns, C. R. 090.04 Caldwell, D. A. 210.08, 132.02 052.04 Brooks, D. 154.12 Bryan, J. A. 071.24, Burns, J. 180.04 210.09, 210.13 Bowen, D. 132.07 Brandt, W. N. 112.06 Brooks, H. E. 025.05 245.07 Burns, J. O. 077.17, Calisse, P. G. 055.02 Bower, C. R. 098.11, Brandt, W. N. 114.05 Brooks, R. T. 057.02 Bryden, G. 013.05, 107.01 Calkins, M. 090.05 098.16 Brandt, W. N. 200.06 Brooks, R. T. 084.15 081.06, 110.04 Burns, L. R. 006.01, Calvet, N. 076.02, Bower, G. 112.06 Brassington, N. J. 155.03 Brosing, J. W. 148.26 Bryson, S. T. 210.09 121.07, 173.01 081.01 372 373 Author Index Author Index Calzetti, D. 244.03 Carey, S. J. 088.03 Cash, W. C. 164.06 Chakrabarti, S. 223.03 Charmandaris, V. 178.02 Chiba, M. 168.09, Cambresy, L. 078.07 Cargile, P. 030.20 Cassinelli, J. P. 101.04 Chakrabarty, D. 208.01 Charmandaris, V. 177.08 Cameron, D. B. 058.07 Carilli, C. 080.05 Castelaz, M. 023.05, Challis, P. 017.16, 217.04, 244.05 Childress, M. 078.09 Cameron, P. B. 091.01 Carilli, C. 109.06 154.01 084.18, 090.05, 150.07 Chartas, G. 072.13 Childress, M. J. 150.16 Cameron, P. B. 131.04 Carilli, C. L. 008.03 Castelaz, M. W. 075.03 Challis, P. 150.08 Chary, R. 052.08 Chin, Y. 017.17 Cameron, R. A. 153.03, Carilli, C. L. 197.01 Castelaz, M. W. 165.06 Challis, P. 150.10 Chary, R. 132.03, 195.03 Chitrakar, N. 081.01, 153.10 Carini, M. 008.10 Castelaz, M. W. 218.16, Chamberlain, H. A. ChASeM33 team, 168.14 Cami, J. 101.02 Carithers, W. 098.08 219.18 151.09 087.02, 087.03, 087.04 Chizek, M. 101.05 Camilo, F. 115.02, Carlberg, R. 150.14 Castilla, J. 022.03 Chambers, E. 133.02 Chasteen, S. V. 118.03 Cho, H. 027.06 159.02, 159.05 Carlberg, R. G. 038.07 Castora, J. E. 026.09 Chambers, E. T. 105.01 Chatterjee, R. 008.02 Cho, J. 084.24 Camp, J. 074.17 Carlson, L. R. 105.07 Castro, J. 082.01 ChaMP Collaboration, Chatterjee, S. 159.08 Cho, J. 196.01 Campbell, D. 137.01, Carlson, L. R. 160.13 Caswell, J. 110.02 052.02 Chatterjee, S. 224.05 Choi, E. 027.07 146.02 Carlstrom, J. 049.02 Catanzarite, J. 024.02 Chamulak, D. A. 150.21 Chayer, P. 092.07, Choi, P. 038.07 Campbell, M. F. 057.02 Carney, B. W. 168.04, Catanzarite, J. 241.02 Chan, S. 130.03 103.07, 103.10 Chornock, R. 229.06D Campbell, R. 009.03 226.05 Catelan, M. 029.07 Chandar, R. 114.05, CHAZSS team, 243.07 Christensen, C. 038.02 Campbell, T. 009.08 Carollo, D. 168.09 Catinella, B. 095.04 211.08, 211.10 Chelouche, D. 243.06 Christensen, L. 218.10 Campusano, L. E. Carpenter, J. M. 057.01 Catinella, B. 097.06, Chandrasekaran, H. Chen, C. 110.04 Christensen, W. M. 077.02 Carpenter, K. G. 093.04, 211.03 210.08, 210.09, 210.13 Chen, C. H. 081.01 188.03 Canizares, C. R. 133.05 164.01 Caton, D. B. 151.12 Chandrasekhar, M. Chen, C. H. R. 156.14 Christensen, W. M. Cannizzo, J. K. 074.17 Carpenter, L. R. 008.15 Caton, D. B. 154.05 067.03 Chen, K. 136.06 188.04, 209.12 Cannon, J. M. 167.06 Carpenter, W. 219.08 Cavagnolo, K. 077.11 Chaney, D. 210.02 Chen, X. 011.06 Christensen-Dalsgaard, J. Canterna, R. 099.07 Carr, J. S. 010.08, CBI Collaboration, Chanteur, G. 035.05 Cheng, L. 034.05 124.06 Canterna, R. 099.08 219.07 011.01 Chapin, E. 083.05 Cheng, Y. 005.05, Christian, C. 187.02 Canterna, R. W. 165.05 Carrell, K. W. 027.09 Cease, H. P. 022.02 Chapin, E. 125.04 005.06 Christian, C. A. 106.01 Cantley, J. 247.03 Carroll, B. W. 148.28 Cecire, K. 003.25, Chapman, E. 015.03 Cherner, Y. 071.17 Christiansen, W. A. Capak, P. 080.02, Carson, J. C. 013.05 136.05 Chapman, N. L. 055.04 Cherney, I. 209.11 113.03 080.03, 149.14, 225.04 Carter, D. 100.04 Cen, R. 129.04, 053.03 Charbonneau, D. 163.02, Cherney, M. 046.06, Chu, K. 058.01 Capak, P. L. 077.20 Carter, T. 148.03 Cenko, S. B. 227.05 226.02 071.06, 209.11 Chu, Y. H. 156.14 CAPER team, 128.02 Carton, J. M. 089.01 Centeno, D. 151.04 Charbonnel, C. 168.05 Cherney, R. G. 121.06, Chunev, G. 017.20 CAPMAP Collaboration, Cartwright, J. 049.02 Centrella, J. 074.01 Charlton, J. C. 072.09 209.07 Chung, A. 211.11 049.03 Case, G. 164.05 Cerna, C. 098.20 Charlton, J. C. 072.10 Cherry, M. 164.05 Church, C. M. 150.25 Capobianco,, C. 013.02 Casebeer, D. 150.03 Cersosimo, J. C. 151.04 Charlton, J. C. 077.05 Chervenak, J. A. 085.11 Church, S. 049.05 Cappallo, R. 085.10 Caselli, P. 055.05, Certik, O. 177.05 Charlton, J. C. 109.03 Chesley, S. R. 086.17 Churchill, C. W. 077.09, Carbon, D. F. 078.12 198.01 Ceverino, D. 077.13 Charlton, J. C. 111.01 Cheung, C. C. 239.03 077.13 Cardiel, L. 022.03 Casertano, S. 020.02, Chaboyer, B. 029.03 Charlton, J. C. 114.05 Cheung, C. C. 239.07 Churchill, C. W. 197.06 Carey, S. 030.16, 088.04, 172.18 Chaboyer, B. 100.09 Charlton, J. C. 129.05, Chiaberge, M. 072.11, Churchill, C. W. 198.05 088.05, 088.06 Casey, C. M. 149.13 Chaboyer, B. 100.12, 170.09, 197.06, 211.08 072.17 Churchwell, E. 160.10, Carey, S. J. 088.01, Cash, M. 169.12 100.13, 100.14, 040.03 Charlton, J. C. 211.10 Chiang, H. C. 049.04 192.01 088.02 Cash, W. 169.10 Chaboyer, B. C. 100.10 Charmandaris, V. 149.10 Chiar, J. E. 084.19 374 375 Author Index Author Index Churchwell, E. 219.21, Clemens, D. P. 156.10, Cohen, R. 230.08 Connelly, J. L. 026.08 Corbally, C. J. 089.02 Cowan, N. B. 163.02 242.05 172.23 Cohen, S. 171.04, Connolly, A. 052.06, Cordero, M. J. 030.03 Cowin, B. J. 172.02 Chuss, D. 130.04 Clemens, J. C. 230.03 218.12 086.07, 180.01 Cordero, M. J. 105.05 Cox, A. J. 041.01 Chuss, D. T. 011.03 Clements, D. 195.01 Cohen, S. H. 019.01 Connolly, A. J. 086.06 Cordes, J. 149.02 Cox, P. 195.01 Chuss, D. T. 055.02, Cline, J. D. 023.05 Cohen, S. H. 171.02, Connolly, A. J. 086.17, Cordes, J. M. 159.08, Cox, T. 223.03 130.01 Cline, J. D. 075.03 171.03 097.06 159.10 Cracraft, M. 009.21 Chynoweth, K. M. Cline, J. D. 154.01 Cohen, S. H. 210.07 Connolly, B. 072.27, Cordova, F. A. 243.08 Craig, N. 075.07 217.06 Clocchiatti, A. 017.16, Cohn, H. N. 026.17 090.02 Cormier, S. 248.04 Craig, N. G. 075.08 Chyzhyk, D. 071.19 084.18, 150.07 Cohn, J. 215.08 Conselice, C. 052.08 Cornell, D. A. 065.04 Crain, D. 102.05 Ciardi, D. 162.15, Clocchiatti, A. 150.08 Coish, J. 156.05 Conselice, C. 077.01 Cornish, N. J. 074.15 Craine, E. R. 218.02 162.16 Clocchiatti, A. 150.09, Colavita, M. 241.04 Conselice, C. 181.02 Corradi, R. 009.21 Crause, L. 009.21 Ciardi, D. R. 151.03 150.10 Colbert, J. W. 132.03 Conselice, C. 210.07 Correll, R. W. 121.08 Cravens, J. 164.05 Ciardi, D. R. 230.04 Close, E. 247.02, 247.06 Cole, A. A. 178.06, Conselice, C. J. 038.07 Corson, C. 022.08 Crawford, D. L. 154.06 Ciardullo, R. 004.16, Close, L. 179.05 040.01 Constantin, A. 149.15 Cortese, L. 095.03, Crawford, F. 131.02 171.05, 225.07 Clow, B. D. 159.07 Cole, G. 210.02 Contos, A. 210.03 211.03 Crawford, J. P. 068.07 Cieza, L. A. 105.12 Clow, B. D. 159.12 Cole, N. 172.08 Cook, D. M. 041.02 COSMOS Collaboration, Crawford, T. 162.22 Ciliegi, P. 080.01 Clowe, D. 037.07 Coleman, P. H. I. 171.10 Cook, K. 086.02, 086.07, 080.02, 225.03 Crelinsten, J. 108.02 Cinabro, D. 028.04 Clowes, R. G. 077.02 Coletta, V. P. 148.06, 099.01, 102.06, 150.07 COSMOS Team, 080.03, Crepp, J. 169.06, 169.07 Clampin, M. 105.07, Clubb, K. I. 159.14, 209.08, 248.07 Cook, K. H. 017.16 223.01, 225.04 Crepp, J. 226.06 127.01, 196.06, 210.01 172.24 Colgan, S. W. J. 105.04 Cook, K. H. 029.05, Cote, P. 112.05 Crider, A. W. 094.08 Clampin, M. C. 127.02 Cochran, W. D. 230.02 Colina, L. 238.09 077.30, 084.18 Cotera, A. S. 105.04 Cristiani, S. 052.08 Clark, C. L. 162.10 Codona, J. 056.04 Colley, S. 169.15 Cook, K. H. 086.04 Cotton, W. D. 085.06 Croft, S. 161.02 Clark, R. 071.07 Coe, D. 132.07 Collier, J. L. 003.26 Cook, K. H. 086.13 Cotton, W. D. 112.07 Croft, S. K. 046.07 Clark Blickenstaff, J. Coe, D. 211.13 Collins, C. 180.06 Cook, K. H. 150.08 Couch, W. J. 211.07 Croll, B. 014.01, 230.02 003.17 Coe, D. A. 021.03, Collins, K. 219.08 Cook, K. H. 150.09 Coughlin, J. L. 151.13 Crosby, K. 121.09 Clarke, T. 077.19 037.03 Colon, A. M. 164.12 Cook, K. H. 150.10 Counselor, N. 105.12 Croton, D. 215.08 Clarkson, W. 162.21, Coelho, E. A. 009.20 Colon, K. 084.10 Cook-Gumperz, J. Courbin, F. 072.26 Crotts, A. P. S. 099.05 172.18 Coffey, C. Ryan. 086.22 Combes, F. 111.04 189.01 Courbin, F. 109.01 Crouse, A. D. 189.09 Claussen, M. J. 101.10 Coffey, J. 228.03 Combi, M. R. 025.15 Cool, R. J. 038.03 Covarrubias, R. 026.11, Crowder, J. 074.15 Claussen, M. J. 101.11 Cohen, D. H. 101.03 Combs, M. 085.01 Cool, R. J. 193.06 029.01, 114.03 Crowe, M. 083.05, Claver, C. 086.05 Cohen, D. Held. 133.07 Cominsky, L. 096.04, Cooper, M. 177.01, Covarrubias, R. 150.08 125.04 Claver, C. F. 022.11 Cohen, D. H. 158.03 153.14 177.02 Covey, K. 029.01, Crowl, H. H. 211.11 Claver, C. F. 086.18 Cohen, L. 210.02 Cominsky, L. R. 094.06 Cooper, M. C. 181.01D 097.12 Croxall, K. 165.03, Claver, C. F. 165.02 Cohen, M. 160.08, Conklin, J. W. 074.07 Copin, Y. 078.09, 150.16 Covey, K. R. 027.08 165.04 Clavier, D. 075.03, 160.14 Conley, A. 090.03, Copin, Y. 229.07 Covey, K. R. 089.04 Croxall, K. V. 165.08, 154.01 Cohen, M. H. 239.02 150.14 Coppi, P. S. 054.04 Covey, K. R. 089.06 165.09, 165.10 Clayton, G. C. 168.12 Cohen, R. 152.03, Conley, A. J. 229.03 Coppin, K. 083.05, Covey, K. R. 172.14 Crummett, B. 068.03 Cleary, K. 149.05 169.06, 169.07 Connelley, M. S. 125.04 Cowan, J. J. 168.01, Cruz, K. L. 079.02 Clemens, C. 094.07 Cohen, R. 226.06 057.03D Coppock, J. E. 167.11 168.02 Cruz, K. L. 152.02 376 377 Author Index Author Index Cruzen, S. T. 094.05 Dalgarno, A. 055.03 Davy, C. M. 030.11 Deep Lens Survey Col- DeMuth, N. H. 094.09 Dey, A. 161.04 Cui, W. 007.04, 243.01 Dalton, G. 171.08 Dawsey, M. 154.04 laboration, 072.15 Den Hartog, E. A. Dey, A. 161.05 Culbertson, R. J. 145.03 Dames, B. L. 171.10 Dawson, K. 090.07, DEEP2 Team, 181.05, 168.01 Dhurde, S. 008.09 Culbertson, R. J. 145.04 Damke, G. 017.16 098.14 181.06 Deneva, J. S. 159.08 Di Matteo, T. 223.03 Culver, R. B. 218.02 Damke, G. 150.08 Dawson, K. S. 090.01 Deharveng, J. M. 171.07 Denneau, L. 086.04 Diamond, P. J. 149.19 Cummings, J. 165.10 Damke, G. 150.09, Dawson, K. S. 090.03 del Carmen Polletta, M. Denzmore, P. M. 219.21 Diaz, A. 038.05D Cummings, K. 248.03 150.10 Dawson, O. 085.15 195.01 Deo, R. P. 111.06D Diaz-Santos, T. 238.09 Cunha, C. 215.03 Damke, G. J. 084.18 Day, F. 095.04 deLaTorre, S. 171.06 Depagne, É. 009.14 Dickel, J. R. 178.07 Cunha, K. 099.02 Dancy, M. 209.01 Day, P. K. 085.12 Delgado, C. 148.04 Derriere, S. 078.07 Dicker, S. 011.03 Cunningham, A. 030.13 Dancy, M. H. 184.03, de Avillez, M. A. 087.01 Delgado, F. 086.04 Derwent, P. 098.14 Dicker, S. 085.03 Cunningham, M. R. 205.01 de Breuck, C. 195.01 Deliyannis, C. 219.02 DES Collaboration, Dickinson, C. 084.01 017.17 Dang, L. C. T. 162.18 De Buizer, J. M. 057.02, Deliyannis, C. P. 165.03, 022.02 Dickinson, M. 052.08 Cuntz, M. 006.04 Daniel, J. 210.02 110.02, 149.11 165.04, 165.08, 165.09, Desai, V. 019.02, 149.10 Dickinson, M. 077.04 Currie, T. 010.08, 219.07 Dark Energy Survey de Grijs, R. 039.03 165.10 Desai, V. 161.04 Dickinson, M. 132.03, Cushing, M. 079.03 Collaboration, 022.01, de Jager, O. 156.20 Deliyannis, C. P. 165.11 Desai, V. 195.04 195.03 Cutri, R. 005.05, 005.06, 022.04 de Jong, R. 018.03, Dell’Antonio, I. 021.04, Desch, S. J. 105.15 Dieball, A. 026.08 079.03 Darnley, M. J. 009.20 114.07 077.24 Desharnais, S. 103.07 Diehl, H. T. 021.05, Cutri, R. 088.06 DasSarma, S. 006.05 de Jong, R. S. 018.05 Dell’Antonio, I. P. Desjardins, T. D. 072.19 022.04 Cutri, R. 241.05 Daues, G. 022.06 de Jong, R. S. 020.02, 225.08 Destree, J. D. 084.02 Diehl, T. 098.14, 215.07 Cutri, R. M. 088.01 Dave, R. 223.03 211.05 Dellenbusch, K. 167.08 Deustua, S. 098.11, Dietrich, M. 109.05 D’Alessio, P. 081.01 Dave’, R. 077.02 de Kleer, K. R. 149.19 Dellenbusch, K. E. 098.16, 119.02, 121.02, Dijkstra, C. 160.04 D’Amico, N. 115.02 Davenport, J. 027.08 De Lee, N. 029.07 004.03 164.11 Dikpati, M. 014.04 D’Arcangelo, F. D. Davenport, J. R.A. De Lee, N. M. 162.08 DeLooper, J. 235.05 Deustua, S. E. 098.18, Dilday, B. E. 028.01 008.11 097.12 De Marchi, G. 026.16, Deluca, E. 016.04 098.19 DiLisi, G. A. 059.02 D’Cruz, N. L. 170.01 Davidson, K. 093.05 160.02 Demarco, R. 197.05 DeVicente, J. 022.03 DiLisi, L. A. 059.02 d’Orgeville, C. 130.03 Davies, J. I. 095.03 de Messieres, G. E. Demaree, D. 060.01, Devlin, J. F. 003.13 Dinerstein, H. L. 156.07, da Costa, L. 178.04 Davies, R. 155.03 160.12 205.08 Devlin, M. 011.03 156.09 da Silva, R. L. 162.19 Davies, R. L. 004.09, de Pater, I. 025.17 Demarteau, M. 098.14 Devlin, M. 085.03 Dinh, v. 109.07 Daddi, E. 052.08 155.01 De Pree, C. G. 030.05 Demel, J. T. 248.08 DeVorkin, D. H. 051.04 Dissly, R. 025.01 Dagenais, A. 003.03 Davies, R. L. 155.04 De Rijcke, S. 007.01 Deming, D. 169.08, Devriendt, J. E. G. DiStefano, R. 027.04 Dahlberg, E. D. 042.01 Davis, A. N. 071.08 de Vries, W. 161.02 196.01, 196.02, 196.03 017.15 Ditteon, R. 232.03 Dahlem, M. 017.17 Davis, B. L. 071.05 Dean, B. 210.03 Deming, G. 170.07 DeWarf, L. E. 006.04 Dixon, W. Van Dyke. Dai, X. 021.07, 072.13 Davis, D. S. 077.08 Dearborn, M. E. 234.02 Deming, J. 221.02 DeWarf, L. E. 089.01 084.23 Dai, Y. 198.03 Davis, D. V. 071.17 Debattista, V. P. 007.01, Deml, A. 148.30 DeWater, L. S. 235.03, Djorgovski, G. 078.04 Dalcanton, J. 018.03, Davis, K. 157.02 211.04 Demorest, P. 115.02, 235.04 Djorgovski, S. G. 020.01 061.01, 097.08, 097.10, Davis, K. W. 035.07 Debattista, V. P. 211.06 159.08 Dewitt, C. 169.04, Djorgovski, S. G. 072.26 114.01, 114.03 Davis, M. 190.01 DeBoer, G. 003.29 Dempsey, R. 059.02 169.06, 169.07 Djorgovski, S. G. 078.05 Dalcanton, J. J. 018.05, Davis, S. 228.01, 228.03 DeBra, D. B. 074.07 DeMuth, D. M. 245.04 DeWitt, C. 226.06 Djorgovski, S. G. 109.01 019.02 Davoust, E. 078.07 DeMuth, N. 003.20 Dey, A. 161.01 Do, T. 172.25 378 379 Author Index Author Index Dodge, C. 177.04 Douglass, E. 077.19 Dunham, E. W. 022.14 Edmonds, R. M. 172.07 Elvis, M. 005.02, Eracleous, M. 034.06, Doel, P. 154.12 Dove, J. B. 232.02 Dunham, M. M. 105.06 Egan, M. P. 101.02 080.06, 149.09, 149.14 072.09, 072.10, 109.03, Doeleman, S. S. 085.10 Dowell, C. D. 049.04, Dunlop, J. 083.07, Ehlert, S. R. 077.26 Emes, J. 098.14 114.05 Doeleman, S. S. 219.04 112.07 125.02, 125.05 Eichhorn, G. 173.02, Emmet, W. 098.14 Erb, D. 019.08 Doering, R. L. 127.02 Dowell, C. Darren. Dupke, R. 077.15 218.08, 218.09 Endorf, R. J. 003.18 Erickcek, A. L. 166.02 Dogoda, P. 164.01 130.02 Dupuis, J. 103.10 Eigenbrod, A. 072.26 Engel, L. 085.14 Erickson, E. F. 105.04 Doherty, M. 171.08 Dowell, D. 112.06 Durisen, R. H. 030.10 Eilek, J. A. 104.02 Engelbracht, C. 160.01 Erickson, T. 146.04 Doherty, P. 118.03 Doyon, R. 009.13, Durisen, R. H. 076.06 Eisenhamer, B. 157.03 Engelbracht, C. 160.02 Eriksen, H. K. 240.06 Doi, M. 090.01 210.04 Durisen, R. H. 076.07 Eisenhardt, P. 113.02, Engelbracht, C. 160.03, Eriksson, M. 029.13 Dokter, E. F.C. 043.02 Dragovan, M. 056.02, Durisen, R. H. 105.08 161.01, 193.02, 197.05 160.05 Espaillat, C. 076.02 Dokter, E. F. 157.06 164.02 Durrell, P. 015.06, Eisenhardt, P. R. 161.05, Engelbracht, C. 160.06 Espinoza, P. 196.06 Dokter, E. F. C. 031.03, Drake, A. 078.05 211.10 193.03 Engelbracht, C. 160.07, Esquerdo, G. 090.05 170.11 Drake, A. 099.01 Durrell, P. R. 114.05 Eisenkraft, A. 067.01, 160.08 Esselman, A. Richard. Dolch, T. 020.02 Drake, A. J. 078.04 Durrell, P. R. 211.08 246.03 Engelbracht, C. 160.09 100.07 Dole, H. 195.01 Dressler, A. 210.04 Dursi, L. J. 089.03 Eisenstein, D. 210.04 Engelbracht, C. 160.10 ESSENCE Collaboration, Dolphin, A. 114.03 Driebe, T. 101.12 Dursi, L. J. 150.18 Eisenstein, D. J. 038.03 Engelbracht, C. 160.11, 150.01 Dolphin, A. E. 178.06 Drissen, L. 009.13 Dutka, M. S. 149.01 Eisenstein, D. J. 113.04 160.12 ESSENCE team, 090.11 Domingue, D. 005.05, Drory, N. 004.13 Dwarkadas, V. 017.25 Elbaz, D. 052.08 Engelbracht, C. 160.13, Estrada, J. 215.06, 005.06 Drouet d’Aubigny, C. Y. Dwek, E. 130.04, 34.03 Elbaz, D. 132.03 160.14 215.07 Donahue, M. 077.01, 130.01 Dwelly, T. 225.06 Elby, A. 188.09, 205.04, Engelbracht, C. 160.15 Etters, E. B. 209.01 077.11, 077.25 Dryden, N. 189.02 Eagan, J. 060.01 205.05, 209.13, 209.16 Engelbracht, C. 192.01 Evans, A. 009.06 Donahue, M. E. 077.04 Duband, L. 049.04 Ealet, A. 098.20 Elitzur, M. 149.06, Engelbracht, C. 192.02 Evans, A. 182.02 Donalek, C. 020.01, Dubois, P. 078.07 Earle, M. J. 148.25 149.08, 238.09 Engelbracht, C. 192.03, Evans, J. 077.13 078.04 Dubois, R. 153.06 Ebbets, D. 025.01 Ellingsen, S. 099.03 192.05 Evans, J. 248.07 Donalek, C. 078.05 Duchêne, G. 110.01 Eberts, G. 094.11 Ellingson, E. 215.08 Engelhardt, D. 085.09 Evans, J. L. 077.09 Donehew, B. 010.03 Duda, P. 022.06 EBEX collaboration, Elliott, G. 025.10 Engle, S. G. 006.04, Evans, N. 030.16 Donnelly, D. 119.01 Dudik, R. 039.04, 240.04 Ellis, R. 053.04 029.08 Evans, N. J. 055.04 Donnelly, R. J. 120.01 034.03D Eckart, A. 111.04 Ellis, R. G. 160.08 English, D. 149.14 Evans, N. J. 172.01 Donzelli, C. J. 072.11 Dudish, F. 071.04 Edelstein, J. 017.02, Ellis, R. S. 021.06, English, D. John. 005.02 Evans, N. J. 219.11 Dopita, M. 009.21 Dudley, S. C. 209.04 017.04 183.03 English, J. 114.05, Evans, N. R. 029.08, Doppmann, G. 030.03, Dufour, P. 103.05 Edelstein, J. 017.05, Ellison, D. 243.02 211.08, 211.10 151.08, 158.01 105.05, 105.11, 219.16 Dukes, R. J. 029.10, 017.06 Ellison, S. L. 198.05 English, T. R. 023.04 Evans, N. W. 178.05 Dorame, B. 071.10 029.11, 029.12 Edelstein, J. 017.07 Ellman, N. 020.01 Ennico, K. 084.19 Evans II, N. J. 105.21 Dostal, J. 188.05 Duley, W. W. 127.05 Edgar, R. G. 179.01 Ellman, N. 078.05 Enoch, M. 133.03D Everett, M. 162.15, Dotter, A. 100.09 Dumont, C. 210.11 Edgar, R. J. 087.01, Elmegreen, B. G. 167.05 Enoch, M. L. 172.01 162.16 Dotter, A. 100.10, Dumora, D. 153.04 087.04 Elmegreen, D. M. Entwistle, T. 003.25, Evonuk, M. 200.03 100.14 Duncan, D. K. 031.01 EDisCS Collaboration, 114.05 136.05 Evrard, A. 197.02 Dotter, A. L. 040.03D Dunham, E. 124.06, 019.02 Elston, R. 193.02 Evrard, A. E. 129.02 Dougados, C. 030.16 210.11 Edmonds, P. 094.03 380 381 Author Index Author Index Evrard, A. E. 215.04, Faulkner, A. 115.02 Ferland, G. J. 084.22 Fish, V. L. 101.11 For, B. 192.02, 192.03, France, K. 084.12, 215.08 Faulkner, D. R. 151.09 Ferland, G. J. 129.05 Fish, V. L. 105.18 192.05 156.03 EXIST Science Team, Fazio, G. 083.06 Fermilab Galaxy Cluster Fisher, D. B. 004.13 For, B. -q. 160.06 Franceschini, A. 195.01 054.04 Fazio, G. 083.07, Group, 215.06 Fisher, J. 169.01 Foran, S. 103.06 Francke, H. 072.07, EXIST Team, 054.01, 084.20, 172.22 Fernandez, M. 217.05 Fisher, R. 077.29 Ford, E. 226.06 225.07 054.03, 054.05 Fazio, G. G. 018.04 Fernandez, R. 136.04 Fisher, S. 238.02 Ford, E. B. 163.03, Frank, A. 030.13, 202.03 Eyres, S. 182.02 Fazio, G. G. 019.05 Fernandez, Y. 025.12 Fitch, J. 154.04 191.05 Frank, B. W. 188.08, Ezrailson, C. M. 119.04 Feast, M. W. 102.01 Fernique, P. 078.07 Fitch, N. 071.21 Ford, H. 021.03, 127.01, 209.14 Fabbiano, G. 155.01, Feiden, G. 102.02, Ferrara, L. M. 022.10 Fitzgerald, M. 110.01 132.07, 196.06, 197.05 Frank, J. 074.11 155.03, 155.04, 175.01 102.04 Ferrarese, L. 112.05, Fixsen, D. 011.03 Ford, H. 226.06 Frank, J. 086.05 Faber, S. 181.06 Feigelson, E. 219.06 210.04 Fixsen, D. J. 240.02 Ford, H. C. 037.03 Frank, J. 216.04 Faber, S. M. 112.04 Feinberg, L. 210.01, Ferraro, I. 026.12 Flagey, N. 088.05 Ford, H. C. 211.13 Frank, S. 172.05 Faber, S. M. 181.04 210.03 Ferreras, I. 007.01 FLAMEX, 113.02 Ford, K. 071.12 Franx, M. 132.02 Fabricius, M. 098.02 Feldman, P. 110.02 Fesen, R. A. 156.21 Flaugher, B. 022.01, Forde, K. 228.02 Franx, M. 132.07 Faccioli, L. 098.12 Feldman, P. D. 025.14, Fetters, M. 143.01 154.12 Forman, B. 161.08 Franzetti, P. 080.05 Fadda, D. T. 038.07 025.15 Fey, A. 149.02 Fleenor, M. C. 113.03D Forman, W. 037.07, Fraser, O. J. 029.01 Fadeyev, V. 090.01, Feldmeier, J. 015.06, Fey, A. L. 099.03 Fleming, S. 169.07 161.03 Frayer, D. 088.04 090.03 162.16, 225.07 Figer, D. 086.20, 131.01 Fleming, S. W. 169.04 Forman, W. R. 161.01 Frayer, D. 195.01, Fahlman, G. G. 228.01, Feldmeier, J. J. 004.16 Figer, D. F. 101.05 Fleming, S. W. 169.05 Forrest, W. J. 010.06 225.01 228.03 Feldmeier, J. J. 162.15, Figura, C. 085.04 Fleming, S. W. 169.06 Forrest, W. J. 018.04, Freedman, W. 090.04 Faied, D. 219.05 171.05 Filippenko, A. V. 150.03 Fleming, S. W. 226.06 081.01 Freedman, W. L. 102.01 Fairfi eld, J. A. 098.02 Feldmeier, J. J. 218.15 Filippenko, A. V. 150.15 Flohic, H. 034.06 Forrest, W. J. 127.05 Freedman Woods, D. Falbo, M. K. 059.05 Fenimore, E. E. 212.05 Filippenko, A. V. 207.01 Flom, S. 209.02 Forrey, R. C. 017.13 097.13 Falco, C. 042.01 FEPS Spitzer Legacy Findeisen, K. 093.07 Flores, S. 058.03 Forsyth, C. 029.18 Freeland, D. 003.12 Falco, C. M. 042.02 Science Team, 010.01 Finkbeiner, D. 028.05, Flower, T. F. 128.04 Fortson, L. 008.10, Fregeau, J. 005.04 Falco, E. E. 021.07 Ferdman, R. D. 115.02D 052.01 Floyd, D. 005.03, 078.06 106.08 Freire, P. 159.02, 159.03 Falco, E. E. 090.06 Ferguson, H. 004.17, Finkbeiner, D. P. 037.02 Foellmi, C. 009.14 Foster, G. 162.06 Freismuth, T. M. 172.16 Fan, X. 215.09 018.03 Finkelstein, N. 205.02, Foley, R. J. 150.01, Foster, J. B. 055.05 Freuler, R. J. 248.08 Fanelli, M. N. 126.01 Ferguson, H. 177.08, 220.02 150.15 Foster, J. B. 198.01 Frey, L. 083.05, 125.04 Fanelli, M. N. 128.06 182.05 Finkelstein, N. D. 209.15 Fontanella, J. J. 068.01 Foster, M. 219.15 Frey, L. Helen. 159.06 Fardal, M. 177.02, Ferguson, H. C. 020.02 Finkelstein, S. L. 019.04 For, B. 160.01 Foster, T. 071.02, 209.10 Freytag, B. 101.07 177.04 Ferguson, H. C. 090.10 Finn, L. S. 074.01 For, B. 160.02 Fowler, J. R. 078.03 Friedman, A. S. 090.06 Farnham, T. 025.12 Ferguson, H. C. 177.05 Finn, P. 060.01 For, B. 160.03, 160.05, Fowler, J. W. 240.03 Friedman, P. G. 171.07 Farrah, D. 195.01 Ferguson, J. 100.10 Finn, R. 218.06 160.07, 160.08, 160.09 Fox, D. 227.06 Frieling, J. 213.05 Farrar, G. R. 037.04, Ferguson, J. W. 040.03 Finoguenov, A. 053.04 For, B. 160.10 Foy, J. P. 156.12 Frieman, J. 215.03 243.09 Ferland, G. 017.10, Fiorentin, P. R. 168.15 For, B. 160.11, 160.13, Fragos, T. 036.03, Frieman, J. A. 021.05 Farrell, J. 022.13 034.01 Fiorenza, S. L. 212.05 160.14, 160.15 155.01 Frinchaboy, P. M. 165.01 Fassnacht, C. D. 021.02 Ferland, G. J. 017.13 Fiorito, R. 036.01 For, B. 192.01 Fraknoi, A. 023.06, Frisch, P. C. 017.21 Fassnacht, C. D. 086.12 Ferland, G. J. 084.21 Fischer, T. C. 015.09 094.07 Frissell, N. 016.03 382 383 Author Index Author Index Fruchter, A. 090.01 Gallagher, J. S. 004.03, Garmire, G. P. 072.13 Geha, M. 177.07 Ghosh, T. 172.19, 217.05 Girard, T. M. 151.11 Frye, B. L. 132.07 018.07, 039.03, 155.01 Garmire, G. P. 112.06 Geha, M. C. 178.01 GHOSTS team, 114.07 Gire, E. 209.17 Frye, B. L. 211.13 Gallagher, J. S. 155.04 Garmire, G. P. 114.05 Gehrels, N. 195.07 Giavalisco, M. 020.02 Girerd, A. R. 164.02 Fryer, C. 168.12 Gallagher, J. S. 167.08, Garnavich, P. M. 150.02 Gehrels, N. 212.01 Gibb, A. 083.05, 125.04 Girish, V. 182.06 Fryer, C. L. 150.04, 178.06 Garnett, D. R. 087.05 Gehrels, N. 212.02, Gibb, E. 010.03, 010.09 Giroux, M. L. 244.05 162.13 Gallagher, S. 052.04 Garrison, R. F. 089.02 227.07 Gibbons, H. 213.06 Give’on, A. 164.09, Fujimoto, M. 076.03, Gallagher, S. 071.09 Garstang, R. H. 154.07 Gehrz, R. D. 009.06 Gibbons, R. A. 217.06 164.15 076.04, 076.05 Gallagher, S. 111.01 Gasson, D. 099.01 Gehrz, R. D. 084.20 Gibbs, M. 157.01 Gizis, J. E. 010.04 Fukagawa, M. 030.16 Gallagher, S. C. 114.05, Gaudi, B. S. 152.04 Gehrz, R. D. 101.09, Gibiansky, M. 131.06 Gladders, M. 154.12, Fukui, Y. 160.10 211.08, 211.10 Gault, A. C. 240.05 156.13, 167.09 Giersch, L. 085.15 222.01 Fukui, Y. 160.11, 160.15, Gallagher, S. C. 241.05 Gauthier, A. 218.10 Geibink, W. 218.03 Gies, D. 036.08 Gladman, B. 025.09 192.04 Gallagher, III, J. S. Gautier, T. 124.06 Geis, D. 007.06 Gies, D. R. 081.04 Glass, I. 093.09 Fulbright, J. 172.21 004.01 Gautier, T. N. 210.08 Geisler, D. 040.01 Gies, D. R. 157.04 Glassman, T. M. 169.10 Fulbright, J. P. 172.11 Gallart, C. 178.06 Gautier, T. N. 210.13 Gelbord, J. M. 239.04 Gil de Paz, A. 093.07 GLAST Collaboration, Fung, S. 057.02 Galle, E. C. 156.05 Gavilan, L. 027.03 Gelderman, R. F. 149.20, Gilbert, A. M. 100.01 153.03 Funk, S. 153.08 Gallet, B. 169.15 Gawiser, E. 072.07, 170.06 Gilbert, A. M. 100.05 GLAST LAT Collab. Pul- Furlan, E. 010.06 Galliano, F. 160.01, 171.05 Gelfand, J. 131.08D Gilbert, K. 087.06, sars, SNR and Plerions Furlanetto, S. R. 224.01 160.12 Gawiser, E. J. 225.07 Gelino, C. 241.01 177.01, 177.02, 177.07 group, 153.08 Fuselier, E. 021.03 Gamiz, V. L. 022.11 Gay, P. L. 117.01 Geller, M. J. 097.13 Gilbert, K. 177.08 GLAST LAT Collabora- Gaensicke, B. T. 182.07 Ganeshalingam, M. Gaztanaga, E. 083.07 Gemini GLAO Feasibil- Gill, A. 165.08, 165.09 tion, 037.01, 153.04 Gaensler, B. M. 047.01 150.24 Gaztanagal, E. 125.05 ity Study Team, 154.11 Gill, C. A. 160.13 GLAST LAT GRB sci- Gaetz, T. J. 087.01 Gangler, E. 229.07 Ge, J. 085.13, 152.03, GEMS collaboration, Gill, D. 074.07 ence working group, Gaetz, T. J. 087.02 Ganguly, R. 072.09, 169.03, 169.04, 169.05, 171.09 Gilles, S. 078.09, 150.16 153.07 Gaetz, T. J. 087.03 072.10 169.06, 169.07, 191.02, Genova, F. 078.07 Gilles, S. 229.07 GLAST LAT ISOC, Gaetz, T. J. 087.04 Gao, J. 085.12 226.06 Georgiev, I. 100.02 Gilliland, R. 124.06 153.10 Gagne, M. 158.03, Gao, Y. 005.05, 005.06, Geary, J. 086.21, 124.06, Gerakines, P. 084.03 Gilliland, R. L. 151.11, GLAST LAT Team, 219.20 084.17, 109.06, 217.03 210.11 Gerakines, P. A. 035.01 210.09 153.02 Galassi, M. 212.05 Garcia, A. 071.10 Geary, J. C. 086.20 Geramita, M. 071.01 Gilliland, R. L. 210.13 GLAST Mission Team, GALEX Science Team, Garcia-Burillo, S. 111.04 Geballe, T. 025.17 Gerke, B. 181.03D, Gilmore, G. 172.15 153.01 038.01, 039.01, 056.01, Gardner, J. 171.04 Geballe, T. R. 009.06 222.03 Gilmore, G. 178.05 GLAST Science Support 097.02, 150.19, 171.07, Gardner, J. 180.01 Geballe, T. R. 154.08 Gerke, J. 009.13 Gilmore, K. 086.05, Center, 153.11, 153.12, 183.04, 183.06, 211.14 Gardner, J. P. 019.07 Geballe, T. R. 156.07 Gerstle, W. H. 022.11 086.20 153.13 GALEX Team, 097.05, Gardner, J. P. 097.06 Geballe, T. R. 168.12 Gettel, S. 162.20 Gilmozzi, R. 160.02 Glatzmaier, G. 200.03 225.04 Garfi eld, R. 210.02 Gebhard, M. 098.03 Gezari, S. 149.14 Gimmestad, G. 154.04 Glazebrook, K. 097.04 Gallagher, B. 210.02 Garg, A. 017.16, 084.18, Gebhardt, K. 004.12, Ghavamian, P. 087.01, Gimre, K. H. 148.23 Glenn, J. 005.01, 083.01, Gallagher, J. 105.07 150.07 034.05, 211.07 087.02, 087.03, 087.04, Gimre, K. T. 148.23 085.12, 172.01 Gallagher, J. 155.03 Garg, A. 150.08 Gee, P. A. 086.04 243.03 Ginsburg, A. 100.03 Glickman, E. 020.01 Gallagher, J. 192.01 Garg, A. 150.09, 150.10 Geha, M. 087.06, Ghez, A. 112.06, 172.25 Giordano, N. 118.01 Glikman, E. 072.26, Gallagher, J. 228.05 Garmany, K. 003.20 177.01, 177.02, 177.03 Ghez, A. M. 241.07 Giovanelli, R. 097.06 078.04 384 385 Author Index Author Index Glikman, E. 078.05 Goodman, A. A. 055.05 Graham, J. R. 100.01 Greer, C. 049.02 Gu, P. Ping. 068.04 Guver, T. 212.02 Glikman, E. 109.01 Goodman, A. A. 057.06 Graham, J. R. 110.01 Gregg, M. 102.06 Guan, X. 198.03 Guy, J. 090.08 GLIMPSE Team, Goodman, A. A. 198.01, Graham, J. R. 167.10 Gregg, M. D. 077.12 Gudehus, D. H. 151.11 Guy, M. 128.07 017.20, 219.21, 242.05 198.02 Graham, J. R. 238.07 Gregg, M. D. 077.30 Guedel, M. 030.16, Guyon, O. 056.04, Gliozzi, M. 34.03 GOODS Team, 132.08 Graham, M. 078.04 Gregg, M. D. 111.03 105.17, 219.19 164.08, 169.15 Gnospelius, A. P. 067.02 Gopal-Krishna, . 008.09 Graham, M. J. 072.26 Grenier, I. A. 159.12 Guenther, D. 014.01 Guzik, T. 164.05 Goderya, S. N. 151.06 Gordon, K. 160.01, Graham, M. J. 078.05 Gressler, W. 086.18 Guenther, D. B. 163.05, Gwinn, E. 003.09 Goertzen, R. 205.05, 160.02, 160.03, 160.05 Graham, M. L. 229.01 Grether, D. 196.08 230.02 Gyuk, G. 008.10 209.16 Gordon, K. 160.06 Grant, C. 173.02, 218.09 Grier, C. 072.09 Guhathakurta, P. 004.17, Haapala, A. 072.04 Gogarten, S. M. 019.02 Gordon, K. 160.07, Grant, C. S. 218.08 Grier, C. J. 072.24 087.06, 132.07, 177.01, Haarsma, D. B. 077.04 Gogus, E. 212.01 160.08 Gratadour, D. 130.03 Griffi n, G. S. 049.04 177.02, 177.03 Habbal, S. R. 016.01 Gogus, E. 212.02 Gordon, K. 160.10 Graves, G. J. M. 112.04 Griffi n, R. E. M. 023.05 Guhathakurta, P. 177.04 Haberl, F. 087.01, Goh, A. 074.07 Gordon, K. 160.11, Graves, T. 096.04 Grimes, J. P. 0039.02D Guhathakurta, P. 177.07, 087.02 Gokhale, V. 074.11, 160.12, 160.13, 160.14, Gray, A. 149.04 Grindlay, J. E. 054.01 177.08, 181.04 Haberzettl, L. 077.02 182.04D 160.15 Gray, J. 086.07 Grindlay, J. E. 054.02 Guhathakurta, R. 177.05 Hacker, T. 215.02 Golap, K. 172.16 Gordon, K. 192.01 Gray, R. O. 089.02 Grindlay, J. E. 054.03 Guidry, J. 071.07 Hadfi eld, L. J. 158.02 Goldfi nger, P. J. 163.01 Gordon, K. 192.02, Gray, W. 165.13 Grindlay, J. E. 087.01, Guilbert, N. 235.05 Haff, T. F. 059.01 Goldhaber, G. 090.01, 192.03, 192.05 Greathouse, T. K. 153.01 Guiles, S. 101.02 Haffner, L. M. 017.22 090.03 Gordon, K. D. 008.03, 010.08, 154.08, 219.07 Grindlay, J. E. 162.03 Guillemot, L. 153.04 Haffner, L. M. 017.23 Goldsmith, P. 056.02 160.09 Green, E. M. 009.07 Grindlay, J. E. 242.03 Guilmette, T. 169.11 Haffner, L. M. 025.13, Goldsmith, P. F. 017.24 Gorjian, V. 015.06, Green, J. D. 010.06 Grocholski, A. J. Guinan, E. F. 006.04 025.19 Goldsmith, P. F. 164.02 149.05, 161.01, 218.15 Green, J. D. 081.01 040.01D Guinan, E. F. 029.08, Haffner, M. 242.05 Golimowski, D. 027.08, Gorski, M. J. 090.10 Green, J. D. 127.05 Grodnicki, L. R. 094.04 089.01 Hagedorn, C. A. 074.06 127.01, 196.06 Gorti, U. 010.08, 219.07 Green, P. J. 052.02 Groenewegen, M. Gully-Santiago, M. A. Hagedorn, E. 003.19 Golin, G. 067.06 Gosling, C. 143.02 Greenberg, R. 179.02 093.09 154.03 Haggard, D. 201.03 Golish, D. R. 130.01 Goss, W. M. 172.24 Greene, J. E. 149.17 Grogin, N. 052.08 Gundlach, J. H. 074.06 Haghighipour, N. Golwala, S. 085.12 Gotthelf, E. V. 159.05 Greene, T. 056.04, Gronwall, C. 004.04, Gundu, P. 130.03 082.01, 124.05 Golwala, S. R. 083.01 Gou, L. 227.06D 084.19, 210.04 114.05, 161.10, 171.04, Gunn, J. 215.09 Hahn, J. M. 013.02 Gomez, J. L. 239.05 Goudfrooij, P. 100.02, Greene, T. P. 030.08 171.05, 211.08, 211.10 Gunn, J. E. 028.05 Haines, C. P. 077.02 Gomez, M. 219.21 100.04 Greene, T. P. 219.12 Gronwall, C. 211.13 Guo, P. 085.13, 169.06 Hainline, L. J. 165.08 Gonthier, P. L. 159.07 Gould’s Belt Team, Greene, W. M. 065.03, Gronwall, C. 225.07 Guo, P. 226.06 Hainline, L. J. 195.02D Gonthier, P. L. 159.12 219.10 157.05 Groom, D. 098.14 Guregian, J. 164.03 Haisch, B. M. 094.02 Gonzalez, A. 037.07, Governato, F. 019.07, Greene, W. M. 157.06 Groom, D. E. 098.02 Gurton, S. 094.07 Haisch, K. E. 030.08 161.05 197.04 Greenhill, L. 102.07 Grosnick, D. 248.02 Gurton, S. 157.01 Haisch, Jr., K. E. 219.12 Gonzalez, A. 193.02 GPI team, 154.10 Greenholt, K. 121.02 Grove, J. E. 153.04 Gutbrod, E. L. 172.12 Halekas, J. 025.20 Gonzalez, A. H. 113.02 Grace, K. 130.03 Greenhouse, M. A. Gruendl, R. A. 156.14 Gutermuth, R. 030.21 Hall, D. 210.04 Gonzalez, M. D. 148.11 Grady, C. 127.01 009.06 Grundstrom, E. 081.04, Gutermuth, R. A. 030.05 Hall, N. 084.24 Gonzalez, S. 150.14 Grady, C. 219.08 Greenhouse, M. A. 157.04 Gutermuth, R. A. 105.20 Hall, P. 215.07 Goobar, A. 090.03 Graham, J. R. 013.03 154.13 Grundy, W. M. 220.01 Guver, T. 212.01 Hall, S. C. 148.23 386 387 Author Index Author Index Hall, T. Lee. 025.13 Hao, H. 005.02, 149.14 Hartman, L. 081.01 Hayes-Gehrke, M. Henden, A. 106.09 Heron, P. R. L. 234.09 Halle, M. 057.06 Hao, J. 215.03 Hartmann, D. 054.05 170.07 Henden, A. 162.04, Heroux, A. J. 172.13 Hallman, E. 077.17 Hao, L. 149.12, 178.02 Hartmann, D. H. 212.06 Haynes, M. P. 097.06 162.05 Herrera, D. 078.09, Hallman, E. J. 180.04 Harbeck, D. 022.10 Hartmann, L. 017.15, Hayward, S. 092.04 Henden, A. 162.06 150.16 Halpern, M. 083.05, Harbeck, D. R. 022.08, 076.02 Hazari, Z. 064.03 Henden, A. 182.07 Herriot, G. 130.03 125.02, 125.04 022.09 Hartung, M. 179.05 Heald, G. H. 199.01 Henden, A. A. 162.07 Herrmann, K. A. 004.16 Hamaguchi, K. 219.08 Harding, A. K. 159.07, Hartwick, M. 094.11 Healy, K. H. 101.10 Henden, A. A. 162.22 Herrmann, K. A. 170.09 Hamann, F. 034.02 159.12 Harvey, J. 094.07 Healy, K. R. 105.15 Henderson, C. 205.01 Herter, T. F. 081.01 Hamann, F. W. 072.03 Harding, P. 162.15, Harvey, P. 030.16 Heath, M. T. 105.13 Henderson, S. 071.09 Herter, T. L. 149.10 Hamann, W. 230.05 162.16 Hashimoto, J. 030.04 Hebb, L. 196.06 Henderson, S. 151.14 Herwig, F. 101.07, Hambly, N. C. 103.05 Hariharan, A. 169.04 Hasinger, G. 052.08 Heckman, T. 039.02 Hendrick, S. P. 156.19 168.12 Hamed, K. M. 235.01 Hariharan, A. 169.06 Hathi, N. 171.04 Hedden, A. S. 015.06 Heng, K. 156.15 Hesselbach, E. N. 081.05 Hamidouche, M. 030.02 Hariharan, A. 226.06 Hathi, N. P. 019.01, Heger, A. 150.25 Henkel, C. 017.11 Hessels, J. 159.02 Hamilton, A. J. S. 086.09 Harlow, D. 209.21 171.02 Heiderman, A. L. 211.10 Henneken, E. 218.08, Hessels, J. W. T. 131.02, Hamilton, D. 170.07 Harman, D. 182.02 Hattori, T. 090.01 Heiles, C. 017.02, 218.09 159.03 Hammel, H. B. 009.05, Harmon, R. O. 029.06 Hatzes, A. P. 230.02 167.01 Henneken, E. A. 173.02 Hester, J. 150.23 025.17 Harnett, E. 025.20 Hauschildt, P. 200.01 Heiner, J. S. 015.02 Hennessy, R. 049.02 Hester, J. 156.12 Hammel, H. B. 238.03 Harnett, E. M. 025.21 Hauschildt, P. A. 009.06 Heinis, S. 097.05 Henney, W. J. 084.22 Hester, J. 183.02D Hammer, D. M. 211.12 Harper, G. M. 089.05 Hausel, E. 025.06, Heinke, C. O. 112.07 Henning, P. A. 095.03 Hester, J. J. 105.15 Hammergren, M. 094.04 Harper, K. A. 248.08 099.08 Heinke, C. O. 115.04 Henning, P. A. 095.04 Hibbard, J. E. 111.01 Han, W. 017.01, 017.02, Harrington, J. 196.01, Hausel, E. 165.05 Heinze, A. 226.03D Henning, T. 179.05 Hibbard, J. E. 114.05 017.03 196.02, 196.03 Hausel, E. J. 099.07 Heitsch, F. 017.15 Henning, T. 219.08 Hibbard, J. E. 211.08 Han, W. 017.04, 017.05, Harris, A. W. 086.17 Hausmann, R. 234.08 Helfand, D. 097.03 Henriksen, M. 077.08 Hibbard, J. E. 211.10 017.06 Harris, D. E. 008.13 Hawkins, D. 049.02 Helfand, D. J. 087.01, Henry, G. 152.01 Hicken, M. 090.05 Han, W. 017.07, 017.07 Harris, D. E. 239.03 Hawkins, L. 154.05 087.03, 159.05 Henry, R. B. C. 092.01 Hickey, T. 171.05 Hancock, M. 244.05 Harris, D. E. 239.07 Hawley, S. 097.12 Hellier, C. 009.19 Henry, T. J. 024.04, Hickman, P. 143.01 Handley, W. 188.01 Harris, H. C. 162.10 Hawley, S. L. 014.03 Helou, G. 004.05, 103.05 Hickox, R. 161.03, Hanish, D. 114.06D Harris, J. 114.03, 160.13 Hawley, S. L. 027.08, 015.01, 038.07, 198.07, Her Many Horses, I. 161.08 Hankins, T. H. 104.02 Harris, J. R. 027.05 089.04 225.01 209.21 Hickson, P. 114.05 Hansen, B. 074.12, Harris, W. 025.12 Hawley, S. L. 089.06 Helton, A. 101.08 Herald, J. 092.03 Hidalgo, S. L. 178.06 115.07 Harris, W. M. 025.15, Hawley, S. L. 089.07 Helton, L. A. 009.06 Herbig, G. 101.08 High, W. 022.06 Hansen, B. M. 196.01 085.15 Hawley, S. L. 162.18 Hemenway, M. 157.07 Herczeg, G. J. 010.08, Higuchi, S. 074.07 Hansen, B. M. S. 228.01 Harris,, W. M. 025.13 Hawley, S. L. 172.14 Hempel, M. 100.07 219.07 Hildebrand, R. H. 130.02 Hansen, B. M. S. 228.03 Harrison, F. A. 131.05 Hawthorn, M. 072.09 Hempel, M. 100.09 Hergenrother, C. 090.05 Hilker, M. 100.02 Hansen, C. 068.05 Harrison, T. 182.03 Haxton, W. 147.01 Hempel, M. 244.02 Hernandez, H. 172.19 Hill, A. S. 017.23 Hansen, F. K. 240.06 Harrison, T. E. 009.04 Hayashi, M. 243.03 Hénault-Brunet, V. Hernquist, L. 052.01, Hill, R. L. 216.06 Hansen, S. 022.06 Harrison, T. E. 102.01 Hayden, B. 210.03 103.10 223.03 Hill, R. L. 248.02 Hansen, S. M. 215.05 Harrison, T. E. 162.11 Hayes, A. 029.09, Henden, A. 009.19, Heron, P. R. L. 188.06 Hillenbrand, L. 010.01, Hanson, H. M. 025.04 Hartke, J. 148.22 137.04 009.21 Heron, P. R. L. 188.07 030.16, 117.03, 226.02 388 389 Author Index Author Index Hillenbrand, L. A. Hodge, P. 027.03 Holley-Bockelmann, K. Hora, J. L. 160.08, Howell, S. B. 009.17 Huether, S. Linn. 081.03 057.01 Hodge, P. W. 027.01, 036.06 160.13 Howell, S. B. 009.18, Huffenberger, K. M. Hillwig, T. C. 036.08 027.02 Holmes, S. B. 027.02 Horner, D. J. 153.13 022.09 240.06 Hilton, E. J. 009.19 Hodge, P. W. 100.08 Holtzman, J. A. 028.02, Horner, S. 210.04 Howell, S. B. 022.10 Huffman, D. 022.03 Hilton, E. J. 089.04, Hodges-Kluck, E. 087.05 Horning, D. A. 029.01 Howell, S. B. 162.16 Huggins, P. J. 092.08 089.07 089.05 Holwerda, B. W. 018.05 Horning, K. 196.02, Howk, C. 015.04, 015.05 Hughes, A. 010.10 Hilton, M. 077.10 Hoefl ich, P. 200.05 Holzapfel, W. L. 049.04 196.03 Howk, J. C. 015.07 Hughes, A. O. 145.01 Hindsley, R. 173.03 Hoekstra, H. 077.01 Homan, D. C. 008.04 Horns, D. 212.01 Howley, K. 177.03 Hughes, D. 083.06 Hines, D. 030.16 Hoeling, B. M. 068.02 Homeier, N. 197.05 Horns, D. 212.02 Hoyle, C. D. 154.02 Hughes, D. 083.08 Hines, D. 219.08 Hoenig, S. 111.02 Homer, L. 009.19 Hornschemeier, A. E. Hoyle, F. 149.15 Hughes, D. 083.09 Hines, D. C. 008.03, Hoette, V. 106.04 Honeycutt, K. 009.08 111.01 Hristov, V. V. 049.04 Hughes, D. 125.01, 022.11, 105.04 Hoffl eit, D. 117.01 Honeycutt, R. K. 009.16 Hornschemeier, A. E. Hrivnak, B. J. 092.05, 125.03, 125.04, 125.05 Hinkle, K. H. 081.02 Hoffman, D. I. 162.11 Hong, J. 054.02 114.05, 211.12 151.05 Hughes, D. H. 083.05, Hinshaw, G. F. 011.03 Hoffman, H. 066.03 Hong, J. 054.03, 242.03 Hornstein, S. 112.06 Hsia, C. 156.01 083.07 Hinshaw, G. F. 049.07 Hoffman, J. 230.05 Honscheid, K. 022.05 Hosmer, M. 077.10 HST ACS Science Team, Hughes, J. 156.18 Hintz, E. G. 029.17, Hoffmann, S. 030.18, Hony, S. 160.01 Houck, J. 111.02 127.01 Hughes, J. D. 026.11 029.18, 029.19, 165.12, 030.19 Hood, J. 094.05 Houck, J. 156.06 Hu, J. 209.02 Hughes, J. P. 087.01, 165.13, 165.14 Hoffmeister, B. 137.01, Hook, I. 090.03 Houck, J. 161.04 Huang, J. 005.05, 005.06 087.03, 087.04, 156.17 Hinz, P. 226.03 146.02 Hopkins, A. 052.06 Houck, J. R. 081.01 Huang, J. 083.06 Hughes, P. 239.08 Hirata, C. 224.03 Hofmann, B. P. 148.25 Hopkins, P. 223.03 Houck, J. R. 101.02, Huang, J. 083.07, 161.05 Hughes, P. A. 008.05 Hirata, C. M. 077.27 Hofmeister, A. M. Hopp, J. 148.10 127.05 Huang, X. 020.05, Hughes, P. A. 239.06 Hirschauer, A. 015.05 006.02 Hora, J. 160.01 Houck, J. R. 178.02 090.07 Hughes, S. A. 074.08 Hirshfeld, A. 246.05 Hogan, C. 074.01 Hora, J. 160.02 Houde, M. 130.02 Huang, Y. 166.01 Hughto, J. 165.03, Hirshfeld, A. W. 170.05 Hogan, C. J. 074.13 Hora, J. 160.03 Hough, J. H. 030.04 Huard, T. 030.16 165.04 Hivon, E. F. 049.04 Hogg, D. 183.01 Hora, J. 160.06 Houser, B. 246.07 Huard, T. L. 105.21, Hull, A. B. 210.02 Ho, L. C. 149.03 Hogg, D. W. 015.10, Hora, J. 160.07, 160.09 Houtkooper, J. M. 105.22 Hummels, C. B. 211.14 Ho, L. C. 149.17, 211.02 019.06, 038.06 Hora, J. 160.10 035.03 Huber, M. 017.16, Humphreys, R. M. Ho, P. T. P. 010.05 Holberg, J. 103.04, Hora, J. 160.11, 160.12 Hovan, S. A. 144.07 084.18, 099.01 084.20 Ho, P. T. P. 015.12 103.06, 103.08 Hora, J. 160.14 Hoversten, E. A. 097.04 Huber, M. 150.08 Humphreys, R. M. Ho, S. 224.03 Holberg, J. B. 033.02, Hora, J. 160.15 Howard, C. 172.17 Huber, M. 150.10 093.05 Hoang, T. Chi. 017.19 103.03, 151.11 Hora, J. 192.01 Howard, C. D. 172.06 Huber, M. E. 150.07 Humphreys, R. M. Hoard, D. 104.01 Holden, B. 197.05 Hora, J. 192.02 Howell, A. 150.14 Hubmayr, J. 240.04 101.08 Hoard, D. W. 131.06 Hole, K. T. 165.07 Hora, J. 192.03, 192.05 Howell, D. Andrew. Huchra, J. 097.11, Humphreys, R. M. Hoard, D. W. 151.03 Holfeltz, S. T. 127.02 Hora, J. L. 019.05 229.04 149.14 101.09 Hoard, D. W. 241.06 Holland, S. 098.14 Hora, J. L. 057.02 Howell, E. S. 025.04 Hudgins, D. 170.11 Hunacek, A. E. 007.06 Hobbs, G. 115.02 Holland, S. 227.01 Hora, J. L. 084.20 Howell, J. 015.01 Hueckstaedt, R. M. Hund, L. B. 149.07 Hodapp, K. 210.04 Hollenbach, D. 010.08, Hora, J. L. 105.07, Howell, S. 022.08, 101.07 Hunsberger, S. 114.05 Hodapp, T. 134.01 219.07 149.07 162.07, 162.15 Huenemoerder, D. P. Hunsberger, S. D. 004.04 Hodari, A. K. 184.01 Hora, J. L. 160.05 Howell, S. B. 009.16 133.05 Hunstead, R. W. 113.03 390 391 Author Index Author Index Hunt, G. L. 148.05 Impey, C. D. 149.13 Isbell, D. 003.20, Jain, B. 086.10 Jenkins, J. M. 210.10, Johnston, K. 099.03 Hunt, L. 178.02 Indebetouw, R. 088.01 071.09, 071.10 Jalovec, S. 209.21 210.13 Johnston-Hollitt, M. Hunten, M. 022.08 Indebetouw, R. 088.06 Ishak, M. 077.27 James, R. 162.22 Jenkins, L. P. 211.12 113.03 Hunter, D. 167.07 Indebetouw, R. 160.01, Ishibashi, K. 133.05 Jameson, K. 172.23 Jensen, A. G. 198.04D Johnstone, D. 105.03 Hunter, D. A. 167.05 160.02, 160.03, 160.05 Isidro, G. 094.12 Janes, K. A. 156.10 Jensen, E. 165.11 Johnstone, D. 210.04 Hurford, A. 156.21 Indebetouw, R. 160.06 Isler, J. 177.02 Janeski, J. 137.01, Jensen, E. L. 148.02 Johnstone, D. 238.05 Hurlburt, N. E. 096.01 Indebetouw, R. 160.07, Isler, J. C. 177.07 146.02 Jensen, E. L. N. 030.06 Joiner, D. A. 218.11 Hurley, J. 228.03 160.08, 160.09 Ivans, I. 168.01, 168.08, Jang-Condell, H. 110.05 Jensen, E. L. N. 076.08, Joner, M. D. 030.15, Hurley, K. 164.05 Indebetouw, R. 160.10 168.10 Jannuzi, B. 161.04 158.03 165.14 Hurley, K. C. 212.09 Indebetouw, R. 160.11, Ivezic, Z. 025.07, Jannuzi, B. 193.01 Jeong, H. 004.09 Jones, B. 209.17 Hurst, A. 157.01 160.12, 160.13, 160.14, 025.08, 028.05, 029.01, Jannuzi, B. T. 161.01 Jerke, J. 020.01 Jones, C. 037.07, 161.01, Hurt, R. L. 218.10 160.15 084.13, 086.02, 086.04, Jannuzi, B. T. 161.05 Jernigan, J. G. 054.02 161.03, 161.08 Hurteau, T. 098.14 Indebetouw, R. 192.01 086.05 Jansen, R. A. 171.02, Jevremovic, D. 100.10 Jones, C. E. 127.03 Huziak, R. 029.20 Indebetouw, R. 192.02, Ivezic, Z. 086.15 171.03 Jevremovic, D. 040.03 Jones, D. L. 085.05 Hwang, U. 156.17 192.03, 192.05, 219.21 Ivezic, Z. 086.17, Jansen, R. A. 210.07 Jevtic, N. 103.12 Jones, H. R. A. 085.14 Hyatt, L. D. 049.03 Ingalls, J. 088.04, 088.06 097.09, 149.08, 162.08 Janusz, R. 078.11 Ji, J. 004.14 Jones, M. 168.03 Hyland, P. O. 240.05 Ingalls, J. G. 088.01 Ivie, R. 117.02 Jao, W. C. 024.04 Jiang, L. 215.09 Jones, R. L. 025.09 Hynes, S. 085.04 International MWA part- Ivison, R. 083.07, Jarrett, T. 217.04 Jogee, S. 171.09 Jones, T. 129.05 Ianna, P. A. 024.04 nership, 085.08 125.05 Jarvis, M. 086.10 Johns-Krull, C. M. Jones, T. Jay. 101.08 Ida, S. 076.01, 076.03, International Space VLBI Iye, M. 056.04, 132.06, Jasniewicz, G. 078.07 017.21 Jones, T. J. 101.09 076.05 Collaboration, 056.03 177.08 Jason, H. 244.03 Johns-Krull, C. M. Jones, T. M. 072.10 Ignace, R. 101.04, International Spacefl ight Jackman, C. H. 006.03 Jauncey, D. 099.03 030.01 Jones, T. W. 072.14 230.05 Museum, 094.08 Jackson, D. C. 167.09 Jauncey, D. 149.02 Johnsen, J. N. 118.04 Jones, W. C. 011.04 Ignarra, C. 097.01 Iono, D. 015.12 Jackson, J. M. 105.01, Jauncey, D. L. 149.01 Johnson, B. 048.01 Jonker, P. G. 115.04 Ignatova, O. 071.19 Iping, R. 092.03, 151.07 133.02 Jedrich, N. 074.04 Johnson, B. D. 183.06 Jordan, A. 112.05 Ihara, Y. 090.01 IRAC, 113.02 Jacobs, B. 005.07 Jedrich, N. M. 074.02 Johnson, J. 168.08, Jordan, D. 144.01 Ilbert, O. 005.07, 225.01 IRAC Shallow Survey, Jacoby, B. A. 091.01 Jee, M. J. 037.03 168.10, 242.02 Jorgensen, A. M. 173.03 Illingworth, G. 127.01, 161.03 Jacoby, G. 022.08 Jee, M. J. 197.05 Johnson, J. A. 093.02 Jorgensen, J. 010.10 132.02, 132.07 IRAC Shallow Survey Jacoby, G. H. 027.01, Jeffery, D. 150.03 Johnson, K. E. 111.01 Jorgensen, J. K. 105.03 Illingworth, G. D. Collaboration, 161.07 027.02 Jelinsky, P. 098.01 Johnson, K. E. 114.05 Jorstad, S. G. 008.02, 037.03, 132.01 IRAC Shallow Survey Jacoby, S. 106.05 Jelinsky, P. 098.09 Johnson, K. E. 211.08 008.11, 239.04, 239.05 Illingworth, G. D. Team, 161.02, 161.06 Jacoby, S. H. 106.09 Jenet, F. 075.02, 131.07, Johnson, K. E. 211.10 Joy, M. 049.02 211.13 Ireland, M. J. 226.04 Jaeger, T. 085.07, 218.01 159.11, 166.03 Johnson, L. C. 057.02, Jucks, K. W. 241.03 Im, M. 072.06 Ireland, M. J. 230.08 Jaeggli, S. A. 016.01 Jenet, F. A. 091.01 156.02 Juett, A. M. 017.12 Imamura, J. N. 030.10 Irwin, J. 004.14 Jaffe, D. T. 010.08, Jenkins, E. B. 017.21 Johnson, L. P. 075.05 Jura, M. 115.07 Imbriale, W. 056.02 Irwin, J. S. 162.13 154.08, 219.07 Jenkins, E. B. 084.04 Johnson, M. 094.05 Jura, M. 127.05 Immler, S. 004.04, Irwin, K. 011.03 Jagatheesan, A. 086.07 Jenkins, J. 124.06, Johnson, M. 169.09 Jura, M. 241.05 200.06 Irwin, K. 085.03 Jaggi, N. 162.09 210.08, 210.11, 210.12 Johnson, R. A. 198.05 Juric, M. 025.07, 025.08, Impey, C. 149.14 Jahnke, K. 080.05 Jenkins, J. M. 210.09 Johnson, S. D. 205.07 028.05 392 393 Author Index Author Index Jutzeler, E. C. 025.06 Kamionkowski, M. Kaspi, S. 034.04 Keller, L. D. 168.14 Khiabanian, H. 021.04, King, A. R. 155.01 JWST Project, 210.01 049.01, 166.02, 224.01 Kaspi, V. 159.02 Keller, S. C. 029.05 077.24 King, A. R. 155.04 Kaaret, P. E. 054.02 Kamp, I. 127.02 Kaspi, V. M. 131.02 Kellerman, K. I. 051.02 Khochfar, S. 038.01 King, I. 100.11 Kacprzak, G. 077.13 Kanbur, S. 075.01, Kassin, S. A. 181.06 Kellerman, L. R. 065.02 Kidder, A. 025.12 King, I. R. 100.09 Kadam, P. 006.01 102.02, 102.03, 102.04, Kassis, M. 057.02 Kelley, N. 162.01 Kidder, A. R. 025.21 King, I. R. 228.01, Kaeppler, S. 165.07 102.05 Kasting, J. 056.04 Kelly, B. 169.02 Kiikka, C. 210.02 228.03 Kafka, S. 009.08, Kandori, R. 030.04 Kastner, J. 156.06 Kelly, B. 223.03 Kilbourne, C. A. 211.12 King, J. 219.02 009.16, 009.17 Kane, S. 169.05, 169.06 Kastner, J. H. 092.06 Kelly, D. 210.04 Kilgard, R. E. 155.02 King, J. R. 093.03 Kafka, S. 162.17 Kane, S. 226.06 Kastner, J. H. 192.06 Kemper, F. 168.13 Kilston, S. 169.13 King, J. R. 165.08, Kagan, D. T. 189.06 Kane, S. R. 169.03 Kato, M. 076.03, 076.05 Kennedy, C. R. 085.11 Kim, A. 098.17 165.09 Kagy, H. M. 216.03 Kang, R. 218.13 Katz, D. M. 148.12 Kennedy, C. R. 168.11 Kim, A. 230.03 King, J. R. 168.07 Kahn, S. 086.02 Kang, Y. 083.06 Katz, J. 159.02 Kenney, J. D. P. 198.07 Kim, A. G. 098.06, King, J. R. 212.06 Kahn, S. 086.13 Kang, Y. 083.08, 125.01 Kauffmann, G. 183.05 Kenney, J. D. P. 211.11 098.12 Kippen, R. M. 164.05 Kahn, S. 086.19 Kang, Y. 125.03 Kauffmann, J. 057.06, Kent, S. 098.19 Kim, D. 052.02, 155.01, Kirby, E. 181.04 Kaib, N. A. 025.16 Kang, Y. 125.04 057.04D Kent, S. M. 098.11, 155.03, 155.04 Kirby, L. 130.02 Kaiser, C. R. 182.01 Kang, Y. 125.05 Kaufmann, T. 211.06, 098.16 Kim, H. 100.06 Kirk, H. 105.03 Kalas, P. 013.02, 013.03, Kang, Y. 148.20 038.02 Kent, S. M. 098.18 Kim, J. 240.05 Kirkpatrick, J. 079.01, 110.01 Kang, Y. B. 026.07 Kavelaars, J. 025.09 Kent, S. M. 154.12 Kim, J. S. 219.15 079.03, 079.05 Kalirai, J. 004.17, Kannan, K. 098.17 Kaviraj, S. 038.01 Kenter, A. 161.01, Kim, K. H. 010.06 Kirkpatrick, J. D. 161.06 087.06, 177.01 Kantor, J. 086.07 Kawamura, A. 160.10 161.08 Kim, L. 230.07 Kirkpatrick, J. D. 241.05 Kalirai, J. 177.02 Kaplan, D. L.A. 091.02 Kawamura, A. 160.11, Kenyon, S. J. 010.08, Kim, S. 019.03, 026.07 Kirkpatrick, L. D. Kalirai, J. 177.05 Kaplan, D. L. 131.05 160.15, 192.04 219.07 Kim, S. 083.01 246.03 Kalirai, J. 177.07 Karcher, A. 098.02, Kawka, A. 040.05 Kepler, S. O. 230.03 Kim, S. 083.06 Kirshner, R. 090.05, Kalirai, J. 177.08 098.14 Kay, J. 164.09 Kepley, A. A. 167.01 Kim, S. 083.08, 083.09 090.06 Kalirai, J. S. 228.01 Kardashev, N. 056.03 Kazachkov, A. 071.19 Keremedjiev, M. 149.12 Kim, S. 100.06 Kirshner, R. P. 087.01, Kalirai, J. S. 228.02 Karick, A. 077.12 Kazanas, D. 091.04 Kessler, R. 032.03 Kim, S. 125.01, 125.03, 087.03, 087.04 Kalirai, J. S. 228.03 Karliner, I. 022.05 Kazantzidis, S. 038.02 Kessler, R. 229.07 125.04, 125.05 Kiuchi, F. 029.01 Kalita, S. 245.06 Karr, J. 010.07 Keating, B. G. 049.04 Ketchum, W. R. 150.20 Kim, S. S. 079.05 Kiziloglu, U. 212.01 Kallivayalil, N. 172.22, Kartaltepe, J. 225.01 Keating, B. G. 240.05 Kewley, L. J. 236.01 Kim, T. 077.05, 197.06 Kiziloglu, U. 212.02 199.04D Kasdin, J. 164.10, Kedziora-Chudczer, L. Kezerashvili, R. Y. Kim, Y. 019.03 Kiziltan, B. 115.05 Kalogera, V. 036.03, 164.13, 164.15 149.02 058.04, 148.24 Kimball, A. E. 097.09, Klassen, M. 148.01 074.12, 074.16 Kasdin, N. J. 164.09 Keedy, D. 137.01, Khalil, A. 077.22 149.08 Klein, C. R. 019.05 Kalogera, V. 155.01 Kasen, D. 200.02 146.02 Kharchenko, V. 035.05, Kimble, R. 177.08 Klesman, A. J. 072.08 Kalogera, V. 155.02, Kashikawa, N. 090.01, Keeports, D. 068.06 055.03 Kiminki, D. C. 162.13 Klimek, M. 156.11 155.03 109.03, 132.06 Keller, J. 170.11 Khatri, D. 145.01 Kimmel, S. 072.12 Klumpe, E. W. 218.07 Kalogera, V. 155.04 Kashyap, V. 016.04 Keller, J. M. 046.01 Khatri, D. S. 184.02 Kincade, J. 210.02 Klupt, J. 148.25 Kalogera, V. 175.03 Kashyap, V. L. 158.01 Keller, L. 071.03 Khayatian, B. 056.02, Kinemuchi, K. 029.04, Knapp, G. 030.16 Kalogera, V. 230.01 Kasian, L. 159.09 Keller, L. D. 081.01 164.02 162.10, 162.13, 169.02 Knapp, G. R. 028.05 Kaltenegger, L. 241.03 Kasliwal, M. M. 021.06 Keller, L. D. 127.05 King, A. 155.03 Knapp, J. 168.08 394 395 Author Index Author Index Knapp, J. 242.02 Koester, D. 115.07 Kosowsky, A. 166.01, Kramer, L. H. 137.02, Kubo, J. 215.07 Kuzio de Naray, R. Knapton, T. J. 144.06 Kogut, A. 240.02 224.05 148.13 Kuchar, T. 088.02, 112.02D Knez, C. 105.22, 219.07 Kogut, A. J. 011.03 Kospal, A. 013.04, Kramer, M. 115.02 088.04 Kuznetsova, N. 090.01, Knezek, P. 244.04 Koh, A. 071.20 133.04 Kratter, K. M. 089.03 Kuchar, T. A. 088.01 090.02, 090.03, 098.13 Knezek, P. M. 167.08 Koh, W. 071.20 Kossover, M. 059.06 Kraus, P. 235.03, 235.04 Kuchar, T. A. 088.03 Kwitter, K. B. 092.01 Knierman, K. 015.06 Kohno, K. 017.17 Kostov, Y. 068.02 Kravtsov, A. 053.05 Kuchar, T. A. 088.06 Kwok, S. 092.05, 156.01 Knierman, K. A. 094.01, Kolbe, B. 098.14 Kosztin, D. 067.03 Krco, M. 017.24 Kudo, T. 010.07 La Rosa, C. 094.12 114.05, 244.04D Kolbe, W. F. 098.02 Kothes, R. 053.01 Kregenow, J. 017.04 Kuehn, C. A. 029.07 Laag, E. A. 217.01 Knigge, C. 026.08 Kolemen, E. 164.13 Kotlicki, A. 071.13, Kregenow, J. 017.05, Kuehn, D. M. 071.05 Labadorf, C. M. 151.09 Knight, B. 060.01 Kollmeier, J. A. 223.04 234.04, 234.05, 248.01 017.06 Kuhl, D. 248.03 Labbe, I. F. 132.02 Knight, M. 025.12 Komatsu, E. 011.07 Koutroumpa, D. 035.05, Kregenow, J. M. 017.02 Kuhlen, M. 200.03 Labby, Z. E. 168.01 Knop, R. A. 217.06 Komiyama, Y. 177.08 055.03 Krejny, M. 055.02, Kuhlman, H. 068.05 Lacey, C. K. 015.11 Knox, C. 162.15 Konacki, M. 241.04 Kouveliotou, C. 131.01, 130.01, 130.02 Kuhn, J. R. 016.01 Lacina, R. 071.04 Knox, C. 162.16 Konishi, K. 090.01 194.01 Krichbaum, T. P. 239.05 Kuhn, M. A. 158.03 LaCluyze, A. P. 162.10 Knox, L. 086.08, 086.09, Konopacky, Q. M. Kovac, J. 011.05 Krienke, K. 100.08 Kuiper, T. B. H. 085.05 Lacy, J. 238.06 086.10 241.07 Kovac, J. M. 049.04 Krim, J. 140.02 Kulesa, C. 015.06, Lacy, J. H. 010.08, Knuth, K. H. 078.12 Konopelko, A. 242.04, Kovacs, A. 130.04 Krimm, H. 212.01 130.01, 223.03 154.08 Kobayashi, Y. 076.04 243.01 Kowal, G. 017.08, Krimm, H. 212.02 Kulkarni, S. 086.13, Lacy, J. H. 156.09, Kobulnicky, C. 169.02 Koo, B. 243.03 084.24 Krips, M. 015.12, 111.04 241.01, 241.04 219.07 Kobulnicky, H. A. Koo, D. 181.06 Kowal-Arcand, K. Krisciunas, K. 150.02 Kulkarni, S. R. 091.01, Lacy, M. 008.06, 111.03, 162.13, 219.17 Koo, J. 019.03 094.03 Krishnamurthi, A. 131.04 149.04 Kocevski, D. 227.03 Kool, N. 170.02 Kowalski, A. F. 089.07 073.01, 126.01 Kulkarni, S. R. 162.02 Lada, C. 084.19 Koch, A. 177.08 Koopmann, R. A. 095.01 Kowalski, M. 090.01, Krist, J. 127.01 Kumar, K. R. 074.11 Lada, E. 105.02 Koch, D. 124.06 Koopmans, L. V. E. 090.03 Krist, J. E. 110.04 Kumar, S. 085.12 LaFratta, M. 218.16 Koch, D. G. 210.08 021.02 Kozlovsky, M. 022.03 Krist, J. E. 127.02 Kunder, A. M. 029.03 Lagache, G. 195.01 Koch, D. G. 210.11 Koppelman, M. 029.20 Krabbendam, V. 086.05 Krogsrud, D. 029.01 Kundu, A. 100.07 Lahuis, F. 219.07 Koch, D. G. 210.13 Koppelman, M. 094.10 Krabbendam, V. L. Krogsrud, D. A. 162.18 Kundu, A. 175.02, Lai, D. 168.10 Kochanek, C. 021.08 Koppelman, M. D. 086.18 Kronberg, P. P. 053.01 244.02 Lai, D. K. 093.02 Kochanek, C. S. 021.07 093.05 Kraemer, K. 088.02, Kruger, A. J. 154.08 Kuntz, K. 087.01 Laine, S. 038.07 Kochanek, C. S. 072.13, Koribalski, B. 095.04 088.06, 093.09 Krugler, J. 168.05, Kuo, C. 049.04 Laird, J. B. 226.05 161.01 Korngut, P. 085.03 Kraemer, K. E. 088.01 168.08, 168.10 Kurtz, M. J. 173.02 Lake, G. 197.04 Koda, J. 199.06 Korotkov, A. 240.05 Kraemer, K. E. 088.03 Kruk, J. W. 092.07 Kurtz, M. J. 218.08 Lallement, R. 035.05, Kodama, T. 197.05 Korpela, E. 017.03, Kraemer, K. E. 101.02 Kruk, J. W. 103.07 Kurtz, M. J. 218.09 055.03, 084.06 Koekemoer, A. M. 017.04, 017.07 Kraemer, K. E. 127.05 Kruth, J. 085.01 Kusakabe, N. 030.04 LaMalva, F. 164.03 052.08, 174.04, 225.04 Korpela, E. J. 017.05 Kraft, R. P. 008.16 Kryjevskaia, M. 144.06, Kuschnig, R. 014.01, LaMassa, S. M. 156.20 Koenig, K. M. 003.18 Korpela, E. J. 017.06 Krajnovic, D. 004.09 188.06 163.05, 230.02 Lamb, J. 049.02 Koerner, D. W. 024.04 Korsunsky, B. 059.07 Kramer, K. 088.04 Kubica, J. 086.17 Kushner, G. E. 098.08 Lambert, D. L. 081.02 Koester, B. 180.05D, Korsunsky, B. M. Kramer, L. 003.21 Kubik, D. 215.07 Kushner, L. K. 097.10 Lambert, D. L. 168.10 215.03, 222.02 003.01, 003.02 Kubo, J. 077.24 Kutyrev, A. 055.06 Laming, J. M. 156.17 396 397 Author Index Author Index Lampeitl, H. 032.02, Laughney, A. 058.01 Lee, E. V. 119.03 Leitherer, C. 160.11, Li, D. 017.24, 084.16, Line, M. R. 025.19 090.10 Laurent, G. T. 005.01 Lee, H. 040.02 160.13, 160.14, 160.15 198.03 Lineweaver, C. 196.08 Lampton, M. 098.01 Lauroesch, J. T. 077.02 Lee, H. 040.03 Leitherer, C. 192.01 Li, H. 008.01 Linn, M. 141.03 Lampton, M. L. 098.11, Law, N. M. 241.01 Lee, I. 072.06 Leitherer, C. 192.02, Li, H. 028.05 Linsky, J. 219.20 098.16, 098.18 Lawler, J. E. 168.01, Lee, J. 071.22 192.05 Li, H. 055.02, 130.02 Linsky, J. L. 084.09 Lampton, M. L. 098.19 168.02 Lee, J. 131.05 Leitherer, K. 192.03 Li, S. 006.01 Lipscy, S. J. 241.05 Landais, G. 078.07 Lawrence, C. R. 149.05 Lee, J. 148.20 Leiton, R. 156.04 Li, W. 150.15 Lira, P. 072.07 Lane, B. 241.04 Laws, C. 029.01 Lee, J. 243.03 Lemaster, M. 084.11 Li, Y. 052.01, 223.03 LISA International Sci- Lang, C. C. 101.05 Lawton, B. L. 198.05 Lee, K. 166.03 LeMaster, R. 071.18 Liang, E. P. 223.05 ence Team, 074.01 Lang, C. C. 159.14, Laycock, S. 162.03, Lee, K. M. 071.08 Lemonias, J. J. 030.17 Lidman, C. 090.01, LISA Pathfi nder Science 172.16 242.03 Lee, R. 056.02 Leng, L. 148.24 090.03 Team, 074.03 Lang, C. C. 172.24 Layden, A. 029.03 Lee, R. A. 164.02 Lenhardt, T. 230.07 Liff, M. I. 058.02 Lisensky, G. 118.02 Lang, R. N. 074.08 Lazarian, A. 017.08, Lee, S. 071.22, 148.20 Lenske, H. 091.03 Lightner, G. 046.06, Lissauer, J. J. 179.06 Lange, A. E. 049.04 017.09 Lee, T. 017.13 Lenzen, R. 179.05 071.06 Lisse, C. 025.12 Langer, W. 219.03 Lazarian, A. 017.18 Lee, T. 162.15, 162.16 Lepine, S. 103.02 Likkel, L. 170.08 Lisse, C. M. 025.14 Langer, W. D. 084.16 Lazarian, A. 017.19, Lee, Y. 026.07 Lepp, S. 017.13 Lillie, C. F. 164.06 Lister, M. L. 008.04 Langston, G. 035.02, 077.14 Lee, Y. 027.06 Lequeux, J. 023.02 Lilly, S. 210.04 Lister, M. L. 008.08 056.03 Lazarian, A. 084.24 Lee, Y. 066.05 Leroy, A. 178.07 Lim, J. 109.07 Liu, A. 164.01 Lanning, H. H. 103.02 Lazio, T. J. w. 149.02, Lee, Y. 168.08, 168.10 Lesnick, A. 247.03 Lima, M. 215.03 Liu, C. 080.02 Laquidara, P. 164.03 159.08 Lee, Y. 248.05 Lesteven, S. 078.07 Limaye, S. S. 096.03 Liu, F. 217.03 Larkin, J. 172.25, 196.05 Lazio, T. J. W. 172.16 Lee, Y. S. 168.09, 168.15 Lestition, K. 094.03 Limon, M. 011.03 Liu, J. 027.04 Larson, A. M. 170.02 Lazzati, D. 212.03 Leeuw, L. L. 149.11 Leutenegger, M. A. Limon, M. 240.02 Liu, M. 079.04 Larson, K. 008.12 Le Fevre, O. 171.06 LeFloc’h, E. 193.04 133.07 Lin, H. 021.05 Liu, W. M. 127.04D Larson, K. A. 084.13 Le Floc’h, E. 005.07 Lefranc, S. 085.11 Levay, Z. 009.21 Lin, H. 022.06 Livas, J. C. 074.02 Las, T. 215.07 Le Floc’h, E. 161.04 Leger, F. 154.12, 169.06 Levenson, L. R. 020.03 Lin, H. 215.03, 215.07, Livas, J. C. 074.04 LAT Blazar Science Leah, S. E. 072.03 Leger, F. 226.06 Levenson, N. 238.09 215.09 Livio, M. 182.05 Working Group, 153.05 Leahy, D. A. 131.03 Lehmer, B. 052.04, Levenson, N. A. 149.06 Lin, L. 004.08, 211.01 Lo, A. 169.10, 169.11, Latham, D. 090.05 Leake, M. 025.06 225.05D Levenson, N. A. 149.11 Lin, Y. 022.06 169.14 Latham, D. 124.06, Leauthaud, A. 053.04 Lehner, N. 015.04, Levesque, E. M. 093.06 Lin, Y. 136.06 Lo, A. S. 164.06 191.03 LeBlanc, T. S. 076.08 015.05, 015.07 Levin, S. 240.02 Lindberg, J. M. 247.02 Lochner, J. 073.01 Latham, D. W. 226.05 Lederman, L. M. 186.02 Leising, M. D. 035.07 Levine, S. 018.02, Lindblom, J. 094.02 Lochner, J. C. 218.14 Latter, W. 088.06 LeDuc, H. G. 085.12 Leitch, E. 049.02 172.12 Lindell, R. 071.02, Lockhart, K. 030.01 Latter, W. B. 088.01 Lee, D. 017.01 Leitch, E. M. 049.04 Lewis, B. M. 101.01 209.09, 209.10 Loewenstein, R. F. Lauchner, A. 027.10 Lee, D. 017.02 Leitherer, C. 160.01, Lewis, I. 171.08 Linder, E. 090.01, 130.01 Lauer, R. 078.05 Lee, D. 017.03 160.02, 160.03, 160.05 Lewis, J. P. 067.04 098.07 Loh, M. 049.02 Lauffenburger, N. Lee, D. 017.04 Leitherer, C. 160.06 Lewis, K. 196.06 Lindgren, R. A. 067.07 Loinard, L. 017.14, 165.03, 165.04 Lee, D. 017.05 Leitherer, C. 160.07, Li, A. 081.01 Lindler, D. 113.05 133.03 Laughlin, G. 177.03 Lee, D. 017.07 160.08, 160.09 Li, A. 127.05 Lindner, R. P. 051.03 Loken, S. 078.09, 150.16 Laughlin, G. 191.01 Lee, D. H. 017.06 Leitherer, C. 160.10 Lindsey, B. A. 234.09 Loken, S. 229.07 398 399 Author Index Author Index Loll, A. M. 150.23 Lowenthal, J. 083.06 Lubow, S. H. 127.02 Maclean, M. 189.02 Majewski, S. R. 100.12, Markevitch, M. 037.07 Lommen, D. 010.10 Lowenthal, J. 083.07, Lucatello, S. 093.02, MacLellan, S. J. 164.02 165.01 Markwardt, C. 009.12, Long, K. S. 026.08 083.08 168.11 Macquart, J. 149.01 Majid, W. A. 056.05, 052.05 Long, K. S. 087.01 Lowenthal, J. 083.09 Ludka, B. C. 167.07 Macri, J. 164.05 085.05 Markwick-Kemper, F. Long, K. S. 087.02 Lowenthal, J. 125.01, Lugger, P. M. 026.17 Macri, L. 102.06 Makler, M. 215.07 160.04, 160.05, 160.07, Long, K. S. 087.03, 125.03, 125.04, 125.05 Lujan, M. 009.15 Macri, L. M. 077.30 Malhotra, S. 019.01, 192.05 087.04, 156.16 Lowenthal, J. D. 083.05 Lundgren, B. F. 072.24 Macri, L. M. 102.07 019.04, 171.01, 171.02, Marleau, F. 088.02, Longhurst, D. S. 029.01 Lowrance, P. 079.01 Lundqvist, M. 093.04 Madau, P. 109.08, 171.04, 218.12 088.03, 088.04 Longmore, S. 110.02 Lozier, J. L. 030.10 Lupton, R. 025.08, 176.03 Malina, R. F. 098.20 Marleau, F. 088.06 Lonsdale, C. 111.02 LSST AGN Science Col- 215.09 Maddalena, R. J. 085.04 Maller, A. 183.01 Marleau, F. R. 038.07 Lonsdale, C. J. 085.08 laboration, 086.14 Lupton, R. H. 028.05 Madden, S. 160.01, Mallinckrodt, A. 071.23 Marleau, F. R. 088.01 Lonsdale, C. J. 085.10 LSST Collaboration, Lupu, R. E. 084.12, 160.11, 160.12, 160.15 Malmstrom, R. 169.11 Marrone, D. 049.02 Lonsdale, C. J. 149.19 086.01, 086.02, 086.03, 156.03 Maddison, S. T. 010.10 Maloney, P. R. 005.01 Marrone, D. P. 112.06 Lonsdale, C. J. 149.19 086.04, 086.06, 086.07, Luszcz, S. 196.01 Madore, B. 217.04 Malphrus, B. K. 085.01 Marscher, A. P. 008.02, Lonsdale, C. J. 195.01 086.08, 086.09, 086.12, Luttrell-Montes, S. Madrid, J. 008.13 Malu, S. S. 240.05 008.11, 239.04, 239.05 Looney, L. W. 030.02 086.18, 086.19 204.02 Madrid, J. P. 182.05 Malutich, D. R. 137.06 Marschke, L. 172.28 Looper, D. 079.03 LSST Milky Way Sci- Lutz, D. 195.01 Madsen, G. J. 017.22 Manchester, R. 115.02 Marsden, D. 011.03 Lopez, L. A. 243.06 ence Collaboration, Lutz, J. H. 213.05 Madsen, G. J. 025.13 Mancone, C. L. 040.01 Marsh, K. A. 013.02 Lopez-Cruz, O. 113.05 086.15 Lyke, J. E. 009.06 Magnes, J. 148.22 Mandelbaum, R. 077.27 Marsh, T. R. 241.06 López-Morales, M. LSST Solar System Lynch, D. K. 009.05 Magri, C. 025.04 Mandell, A. 082.02, Marshall, H. 022.14 151.13 Science Collaboration, Lynch, D. K. 009.06 Mahabal, A. 020.01, 196.07D Marshall, H. L. 239.04 LoPresto, J. C. 075.04 086.17 Lynch, D. K. 025.17 078.04, 109.01 Mandell, A. M. 010.02 Marshall, J. 149.06 Loranz, D. 046.03, LSST Stellar Populations Lynch, R. S. 072.10 Mahabal, A. A. 072.26, Mangum, J. 030.11 Marshall, J. A. 149.10 046.04, 046.05 Collaboration, 086.16 Lyne, A. G. 115.02 078.05 Manivannan, K. 067.03 Marshall, K. 109.02 Lord, J. 076.06 LSST Supernova Science Lyon, R. G. 164.01 Mahadevan, S. 085.13, Mannikko, L. 162.18 Marshall, P. 021.01, Lord, J. W. 076.07 Collaboration, 086.11 Ma, C. 083.06 152.03, 169.04, 169.06, Manogue, C. 135.01 037.07, 086.12 Lord, S. 217.04 LSST Transient Object Ma, H. 084.17 169.07 Marchenko, S. 009.14 Marshall, P. J. 021.02 Lorimer, D. R. 115.02 Collaboration, 086.13 Ma, H. 200.03 Mahadevan, S. 226.06 Marcy, G. W. 089.04 Marsteller, B. 168.08, Lott, B. 153.05 LSST Weak Lensing Mac Low, M. 179.03, Maher, S. 130.04 Marengo, M. 018.04, 168.11 Lotz, J. 181.06 Science Collaboration, 220.02 Maher, S. F. 085.11 026.12, 084.20, 161.07, Marsteller, B. E. Loughran, T. J. 245.03 086.10 Macchetto, D. 008.13, Maia, M. 178.04 172.22 242.02D Louis-Martinez, D. J. Lu, F. 159.14 072.17, 182.05 Mainieri, V. 052.08 Margheim, S. J. 154.09 Marston, A. P. 158.02 189.02 Lu, J. 112.06, 172.25 MacConnell, D. J. Mainieri, V. 149.14 Margoniner, V. 086.10 Martel, A. R. 090.10 Loup, C. 078.07 Lu, N. 005.05, 005.06 219.18 Maiolino, R. 034.04 Margoniner, V. E. 086.06 Martell, S. L. 026.15 Louys, M. 078.07 Lu, P. 074.07 MacDonald, M. 165.05 Majewski, S. 177.01, Margoniner, V. E. 225.08 Martin, C. 071.10 Lovell, J. 099.03 Lu, W. 151.05 MacDonald, R. 016.02 177.02 Marin-Franch, A. 100.09 Martin, C. D. 183.04 Lovell, J. 149.02 Lubbs, S. 096.01 MacFarlane, M. 022.12 Majewski, S. 177.07 Marín-Franch, A. 100.13 Martin, C. L. 129.03 Lovell, J. E. J. 149.01 Lubin, P. 240.02 Macintosh, B. A. 154.10 Majewski, S. R. 087.06 Marin-Franch, A. 100.14 Martin, H. 056.04 Loverude, M. E. 145.06 Lubin, P. M. 189.01 MacKenty, J. W. 154.13 Majewski, S. R. 100.09 Marinoni, C. 171.06 Martin, J. C. 093.05 400 401 Author Index Author Index Martin, P. 088.01, Mateluna Perez, R. C. Mazin, B. A. 085.12 McCusker, K. 078.08 McKay, T. A. 212.01 Meade, M. 192.01 088.06, 210.04 156.08 Mazuk, S. 009.05 McDavitt, D. 169.04 McKean, J. P. 021.02 Meade, M. 192.02, Martin, R. 027.03 Matheson, T. 090.05 Mazuk, S. M. 009.06 McDermott, L. C. McKenna, D. 154.06 192.03, 192.05, 219.21 Martin, S. 111.04 Matheson, T. 150.08 Mazur, E. 189.01 144.01, 144.02, 144.03, McKenzie, E. 193.02 Meadows, V. 056.04, Martinez, C. 151.04 Mathews, W. G. 004.14 Mazzarella, J. 005.05, 144.04, 144.05, 144.06, McKenzie, R. 151.09 124.03 Martinez, G. 022.03 Mathieu, R. 030.20 005.06 144.07, 188.02, 188.06 McKernan, B. 071.12 Mechtley, M. 210.07, Martinez-Sansigre, A. Mathieu, R. D. 165.07 Mazzarella, J. 217.04 McDermott, L. C. McLaughlin, M. A. 218.12 080.05 Mathur, S. 172.05 McAlister, H. A. 163.01 189.09, 233.01, 233.02 115.02 Medvedev, M. 223.06 Martino, E. I. 144.03 Matson, R. A. 093.01 McArthur, B. E. 024.03, McDermott, L. C. McLean, I. S. 079.05 Meech, K. 124.02 Martins, F. 009.14 Matsushita, S. 015.12 102.01 234.07, 234.09 McLeod, B. A. 072.12 Meegan, C. 153.01 Marx, C. 130.04 Matt, S. 219.06, 219.09 McArthur, S. 210.11 McDougald, W. 026.11 McLeod, K. K. 072.12 Megeath, S. T. 030.12, Marx, J. 248.03 Matteson, S. 121.07, McBride, C. 180.01 MCELS Team, 156.05 McMillan, R. J. 154.02 105.20 Marx, J. 248.09 173.01 McCabe, C. 030.16 McElwain, M. 196.05 McMurray, S. 012.01, Megeath, T. S. 030.05 Marzke, R. O. 178.04 Matthews, B. 013.03 McCamish, E. K. 071.01 McEnery, J. E. 153.07, 149.20 Mehta, K. T. 004.11 Masciadri, E. 179.05 Matthews, H. 149.11 McCandliss, S. R. 176.04 McNairy, W. W. 189.08 Mei, S. 112.05, 197.05 Masiero, J. R. 072.10 Matthews, J. 014.01 025.14, 084.12, 156.03 McFadden, M. T. 089.02 McNamara, B. 077.01 Meibom, S. 165.07 Masjedi, M. 019.06, Matthews, J. M. 163.05, McCarthy, D. 179.05, McGinnis, D. 215.07 McNamara, B. J. 162.11 Meidt, S. 211.04 215.05 230.02 210.04 McGovern, M. R. 079.05 McNamara, B. R. 180.03 Meier, D. S. 217.02 Mason, B. S. 085.03 Matthews, K. 112.06, McCarthy, D. W. 056.04 McGrath, E. J. 112.03 McNamara, B. R. 197.01 Meisner, G. W. 066.03 Mason, E. 009.18 172.25 McCarthy, L. J. 152.02 McGraw, J. 099.04 McNeill, R. T. 027.01 Meixner, M. 105.07, Mason, P. V. 049.04 Mattson, B. 072.20 McCaughrean, M. McGraw, J. T. 022.11, McNeill, R. T. 027.02 127.02, 160.01, 160.02, Mason, R. 149.11, Matulonis, A. 130.03 219.20 022.12 McNutt, J. 162.14 160.03, 160.05 238.09 Mauerhan, J. 172.03 McClintock, J. E. 007.05 McGraw, J. T. 154.04 McPhee, K. 071.13, Meixner, M. 160.06 Massa, D. 151.08 Maund, J. R. 200.05 McClure, M. K. 010.06 McGregor, P. 057.05 234.04 Meixner, M. 160.07, Masseron, T. 168.11, Maune, J. 008.10 McCollum, B. 029.13, McGurk, R. C. 165.06 McSwain, M. V. 228.06 160.08, 160.09 242.02 Mauskopf, P. 083.06 219.18 McHardy, I. 225.06 McWilliam, A. 027.10, Meixner, M. 160.10 Massey, P. 027.01, Mauskopf, P. 083.08 McCommas, L. P. McHardy, I. M. 008.02 228.04 Meixner, M. 160.11, 027.02 Mauskopf, P. 083.09 029.01 McHardy, I. M. 239.05 McWilliams, S. 074.10 160.12, 160.13, 160.14, Massey, P. 027.03 Mauskopf, P. 125.01, McConnachie, A. 177.04 McIntosh, C. M. 072.23 Meade, M. 160.01 160.15, 168.13 Massey, P. 093.06, 125.03, 125.05 McConnell, M. L. McIntosh, G. 029.09, Meade, M. 160.02 Meixner, M. 192.01 167.02 Mauskopf, P. D. 083.01 164.05 137.03, 137.04, 137.05, Meade, M. 160.03, Meixner, M. 192.02, Massey, R. 053.04 Mauskopf, P. D. 240.05 McCook, G. 103.04, 151.15 160.05 192.03, 192.04, 192.05, Massey, R. J. 021.06 Maxwell, J. 014.04 103.06, 103.08 McKagan, S. 071.18 Meade, M. 160.06 228.05 MaSST Preparation Maxwell, J. E. 026.17 McCracken, H. 195.01 McKagan, S. B. 188.01, Meade, M. 160.07, Melbourne, J. 132.04D Council, 003.11 Maybhate, A. 100.04, McCrady, N. 100.01 209.25 160.08, 160.09 Melis, C. 115.07 Massura, J. J. 151.05 114.05 McCray, D. 220.02 McKay, A. 210.02 Meade, M. 160.10 Melott, A. L. 006.03 Masters, K. L. 095.04 Mayo, D. 096.06 McCray, R. 156.15 McKay, T. 071.01, Meade, M. 160.11, Meltzer, D. E. 188.03, Masters, K. L. 097.11 Mazeh, T. 087.01, McCulloch, P. 099.03 098.05, 162.20, 212.02 160.12, 160.13, 160.14, 188.04, 209.12 087.02 McCullough, L. 209.24 McKay, T. 215.03 160.15 Menard, F. 030.16 402 403 Author Index Author Index Menard, F. 219.08 Meylan, G. 109.01 Miller, C. J. 077.10, Minniti, D. 017.16, Miville-Deschenes, M. Moller, W. 154.08 Mendes de Oliveira, C. Meymaris, K. 071.09 078.02 084.18, 150.07 088.06 Momjian, E. 095.03 113.05, 114.05, 211.08 Meza, B. E. 233.01 Miller, D. 096.01 Minniti, D. 150.08 Miyazaki, S. 086.06 Momjian, E. 095.04 Mendez, B. J. 075.07 Mezzacappa, A. 150.06 Miller, D. 164.01 Minniti, D. 150.09, Mizuno, A. 160.10 Momjian, E. 172.19, Mendez, R. H. 156.02 Miceli, A. 017.16, Miller, J. 243.07 150.10, 196.06 Mizuno, A. 160.11, 217.05 Mendygral, P. J. 158.01 084.18, 150.07 Miller, L. 094.11 Mioduszewski, A. 160.15 Monet, D. 086.05, Menou, K. 169.08, Miceli, A. 150.08 Miller, M. 086.04, 029.15 Mizuno, D. 088.03, 124.06 179.03, 196.01 Miceli, A. 150.09 086.22 Mioduszewski, A. J. 088.04 Monin, J. 030.16 Menyuk, C. 209.02 Miceli, A. 150.10 Miller, N. 183.03 036.07, 182.01 Mizuno, D. 088.06 Monnier, J. D. 230.08 Menzies, J. W. 102.01 Michael, S. 030.10 Miller, N. A. 211.12 MIPSGAL Team, 088.05 Mizuno, D. R. 088.01 Monroe, T. 013.01 Meral, D. 159.01 Michael, S. A. 105.08 Miller, R. B. 159.11 Miquel, R. 098.12 Mizuno, D. R. 088.02 Monson, A. 199.05 Mercer, A. 101.05 Michelsen, E. 154.02 Miller, R. D. 009.07 Miranda, V. J. 151.04 Mizuno, N. 160.11, Monson, A. J. 162.13 Mercer, E. P. 242.01D Michelson, P. F. 153.01 Miller, R. S. 164.05 Miranda, V. J. 216.01 160.15, 178.07 Montana, A. 083.07, Merhtens, N. 077.10 Micic, M. 036.06D Miller, T. 130.04 Mirel, P. 240.02 Mizuno, Y. 160.11, 125.05 Merkowitz, S. M. 074.02 Mickey, C. 219.18 Miller-Ricci, E. 163.05 MIRI Science Team, 160.15 Montaruli, T. 008.12 Merkowitz, S. M. 074.04 Mierkiewicz, E. J. Milliard, B. 097.05, 210.06 Mobasher, B. 020.02, Monteiro, H. 156.08 Merrell, D. B. 003.14 025.13 171.07 Mirnov, V. V. 072.05 080.02, 211.12, 225.04 Montez, R. 092.06 Merrifi eld, M. R. 211.04 Mierkiewicz, E. J. Millis, R. L. 022.14 Misawa, T. 072.10, Mock LISA Data Chal- Montgomery, M. 103.11 Merritt, W. 022.05, 025.19 Mills, E. A. 172.01 077.05, 109.03 lenge Taskforce, 074.14 Montgomery, M. H. 215.07 Mighell, K. J. 164.14 Milne, C. 162.09 Misselt, K. 160.01 Mocz, P. 077.21 230.03 Messina, D. L. 144.01, Mighell, K. J. 165.02 Milner-Bolotin, M. M. Misselt, K. 160.02 Modjaz, M. 090.05, Montgomery, R. 177.03 144.02, 144.03 Mihos, C. 162.15, 071.13, 148.17, 234.04, Misselt, K. 160.03, 090.06, 200.04D Montgomery, S. 209.02 Messina, D. L. 233.01, 162.16 234.05 160.05 Modolo, R. 035.05 Montgomery, S. L. 233.02 Miknaitis, G. 028.05, Milone, A. 100.09 Misselt, K. 160.06 Moffat, A. 014.01 084.05 Meszaros, P. 227.06 150.07, 150.09, 215.09 Milone, E. F. 230.07 Misselt, K. 160.07, Moffat, A. F. J. 009.13 Moon, D. 131.05 Metchev, S. A. 196.05 Miknaitis, G. A. 017.16 Milutinovic, N. 072.10 160.08, 160.09 Moffat, A. F. J. 009.14 Moore, P. 022.03 Metzner, H. W. 136.03 Miknaitis, G. A. 084.18, Min, K. 017.01 Misselt, K. 160.10 Moffat, A. F. J. 163.05, Moore, P. 022.08 Meurer, G. 171.04 090.11 Min, K. 017.02 Misselt, K. 160.11, 230.02 Moore, T. 083.10 Meurer, G. R. 037.03, Miknaitis, G. A. 150.08 Min, K. 017.03 160.13, 160.14, 160.15 Moffett, D. 218.16 Moore, T. A. 234.06 114.06, 211.13 Miknaitis, G. A. 150.10 Min, K. 017.04 Misselt, K. 192.01 Mohan, S. 164.01 Moos, H. W. 092.07 Meyer, M. 004.02 Milano, A. J. 218.06 Min, K. 017.05 Misselt, K. 192.02, Mohlie, B. 025.03 Morales, F. 081.06 Meyer, M. 056.04, Milingo, J. 092.01 Min, K. 017.07 192.03, 192.05 Mohr, J. J. 022.06, Moran, E. C. 072.01 210.04, 226.03 Miller, A. 049.02 Min, K. W. 017.06 Misselt, K. A. 009.15, 215.02 Moran, J. M. 112.06 Meyer, M. J. 244.03 Miller, A. 075.02 Minamidani, T. 160.11, 009.20 Molak, A. 127.03 Moran, S. 183.03D Meyer, M. R. 219.19 Miller, B. P. 149.16 160.15 Mitchell, S. 073.01, Molinari, S. 088.01 Morbidelli, A. 076.01 Meyer, M. R. 245.05 Miller, B. W. 167.03, Minchin, R. 095.04 218.14 Molinari, S. 088.06 More, M. B. 148.28 Meyers, J. 090.01 211.07 Minchin, R. F. 095.03 Miville-Deschenes, M. Moll, R. 071.13, 234.04, Morelli, L. 007.01, Meyers, J. 090.03 Miller, C. 004.15 Mink, R. G. 074.02 088.01 234.05 017.16, 084.18, 150.07 Meylan, G. 072.26 Moll, R. F. 003.06 Morelli, L. 150.08 404 405 Author Index Author Index Morelli, L. 150.09, Mossman, A. 052.02 Muller, E. 095.04 Myers, A. 149.04 Nelan, E. 151.11 Nichols (Yehling), M. 150.10 Mostek, N. 098.03 Muller, R. J. 151.04 Myers, P. C. 105.03 Nelemans, G. 074.01 106.08 Morgan, A. 004.04 Mostek, N. 098.11, Mullis, C. 180.06 Myers, P. C. 105.20 Nelson, D. R. 085.10 Nicolson, G. 099.03 Morgan, J. 235.05 098.18, 098.19 Mumma, M. 010.02, Myra, E. S. 150.11, Nelson, G. D. 003.16, Niebergal, B. 131.03 Morgan, J. T. 145.08 Mostek, N. J. 098.16 196.07 150.17 174.02 Niederriter, C. F. 246.02 Morgan, L. K. 030.07 Motl, P. 077.17 Munari, U. 009.21, Mytyk, A. 219.20 Nemala, H. B. 084.21 Niedner, M. W. 219.18 Morgan, N. 072.13 Motl, P. M. 216.04 182.03 Nagashima, C. 030.04 Nemiroff, R. 099.06 Nielsen, E. 179.05 Morgan, N. D. 021.07 Mottini, M. 228.04 Mundy, L. 055.04 Nagata, T. 030.04 Nemiroff, R. J. 077.31 Nieto-Santisteban, M. Morgan, S. 216.02 Mould, J. 102.06, 192.05 Mundy, L. G. 105.21 Nagayama, T. 030.04 Nenkova, M. 149.08 086.07 Morgan, S. M. 216.03 Mould, J. R. 077.30 Munn, J. A. 168.09 Nair, P. 132.05 Neri, R. 111.04 Nikolaev, S. 017.16, Morgan, S. M. 216.05 Mould, J. R. 160.05 Munn, J. A. 172.14 Najarro, P. 101.05 NESSI/CTI-II Research 084.18, 086.07, 099.01, Morgan, W. A. 128.05 Mountcastle, D. B. Muno, M. 172.03 Najita, J. 010.08, 081.01, Group, 022.11 150.07 Morgenthaler, J. 025.12 209.20 Munshi, F. 097.11 219.07 Nestor, D. 034.02 Nikolaev, S. 150.08 Morgenthaler, J. P. Moustakas, L. A. 021.01 Murphy, E. 077.29 Nakajima, Y. 030.04 Netzer, H. 034.04 Nikolaev, S. 150.09, 025.15 Mozurkewich, D. 164.01 Murphy, E. J. 198.07 Nakamura, K. 076.03, Newberg, H. 218.06 150.10 Mori, K. 156.18 Mozurkewich, D. 173.03 Murphy, J. A. 240.05 076.04, 076.05 Newberg, H. J. 168.08 Nishikida, K. 017.01, Morokuma, T. 090.01 Mroczkowski, T. 049.02 Murphy, M. I. 077.09 Nakamura, M. 008.01 Newberg, H. Jo. 172.08 017.03 Morris, D. 227.04 Mshar, A. 197.06 Murphy, T. 078.06 Nakar, E. 194.04 Newman, A. 017.16, Nishikida, K. 017.06 Morris, D. Brent. 234.02 Mshar, A. C. 129.05 Murphy, T. W. 154.02 Nakata, F. 197.05 084.18 Nitta, A. 182.07 Morris, M. 093.09, Mucciarelli, P. 004.01 Murray, S. 161.01, Nam, U. W. 017.06 Newman, A. 150.08 Noble, A. G. 004.03 112.06, 172.02, 172.03, Muchovej, S. 049.02 161.03 Nanthakumar, A. 102.03 Newman, A. 150.09, Noecker, M. C. 169.13 172.25 Mudry, R. 209.04 Murray, S. 161.08 Narayanan, A. 077.05, 150.10 Noel-Storr, J. 072.18, Morris, P. A. 075.05 Mueller, B. 025.12 Murray, S. S. 173.02 170.09 Newman, J. 086.06 094.13, 214.02 Morris, P. W. 158.02 Muench, A. A. 078.06 Murray, S. S. 193.05, Narayanan, D. T. Newsham, G. 040.04D Noerdlinger, P. D. Morrison, H. 168.08, Mufson, S. 098.03 218.08 223.03D Neyer, M. P. 209.03 025.18 168.10 Mufson, S. 098.11 Murray, S. S. 218.09 NASA Origins E/PO Neyrinck, M. 097.05 Noerdlinger, P. D. Morrison, H. L. 029.02 Mufson, S. L. 098.16, Murthy, S. 148.09 Leads, 157.03 Ngeow, C. 022.06 209.05 Morrissey, P. 056.01 098.18 Murty, R. N. 091.01 Nash III, A. E. 164.02 Ngeow, C. 075.01, Noeske, K. 195.05 Morscher, M. B. 165.07 Mufson, S. L. 098.19 Murugesan, P. 234.01 Nashon, S. 003.06, 102.02, 102.03, 102.04, Noguchi, K. 223.05 Morshed, R. 068.02 Muhs, E. C. 045.01 Mushotzky, R. 052.05 071.13, 234.05 102.05 Nolan, M. C. 025.04 Morsony, B. J. 212.03 Mukadam, A. 009.19, MUSTANG collabora- Nassiff, P. 096.05 Nguyen, H. T. 049.04 Nord, B. 197.02 Morton, A. 008.06 182.07 tion, 085.03 Natelson, D. 140.01 Nguyen, H. T. 085.12 Nord, B. D. 215.04 Mosca, J. M. 058.09 Mukadam, A. S. 230.03 MUSYC Collaboration, Navarro, S. 130.04 Nice, D. J. 115.02, Nordan, R. 156.06 Moseley, H. 085.03 Mukai, K. 009.12, 072.07, 171.05, 225.07 Nayfeh, M. H. 016.01 159.09 Nordby, M. 086.20 Moseley, S. 130.04 009.19 Mutel, R. L. 085.07, NDWFS, 113.02, 161.03 Nichol, R. 149.04, Nordlund, A. 076.06 Moseley, S. H. 011.03 Mulaveesala, M. 008.06 218.01 NDWFS Team, 161.02 180.06 Nordsieck, K. 017.19 Moseley, S. H. 085.11 Mulchaey, J. S. 077.06, Muterpspaugh, M. Neal, D. 210.02 Nichols, J. 158.01 Nordtvedt, K. 154.02 Moseley, S. H. 130.01 114.05 241.04 Neill, D. 086.18 Nichols, R. 168.03 Moss, D. 225.06 Mullally, F. 163.04 Muzzin, A. 180.02D Neill, J. D. 150.19 406 407 Author Index Author Index Noriega-Crespo, A. O’Dea, C. P. 072.18 Oliver, J. 086.05, Osterman, M. A. Pain, R. 150.16 Parrish, I. J. 077.03 030.16, 088.01, 088.02, O’Donoghue, A. A. 086.20, 086.21 239.01D Pain, R. 229.07 Parry, I. 171.08 088.03, 088.04, 088.05, 089.02 Oliversen, R. J. 025.19 Ostheimer, J. 087.06, Paine, C. 056.02, 164.02 Pasquali, A. 007.01, 088.06 O’Donovan, F. T. Olivier, S. 086.18 177.01, 177.02 Pajot, F. 085.11 105.07 Norman, B. 212.05 226.02D Olsen, J. 022.03 Ostheimer, J. 177.07 Paladini, R. 088.01, Patat, F. 200.05 Norman, D. J. 072.15 O’Halloran, B. 039.04 Olsen, J. K. 066.06, Ostrowski, M. 239.03 088.02, 088.03, 088.04, Patel, B. 027.04 Norman, M. 077.17, O’Neil, K. 004.11, 213.04 Oswalt, T. D. 103.03 088.06, 160.11, 160.15 Patel, S. 131.01 180.04 077.29 Olsen, K. 086.16, 150.07 Ota, K. 132.06 Palma, C. 072.10, Patel, S. K. 243.06 Norman, M. L. 078.01 O’Neil, K. L. 095.03 Olsen, K. 150.08 Otero, V. K. 209.21 114.05, 170.09 Patnaude, D. 243.02 Norris, J. 168.08, 168.09 O’Neill, S. M. 072.14 Olsen, K. 160.03, 192.05 Ott, J. 017.11, 017.17 Pamela, P. 137.02, Patten, B. M. 030.12, Norris, J. E. 168.15 O’Shea, B. 180.04 Olsen, K. A. 160.05 Ouyed, R. 131.03 148.13 161.07, 172.22 Norris, J. E. 172.15 O’Sullivan, C. 240.05 Olsen, K. A. 167.02 Owen, R. 086.07 Pan, K. 169.05, 169.06 Patterson, R. 087.06 Norris, J. P. 153.15 Ober, D. 248.02 Olsen, K. A. G. 026.13, Owocki, S. P. 101.03, Pan, K. 226.06 Patterson, R. 177.01, Nota, A. 105.07, 228.05 Oberoi, D. 085.10 027.01, 027.02, 093.06 133.07 Pan, X. 036.02 177.02 Novak, G. 130.01, Oberto, A. 078.07 Olsen, K. A. G. 040.01 Oyaizu, H. 215.03 Panagia, N. 009.21, Patterson, R. 177.07 130.02 Obi, M. O. 085.02 Olsen, T. 151.14 Ozel, M. 212.01 160.02 Patterson, R. J. 102.01 Novak, G. G. 055.02 Obric, M. 097.08, Olszewski, E. 086.05 Ozel, M. 212.02 Pannuti, T. 085.01 Pauls, T. A. 173.03 Novak, G. M. 234.02 097.10 Olszewski, E. W. 029.02 Pécontal, E. 150.16 Pannuti, T. G. 087.01 Paust, N. 100.11 Novodvorsky, I. 204.01 Observational Cosmol- ominsky, A. 075.01 Paciesas, W. 164.05 Pannuti, T. G. 087.02 Paust, N. E. Q. 100.09 Nowak, M. A. 017.12 ogy Group, 011.04 Omont, A. 093.09, Packham, C. 149.11 Pannuti, T. G. 087.03, Pavel, M. 172.23 Nowicki, R. P. 022.07 Ochoa, H. 071.10 195.01 Packham, C. 238.09 087.04 Peach, N. 151.14 Nugent, P. 078.09, Ochsenbein, F. 078.07 Onishi, T. 160.10 Padgett, D. 030.16, Pantoja, C. 095.04 Pearce, J. 071.07 150.16 Odewahn, S. C. 022.11 Onishi, T. 160.11, 160.15 088.04, 088.06 Pantoja, C. A. 094.12 PEARS Team, 019.01, Nugent, P. 229.07 Oey, M. S. 160.01 Onken, C. A. 223.04 Padgett, D. L. 088.01, Papalos, M. 016.03 171.04 Nulsen, P. E. J. 008.16, Oey, S. 105.07, 228.05 Oppenheimer, B. R. 088.02 Papidakis, I. 091.04 Peck, A. 111.04 180.03 Ogihara, M. 076.01 154.10 Padgett, D. L. 088.03 Papovich, C. 132.03 Peck, A. B. 015.12 Nulsen, P. E. J. 197.01 Oguri, M. 086.12 Orchiston, W. 023.02 Padmanabhan, N. Paradigms in Physics, Pecontal, E. 078.09 Numata, K. 074.18 Ohashi, N. 010.05, Orduna, M. 149.11 028.05, 113.04, 224.03 135.01 Pecontal, E. 229.07 Nunn, D. R. 006.01 010.07 Orellana, D. 071.09, Padmanabhan, U. 072.22 Paradis, D. 192.04 Peden, I. C. 142.01 Nuth, J. 219.08 Ohl, R. G. 154.13 071.10 Paerels, F. 111.05 Parejko, J. K. 149.15 Peel, A. 053.07 Nyland, K. 077.15 Ohnaka, K. 101.12 Orin, A. 154.02 Page, M. 225.06 Parent, D. 153.04 Peeters, E. 101.02 O’Brien, G. 003.21, Oishi, J. S. 179.03D Orton, G. S. 025.17 Paglione, T. 080.01 Paresce, F. 026.16 Peeters, E. 168.13 137.02, 148.13 Ojalvo, I. 078.10 Osborn, W. 023.05 Paglione, T. A. D. Pariev, V. I. 072.05 Pellegrini, P. 178.04 O’Brien, T. J. 182.02 Ojha, R. 099.03, 149.01 Oskinova, L. 230.05 080.02 Park, S. 156.18 Pellegrini, S. 155.01, O’Byrne, M. P. 144.04 Ojha, R. 149.02 Osman, J. 148.25 Pahre, M. A. 019.05 Parker, A. 025.08 155.03 O’Connell, R. W. 039.03 Oldfi eld, B. J. 029.01 Osten, R. A. 029.14 Pahre, M. A. 161.01 Parker, J. 025.09 Pellegrini, S. 155.04 O’Connell, R. W. 112.04 Olenick, R. P. 060.03, Osterbrock, D. E. Pahre, M. A. 161.05 Parker, J. W. 025.02 Pellerin, A. 244.03 O’Connor, P. 086.05, 137.06 023.03, 033.04 Pain, R. 078.09 Parrent, J. 229.07 Pen, U. 089.03 086.21 Oliveira, C. M. 092.07 Pain, R. 090.03 Parrent, J. T. 150.03 Pence, W. D. 218.14 408 409 Author Index Author Index Pendleton, Y. 084.19 Perry, R. Brad. 009.05 Phinney, E. S. 103.01 Pirzkal, N. 171.04, Pompea, S. 043.02, Prather, E. 031.03, Peng, C. Y. 211.02 Perry, R. B. 009.06 Phipps, S. P. 234.02 218.12 232.04 065.03 Peng, E. 112.05 Pertzborn, R. A. 096.03 Pi, H. Yun. 096.03 Pitesky, J. 170.03 Pompea, S. M. 003.20 Prather, E. E. 046.01 Pengra, D. B. 058.05 Peruta, C. 043.02 Pian, E. 212.09 Pitman, K. M. 006.02 Pompea, S. M. 043.03 Prather, E. E. 046.03, Penna, R. F. 008.16 Peter, A. 037.05D Piccioni, R. G. 003.05 Pitterle, M. 015.05 Pompea, S. M. 046.07, 046.04, 046.05 Penner, K. 171.09 Peters, C. S. 009.07 Piccioni, R. G. 144.06 Plait, P. 094.06 071.09, 071.10 Prather, E. E. 048.01, Pennypacker, C. 106.03 Peters, D. 210.11 Piccirillo, L. 240.05 Plait, P. 096.04 Pong, R. 209.02 157.05 Pepin, E. W. 060.03 Peters, D. J. 210.10 Pick, M. 023.02 Plait, P. 153.14 Ponman, T. J. 077.06 Prather, E. E. 157.06, Pepino, R. 055.03 Peters, G. J. 162.12 Pier, J. 099.04 Plante, R. 086.07 Ponthieu, N. 049.04 170.11 Pepper, J. 226.01D Peterson, B. 072.16 Pier, J. R. 022.11 Plavchan, P. 241.05D Pontoppidan, K. M. Prato, L. 030.01, 079.05 Percha, E. 071.01 Peterson, B. M. 109.05 Pierce, M. 099.07 Plazas, A. 215.06 105.21 Prato, L. A. 219.01, Pereira, R. 078.09, Peterson, B. M. 223.02 Pierce, M. 112.01 Plez, B. 093.06 Pontoppidan, K. M. 220.01 150.16 Peterson, D. 173.03 Pierce, M. 165.05 Plez, B. 168.11 105.22 Pratt, G. 180.06 Pereira, R. 229.07 Peterson, D. E. 105.20 Pierce, M. 199.05 Plez, B. 242.02 Poole, T. S. 004.04 Pravdo, S. H. 162.02 Perera, T. 083.02, 083.05 Peterson, R. S. 059.08 Pierce, M. A. 162.13 Plionis, M. 083.07, Poole, V. 218.01 Pravdo, S. H. 226.04 Perera, T. 083.06 Peticolas, L. M. 075.08 Pietsch, W. 087.01, 125.05 Pooley, D. 243.06 Prayaga, C. 060.04 Perera, T. 083.07, 083.08 Petit, J. 025.09 087.02 Plotkin, R. M. 008.14 Pope, A. 083.05 Predmore, C. R. 083.01 Perera, T. 083.09 Petitpas, G. 111.04 Pihlstrom, Y. 172.07 Plucinski, P. P. 087.03 Pope, A. 125.04 Prema, P. 078.06 Perera, T. 125.04 Petitpas, G. R. 015.12 Pihlstrom, Y. M. 101.11 Plucinsky, P. P. 087.01 Pope, A. 195.03 Prestwich, A. H. 155.02 Perera, T. A. 083.01 Petre, R. 219.08 Pike, R. 086.07 Plucinsky, P. P. 087.02 Pope, D. T. 059.07 Pretorius, M. L. 104.01 Perez-Fournon, I. 195.01 Petric, A. 111.05 Pilachowski, C. A. Plucinsky, P. P. 087.04 Porras, A. 083.07 Price, A. 094.10, 106.09, Perillat, P. 053.01 Petriew, V. 029.20 013.01, 168.02 Pluzhnik, E. 164.08, Porter, E. 074.15 162.04, 162.05, 162.06, Perkins, D. K. 035.04 Petro, L. D. 196.06 Pill, B. 003.03 169.15 Porter, R. 034.01D 162.07 Perkins, K. 071.18 Petrone, P. 164.01 Pineda, J. 198.01 Pluzhnik, E. A. 056.04 Portscheller, L. 169.02 Price, E. 071.16, 209.17 Perkins, K. K. 066.01 Pettiford, V. 006.04 Pineda, J. E. 055.05 Pogge, R. W. 223.02 Possenti, A. 115.02 Price, S. 088.02 Perkins, K. K. 188.01, Pettini, M. 109.08 Pinnick, A. 156.10, Pointecouteau, E. 180.06 Postman, M. 197.05 Price, S. 088.04 209.25 Phelps, D. H. 189.04 172.23 Points, S. 156.04, Potter, D. 013.06 Price, S. 088.06 Perley, R. A. 092.02 PhET Team, 066.01 Pinte, C. 110.01 160.03, 160.05, 192.05 Potter, D. E. 196.04 Price, S. D. 088.01 Perlman, E. 149.11, Philbrick, R. 210.11 Pinto, P. 086.02, 086.05 Points, S. D. 156.11 Potter, S. 009.12 Price, S. D. 088.03 238.09 Philip, A. G. D. 078.11 Pinto, P. 086.11 Points, S. D. 156.14 Powell, D. 213.05 Price, S. D. 101.02 Perlman, E. S. 008.13, Phillion, D. 086.18 Pinto, P. A. 086.04 Politano, M. 009.10 Powell, W. L. 027.10 Priedhorsky, W. C. 239.04 Phillips, A. 212.01 Piotto, G. 100.09 Pollack, S. E. 074.06 PQ team (Caltech, Yale, 243.08 Perlmutter, S. 078.09 Phillips, A. 212.02 Piotto, G. 100.11, 100.13 Polletta, M. 111.02 NCSA, Indiana, ..), Prieto, E. 098.20 Perlmutter, S. 090.01, Phillips, C. R. 029.17 Piotto, G. 100.14 Pollock, S. 205.02, 078.05 Prieto, J. 084.18 090.03, 090.07, 113.02 Phillips, J. 148.06, Pipher, J. L. 018.04 209.15 Prabhu, T. 182.07 Prieto, J. 150.08 Perlmutter, S. 150.16 209.08, 248.07 Pipher, J. L. 105.20 Polomski, E. 167.09 Prager, S. C. 072.05 Prieto, J. 150.09, 150.10 Perlmutter, S. 229.07 Phillips, L. A. 077.07 Pirzkal, N. 019.01, Polomski, E. F. 156.13 Pratap, P. 030.17, Prieto, J. Luis. 017.16 Perrin, M. D. 238.07 Phillips, N. G. 011.03 019.04, 171.01 Pomeroy, K. 092.04 030.18, 030.19, 096.05 Prieto, J. L. 032.04, Perron, G. 164.03 Phinney, E. S. 074.01 150.07 410 411 Author Index Author Index Primini, F. 027.04 Quimby, R. 212.01 Rand, R. J. 211.04 Rebull, L. 088.06 Reitzel, D. B. 172.17, Rich, J. 168.06 Prince, T. A. 074.01 Quimby, R. 212.02, Randall, M. D. 144.05 Rebull, L. M. 088.01, 177.08 Rich, M. 177.05 Pritchard, D. E. 066.05, 229.05 Randall, S. 037.07 105.13, 105.19 Remillard, R. A. 007.05 Rich, M. 225.04 248.05 Quinn, J. L. 150.02 Range, S. K. 071.11 RECONS, 024.04, Remillard, R. A. 054.02 Rich, M. 228.01 Pritchard, J. R. 224.01D Quinn, S. 137.01, 146.02 Ransom, S. 159.02, 103.05 Rengaswamy, S. 024.05 Rich, M. R. 228.03 Pritchard, T. 090.07 Quinn, T. 019.07, 025.16 159.06 Reddall, B. 049.02 Rengstorf, A. W. 218.05 Rich, R. 004.17, 177.01 Pritchet, C. J. 229.01 Quinn, T. 197.04 Ransom, S. M. 159.03, Redfi eld, S. 084.09, Renzini, A. 004.17, Rich, R. 177.07 Pritzl, B. J. 029.02 Quinn, T. 038.02 159.08 084.15, 157.07, 219.07 177.05, 177.08 Rich, R. M. 080.02 Pritzl, B. J. 029.07 Quinn, T. R. 211.06 Rao, R. 112.06 Redman, R. 110.02 Reposeur, T. 153.04 Rich, R. M. 172.06, Probst, R. 071.10 Quintana, E. V. 179.06 Rapp, S. 008.06 Redman, S. 085.14 Ressler, M. E. 030.08 172.17 Proctor, M. 162.15, Quintero, A. D. 038.06 Rasio, F. A. 005.04 Reed, D. S. 197.04 Ressler, R. 029.04 Rich, R. M. 177.02 162.16 Quirrenbach, A. 219.08 Rasmussen, J. 077.06 Reed, J. 096.04 Rest, A. 017.16 Rich, R. M. 177.08, Produit, N. 195.07 Rabinowitz, D. 020.01, Rathborne, J. 133.02 Reed, J. K. 009.15, Rest, A. 022.06 228.03 Provencal, J. L. 103.11 078.04 Rathborne, J. M. 105.01 009.22 Rest, A. 084.18, 090.05, Richards, G. 052.02 Pryke, C. 049.02 Rabinowitz, D. 078.05 Rauch, T. 092.07 Regan, M. 018.05 150.07, 150.08, 150.09, Richards, G. T. 149.04 Puckett, A. 094.04 Rabinowitz, D. 078.09 Rauscher, B. J. 210.05 Regan, M. W. 004.06 150.10, 156.04 Richards, J. 156.08 Pudritz, R. E. 219.09 Rabinowitz, D. 098.14 Rauscher, E. 169.08 Regan, T. J. 003.08, Rettig, T. 010.03 Richardson, D. Leon. Puetter, R. C. 009.05 Rabinowitz, D. 150.16 RAVE Collaboration, 003.29 Rettig, T. W. 010.09 150.13 Puetter, R. C. 009.06 Rabinowitz, D. 229.07 172.11, 172.21 Regnault, N. 090.09 Reviglio, P. 097.03 Richardson, J. 196.01 Pueyo, L. 164.09 Racusin, J. L. 212.08 Raychaudhury, S. 077.06 Reichardt, C. L. 240.01D Rey, S. 019.03, 026.07 Richardson, L. J. 196.02 Pueyo, L. A. 164.10 Radburn-Smith, D. J. Raymond, J. 243.03 Reid, B. A. 077.16 Reynolds, C. 072.20 Richardson, L. J. 196.03 Pulone, L. 026.16 113.06D Raymond, S. 082.02, Reid, I. 027.08, 100.11 Reynolds, C. S. 004.15, Richer, H. 228.02 Puravankara, M. 010.05, Raddick, M. J. 106.06 196.07 Reid, I. N. 006.05 113.01 Richer, H. B. 228.01 010.07 Radeka, V. 086.20, Rayner, J. 191.04 Reid, I. N. 100.09 Reynolds, J. 099.03 Richer, H. B. 228.03 Pursimo, T. 149.01 086.21 Rayner, J. T. 030.01 Reid, I. N. 100.14 Reynolds, R. J. 017.22 Richey, C. R. 035.01 Putman, M. 095.04 Radomski, J. 238.09 RCS Collaboration, Reid, M. 102.07 Reynolds, R. J. 017.23 Richmond, M. 098.11, Putman, M. E. 219.17 Radomski, J. T. 149.11 222.01 Reid, M. J. 105.18 Reynolds, S. P. 156.17 098.16, 098.19 Puzia, T. 100.04 Rafferty, D. A. 180.03D Reach, W. 160.15 Reid, S. 071.18 Reynolds, S. P. 156.19 Richmond, M. W. 098.18 Puzia, T. H. 100.02 Rahman, M. N. 015.01 Reach, W. 192.01 Reig, P. 091.04 Rho, J. 219.05 Richter, M. 219.07 Pyo, T. 243.03 Raia, F. 248.04 Reach, W. 192.02 Reiland, R. 046.06, Rhoads, J. 077.28, Richter, M. J. 010.08, Pyper, B. A. 148.08 Raley, J. D. 189.01 Reach, W. T. 131.05, 071.06 171.02, 171.04, 218.12 154.08 Qian, T. 022.05 Ramirez-Ruiz, E. 243.06 192.04 Reinert, R. 025.01 Rhoads, J. E. 019.01, Ricker, G. R. 112.06 Qiu, K. 030.05 Ramsey, B. 054.02 Reach, W. T. 217.04 Reipurth, B. 57.03 019.04 Ridge, N. A. 198.02 Quick, J. 099.03 Ramsey, L. 085.13 Reach, W. T. 219.05 Reith, C. N. 156.16 Rhoads, J. E. 171.01 Ridgway, S. 169.15 QUIET Collaboration, Ramsey, L. W. 085.14 Reach, W. T. 244.05 Reitzel, D. 177.01, Rhodes, J. 021.06, Riechers, D. A. 195.06D 011.02 Ramseyer, E. A. 187.04 Reaser, B. E. 030.06 177.02 053.04 Riegel, R. 149.04 Quigg, C. 070.01 Rana, V. 182.06 Rebello, N. 245.02, Reitzel, D. 177.07 Riaz, B. 010.04 Rieger, G. 071.13, Quillen, A. C. 030.13 Rand, R. J. 015.08 247.05 Reitzel, D. 228.03 Rice, E. L. 079.05, 234.04, 234.05 Quillen, A. C. 072.11 Rand, R. J. 199.01 Rebull, L. 030.16 Reitzel, D. B. 172.06 241.07 412 413 Author Index Author Index Rieke, G. 023.01, Robitaille, T. 192.03 Romer, A. Kathy. 077.10 Rubin, D. 160.01 Ryan, R. E. 019.01, Sahu, K. C. 162.21 081.06, 210.04, 210.06 Roche, P. 238.09 Romer, K. 180.06 Ruch, G. T. 076.09 171.03 Sakamoto, K. 015.12 Rieke, G. H. 008.03, Rockosi, C. 168.08 Rosario, D. J. 039.03 Ruchti, G. 172.11 Ryan, S. G. 198.05 Saken, J. M. 065.01 013.05 Rockosi, C. 168.10 Rosas, A. 029.13 Ruchti, G. R. 172.21 Ryan-Weber, E. V. Sako, M. 032.05 Rieke, M. J. 210.04 Rockosi, C. M. 028.05, Rosati, P. 197.05 Rucinski, M. 163.05 109.08 Salama, A. 009.06 Riess, A. G. 090.10 086.15, 172.04 Roschelle, J. 141.01 Rucinski, S. 014.01 Ryder, S. D. 017.17 Salamo, G. J. 140.03 Rigaudier, G. 078.09, Rodarte, S. 159.04 Rose, J. A. 113.03 Rucinski, S. M. 230.02 Rykoff, E. 162.20, Salgado, C. 075.05 150.16 Rodgers, B. 030.03, Rose, J. A. 211.11 Rudd, D. 053.05 212.02 Salgado, R. B. 060.02, Rigaudier, G. 229.07 105.05, 105.11, 219.16 Rose, M. B. 165.12 Rudeen, A. 210.11 Rykoff, E. S. 048.02, 068.08 Rigaut, F. 130.03 Rodgers, C. 099.07 Rosen, R. A. 037.04 Rudick, C. 162.15, 212.01 Salinger, G. L. 136.02 Rigden, J. S. 186.01 Rodgers, C. T. 099.08 Rosenberg, A. 100.09 162.16 Ryu, D. 072.14 Salisbury, D. 071.09 Rines, K. J. 077.32 Rodgers, C. T. 165.05 Rosenberg, A. 100.12, Rudie, G. 156.21 Ryu, K. 017.01 Sallmen, S. 172.28 Rioux, C. 085.11 Rodriguez, P. 034.02 100.13, 100.14 Rudie, G. C. 167.03 Ryu, K. 017.02 Sallmen, S. M. 084.04 Ripman, B. H. 105.10 Rodriguez-Martinez, M. Rosenberg, A. 209.02 Rudnick, G. 019.02 Ryu, K. 017.03 Salter, C. J. 053.01, Ripman, B. H. 105.14 I. 017.14 Rosenberg, J. L. 095.04 Rudolph, A. 031.04 Ryu, K. 017.04 172.19, 217.05 Risaliti, G. 149.09 Rodriguez-Zermeno, A. Rosenberg, J. L. 161.10 Rudy, R. J. 009.05, Ryu, K. 017.05, 017.06 Salvador, K. 080.01 Ritter, C. 235.05 059.04, 075.02 Rosenfi eld, P. 091.03 009.06 Ryu, K. 017.07 Salvato, M. 080.05, Ritz, S. M. 153.01 Roe, N. 098.14 Rosing, W. 022.13 Rueff, K. 015.05 S-COSMOS Team, 149.14, 225.01 Rivera, F. 029.04 Roe, N. A. 098.02 Rosing, W. E. 218.03 Ruiz-Lapuente, P. 090.03 077.20 Salviander, S. 034.05 Rivera, L. 151.04 Roederer, I. U. 168.02 Roskar, R. 211.06 Rujokaparn, W. 212.01 Sabbi, E. 105.07, 228.05 Salviander, S. B. 004.12 Robb, R. M. 230.02 Roellig, T. 079.03, Rosolowsky, E. 055.05, Rujopakarn, W. 212.02 Sabbi, M. 228.05 Salvo, M. E. 150.05 Robberto, M. 154.13 084.19, 210.04 055.07 Rumstay, K. S. 220.03 Sabirli, S. 180.06 Salyk, C. 030.09 Robbins, D. M. 071.12 Roelofsen, T. 015.06 Ross, R. 022.13 Runge, K. 078.09, Sackett, P. 196.06 Salzer, J. J. 161.10 Robert, C. 009.13 Roelofsen Moody, T. E. Ross, R. J. 218.03 150.16 Sadaghiani, H. R. 188.02 Samarasinha, N. 025.12 Roberts, C. 083.01, 105.13, 218.15 Rossi, S. 168.11, 242.02 Runyan, M. 049.02 Sadler, P. M. 064.01 Sambruna, R. M. 34.03 083.02 Roesler, F. 025.12 Rothschild, R. E. 054.02 Rupen, M. 029.15 SAGE Group, 160.02 Samec, R. G. 151.09 Roberts, D. 154.04 Roesler, F. L. 025.13 Rothstein, D. M. 007.03, Rupen, M. P. 036.07, SAGE Legacy Team, Sampath, D. 164.03 Roberts, D. A. 112.07 Roesler, F. L. 025.19 213.03 182.01 160.09, 192.04 Samuele, R. P. 164.06 Roberts, M. 104.03 Roettenbacher, R. M. Rots, A. H. 164.07 Rupke, D. 005.07 SAGE Team, 160.07, Sanchez, M. C. 161.07 Roberts, N. S. 162.09 029.06 Rowan-Robinson, M. Rupright, M. E. 148.21 160.11, 160.13, 160.15, Sanchez Contreras, C. Robertson, B. 223.03 Rogers, J. 196.06 195.01 Rusin, D. 225.08 192.01, 192.03, 192.05 093.07 Robertson, J. W. 009.08, Rogers, M. 071.03 Rowe, J. 163.05 Russell, R. W. 009.05 Saha, A. 029.02 Sandell, J. 016.04 009.16, 025.11 Rohde, A. C. 090.10 Rowe, J. F. 230.02 Russell, R. W. 009.06 Saha, A. 086.04 Sanders, D. 083.06 Robertson, N. 074.07 Romaine, S. 164.12 Rowell, G. 212.01 Russell, R. W. 025.17 Saha, A. 086.05, 086.15, Sanders, D. B. 005.07, Robinson, M. 094.10 Romani, R. W. 153.04 Rowell, G. 212.02 Rustan, G. 137.05, 086.16, 086.22, 178.06 225.01 Robinson, P. 058.08 Romaniello, M. 160.02 Rozo, E. 197.03D 151.15 Sahai, R. 092.06, 093.07, Sanders, J. M. 071.07 Robishaw, T. 167.01, Romano, R. 078.09, Ruberg, L. 096.07 Rutledge, R. E. 149.17 093.09 Sandquist, E. 026.10 198.06 150.16 Rubin, D. 090.01, Ryan, J. 164.05 Sahu, D. K. 182.07 Sandquist, E. L. 026.09 Robitaille, T. 160.10 Rombach, C. E. 084.05 090.03 Sahu, K. 172.18 Sandstrom, K. M. 178.07 414 415 Author Index Author Index Sanhueza, P. 214.01 Saunders, W. 113.03 Schmidt, G. 009.19 Schwalm, M. 245.04 SDSS-II Supernova Sepulveda, B. 218.15 Sankrit, R. 017.01, Savage, B. D. 077.18 Schmidt, R. 022.03 Schwartz, B. P. 189.03 collaboration, 028.01, Serabyn, G. 130.06 017.02, 017.03 Savage, R. M. 003.13 Schmidt, S. 052.06 Schwartz, D. A. 239.04 028.02, 028.03, 032.02 Sesar, B. 028.05, 029.01 Sankrit, R. 017.06 Savrda, S. L. 209.23 Schmidt, S. J. 079.02 Schwarz, G. J. 009.06 SDSS-II Supernova Seth, A. 007.01, 018.03, Sankrit, R. 084.23, Sawyer, D. 022.08 Schmitt, H. 173.03 Schwarz, H. E. 156.08, Survey Collaboration, 018.05, 114.03 150.23, 162.12 Scalzo, R. 078.09, Schmitzer, H. 209.03 214.01 032.04, 032.05 Sewilo, M. 160.10 Santiago, J. 008.06 150.16 Schmoll, S. 025.07 Schwarz, J. S. 022.11 Seager, S. 163.05, Sewilo, M. 160.13, Santo, G. 059.02 Scalzo, R. 229.07 Schneider, D. P. 149.16, Schweitzer, A. E. 218.04 169.08, 196.01, 196.02, 192.03 Santos, E. A. 096.05 Scargle, J. D. 153.15 169.03 Schweitzer, J. S. 103.12 196.03 Seymour, N. 225.06 Santos, W. A. 113.05 Scarpine, V. 215.07 Schneider, D. P. 226.06 Schweizer, F. 100.04 Seager, S. 226.06 SHADES and AzTEC Sarajedini, A. 087.05, Schaaff, A. 078.07 Schneider, G. 219.08 Scodeggio, M. 080.05 Searle, T. 094.10 consortia, 125.02 100.09, 100.10, 100.12, Schachtel, P. L. 144.02 Schneider, M. 086.06 Scoles, S. 027.04 Searle, T. 162.04 SHADES consortium and 100.13, 165.03, 165.04, Schaefer, B. 164.05 Schneider, S. 031.02 Scott, D. 083.05, 125.04, Sebag, J. 086.18 AzTEC team, 083.04 040.01 Schaefer, B. 212.01 Schneider, S. 095.04 195.03, 224.06 Seeley, L. 205.03, Shafer, R. A. 085.11 Sarajedini, V. L. 072.08, Schaefer, B. 212.02 Schneider, S. 157.02, Scott, J. 072.04, 072.23 235.03, 235.04, 247.02, Shaffer, P. S. 188.02 072.19 Schaefer, C. P. 209.22 170.10 Scott, J. E. 072.25 247.06 Shaffer, P. S. 188.07, Sarazin, C. 077.19 Schaefer, G. 151.11 Schrabback, T. 037.07 Scott, K. 083.05 SEGUE Calibration 189.09, 234.07 Sarazin, C. L. 004.14 Schawinski, K. 038.01 Schubnell, M. 098.10 Scott, K. 083.06 Team, 168.15 Shaffer, P. S. 234.09 Sargent, B. 081.01 Scheidt, J. A. 029.01 Schuecker, P. 197.02 Scott, K. 083.07, 083.08 Segura, P. 154.08 Shafter, A. W. 009.15, Sargent, B. A. 010.06 Scherr, R. 188.09, Schuff, S. 165.14 Scott, K. 083.09 Seibert, M. 217.04 009.20, 009.22 Sargent, B. A. 127.05 209.13 Schuler, S. C. 093.03 Scott, K. 125.01, 125.03, Seiffert, M. 240.02 Shah, R. 178.07 Sari, R. 122.01 Scherr, R. E. 188.08, Schuller, I. K. 042.01, 125.04, 125.05 Seiffert, M. D. 011.02 Shah, S. 081.01, 168.14 Sarma, A. 017.10 205.04, 205.05, 209.14, 042.03 Scott, K. S. 083.01 Seigar, M. 211.02 Shaklan, S. 036.02, Sarrazine, A. R. 096.02 209.16 Schultheis, M. 093.09 Scott, K. S. 083.02 Seljak, U. 077.27, 164.15 Sasaki, M. 087.01, Schiavon, R. P. 112.04 Schultz, A. B. 219.18 Scott, K. S. 083.03 224.03 Shaklan, S. 226.06 087.02, 087.03, 087.04 Schiller, S. J. 230.07 Schultz, D. R. 017.13 Scott, S. 075.01 Sellgren, K. 156.09 Shaklan, S. B. 162.02 Sasaki, S. 077.20 Schiminovich, D. 039.01 Schultz, G. 096.07 Scoville, N. 053.04 Sembach, K. R. 072.09 Shaklan, S. B. 226.04 Sassalov, D. 014.01 Schiminovich, D. 149.14 Schultz, S. Kay. 015.11 Scoville, N. 080.03 Sembach, K. R. 072.10 Shamir, L. 099.06 Sasselov, D. 163.05, Schiminovich, D. Schulz, N. S. 017.12 Scoville, N. 083.06 Sembach, K. R. 077.18 Shang, Z. 072.02 230.02 183.06, 211.14, 225.04 Schulz, N. S. 133.05 Scoville, N. 149.14, Semisch, C. 011.03 Shannon, R. 159.10 Sasselov, D. D. 191.03 Schinnerer, E. 004.05, Schulze-Makuch, D. 225.01 Semler, D. 159.05 Shao, M. 024.02, 241.01 Sato, T. 129.03D 080.01, 080.05 006.04, 035.03 Scoville, N. 225.02 Seon, K. 017.03, 017.04, Shao, M. 241.02 Satter, C. M. 164.02 Schlaerth, J. A. 085.12 Schuman, T. 169.14 Scoville, N. 225.03 017.07 Shao, M. 241.04 Satyapal, S. 039.04, Schlamminger, S. 074.06 Schunicht, S. 246.09 Scoville, N. Z. 077.20 Seon, K. I. 017.06 Shaposhnikov, N. 036.01 34.03 Schlegel, D. J. 020.05, Schuster, D. 003.22, Scoville, N. Z. 080.02 Sepersky, T. 072.12 Shara, M. 182.02 Saul, D. Rose. 149.18 028.05 235.06 SCP, 113.02 Sepinsky, J. F. 230.01 Shara, M. M. 009.13, Saul, J. 003.21 Schlegel, D. J. 090.01, Schuster, M. T. 084.20 Scranton, R. 180.01 Seppala, L. 086.18 026.08 Saul, J. M. 137.02, 090.03 Schutz, B. 074.01 Sepulveda, B. 015.06, Shara, M. M. 228.01 148.13 Schlegel, E. M. 182.06 Schwalm, M. 164.03 105.13 Shara, M. M. 228.03 416 417 Author Index Author Index Sharma, E. 105.13, Shi, Y. 008.03 Siegel, M. 100.09 SINGS Team, 004.02, Skinner, J. N. 009.18 Smith, B. J. 244.05 218.15 Shields, D. 210.03 Siegel, M. 100.12 004.06, 015.03, 015.13, Skinner, S. L. 105.17 Smith, B. W. 022.14 Sharma, M. 094.11 Shields, G. A. 004.12, Siegel, P. 068.02 198.08, 198.07 Skinner, S. L. 219.19 Smith, C. 022.06 Sharp, E. 130.04 034.05 Sieling, J. D. 246.02 Sinha, R. 078.06 Skrutskie, M. 090.06 Smith, C. 086.05, Sharp, M. 049.02 Shields, J. C. 161.01 Sievers, A. 130.04 Sion, E. 103.04, 103.06 Skrutskie, M. F. 105.20 086.07, 156.11 Sharp, R. 171.08 Shin, K. 071.22, 148.20 Sievers, J. L. 011.01 Sion, E. M. 009.11 Slakey, F. 174.03 Smith, D. 212.02 Shaw, D. 156.04 Shinn, J. 017.01 Sigurdsson, S. 010.02, Sion, E. M. 103.03 Slane, P. 156.18, 156.20, Smith, D. A. 153.04 Shaw, J. S. 151.13, Shinn, J. 017.02 082.02, 133.06, 196.07, Sion, E. M. 103.08, 243.02 Smith, D. A. 157.03 162.01 Shinn, J. 017.03 036.06 182.07 Slater, T. F. 031.03, Smith, D. A. 212.01 Shaw, M. S. 162.03 Shinn, J. 017.04 Sigut, T. A. A. 127.03 Sircar, P. 008.09 046.01, 046.03, 046.04, Smith, D. A. 213.06 Shaw, T. M. 022.03 Shinn, J. 017.05 Silbermann, N. 162.10 Sirianni, M. 105.07 046.05, 048.01, 065.03 Smith, D. M. 075.06 Shaya, E. 053.07 Shinn, J. 017.07 Silva, S. 094.06, 096.04, Sirk, M. 017.01, 017.02, Slater, T. F. 066.06 Smith, E. 004.17, Sheehan, M. 130.03 Shinn, J. H. 017.06 153.14 017.04 Slater, T. F. 096.07, 172.18, 177.05, 177.08 Sheehy, C. 167.10 Shinnaga, H. 130.02 Silverberg, R. 055.06 Sirk, M. 017.05 128.02, 157.05, 157.06 Smith, E. C. 130.05D Sheets, H. A. 009.07 Shiode, J. H. 156.10 Silvestri, N. 086.07 Sirk, M. M. 017.06 Slater, T. F. 170.11 Smith, G. 149.19 Sheibley, D. 120.01 Shipman, H. 103.11 Silvestri, N. M. 162.18 Sirocky, M. 149.06 Slater, T. F. 213.04 Smith, G. H. 026.15 Sheibley, D. L. 121.03 Shipman, H. L. 220.02 Silvia, D. W. 216.07 Sitko, M. 219.08 Slavin, J. D. 017.21 Smith, G. P. 183.03 Shelby, R. 071.25, Shipman, R. 088.06 Simard, L. 019.02 Sitko, M. L. 009.05, Slavin, S. 218.05 Smith, H. 111.02 234.08 Shipman, R. F. 088.01 Simmerer, J. A. 168.04 025.17 Slavin, S. D. 026.17 Smith, H. A. 009.07 Sheldon, E. 215.03, Shirk, J. 209.02 Simmons, A. E. 105.17 Sivakoff, G. R. 004.14 Slee, B. 023.02 Smith, H. A. 019.05 222.04 Shirley, Y. L. 105.03, Simmons, A. E. 219.19 Sivanandam, S. 226.03 Sleep, N. 056.04 Smith, H. A. 029.04, Sheldon, E. S. 215.05 105.21 Simmons, B. 223.01 Sivaramakrishnan, A. Slesnick, C. L. 057.01D 029.05 Sheldon, S. 164.12 Shirley, Y. L. 105.22 Simmons, J. K. 246.06 154.10 Sloan, G. C. 010.06 Smith, H. A. 029.07 Shelton, R. L. 084.04 Sholl, M. 098.01 Simmons, M. 075.04 Sivarani, T. 168.08, Sloan, G. C. 081.01 Smith, H. A. 162.08 Shemmer, O. 034.04 Shopbell, P. L. 080.03 Simon, B. 071.16 168.09 Sloan, G. C. 101.02 Smith, H. A. 162.10 Shen, J. 211.04 Shore, S. N. 009.06 Simon, J. D. 055.07, Sivarani, T. 168.10 Sloan, G. C. 127.05 Smith, H. E. 195.01 Shen, Y. 077.06 Shporer, A. 087.01, 178.07 Sivarani, T. 168.11 Sluse, D. 109.01 Smith, J. 098.18 Shenoy, S. 088.01 087.02 Simon, R. 105.01, Sivarani, T. 242.02 Slyz, A. D. 017.15 Smith, J. 154.04 Shenoy, S. 088.02, Shrader, C. R. 091.04, 133.02 Sivron, R. 128.03 Smadja, G. 098.18, Smith, J. A. 028.05, 088.04, 088.06 195.07 Simon, T. 010.03 Sjouwerman, L. 172.07 098.19, 098.20, 200.01, 098.19, 099.07, 099.08 Shenoy, S. S. 088.03 Shubila, J. 068.07 Simpson, E. K. 152.01 Sjouwerman, L. O. 229.07 Smith, J. D. 158.02, Shepherd, D. S. 030.05 Shukla, S. J. 079.01 Simpson, J. P. 105.04 101.11 Smail, I. 083.07, 125.05 160.12 Sherry, W. 162.15, Shupe, D. 195.01 Simpson, S. 214.02 Skiff, B. 162.06 Small, T. A. 171.07 Smith, L. 160.12 162.16 Shuping, R. Y. 010.08 Sims, M. 029.11 Skillman, E. 114.03 Smartt, S. 200.06 Smith, L. J. 039.03 Sherry, W. H. 219.15 Shupla, C. 096.07 Singal, J. 240.02 Skillman, E. D. 029.02, Smith, A. B. 151.12 Smith, L. J. 105.07 Sheth, K. 004.05, Shvonski, A. J. 013.01 SINGG Team, 114.06 114.02 Smith, A. B. 154.05 Smith, M. G. 214.01 201.02, 225.01, 225.03 Siana, B. 132.03, 195.01 Singh, K. 182.06 Skillman, E. D. 167.06 Smith, A. W. 172.29 Smith, N. 150.12, 238.04 Shetrone, M. 168.05 Sick, J. 211.05 Singhal, A. 077.29 Skillman, E. D. 167.09, Smith, B. D. 133.06D Smith, P. S. 008.11 Shetrone, M. 168.10 Siedell, C. M. 071.08 Singleton, J. 060.01 178.06 Smith, B. J. 217.04 Smith, R. 150.07, 150.09 418 419 Author Index Author Index Smith, R. C. 017.16 Snow, T. P. 084.02, Sparks, R. T. 046.07, Stairs, I. H. 159.02 Staveley-Smith, L. Stetzer, M. R. 233.02, Smith, R. C. 027.01, 198.05 106.07, 187.03 Stairs, I. H. 159.03, 178.07 234.07 027.02, 078.02 Snowden, D. 025.12 Sparks, W. B. 006.05, 159.09 Stawarz, L. 239.03 Stevens, J. 083.07, Smith, R. C. 084.18 Snowden, D. 025.22 008.13, 009.21, 072.11 Stalder, B. 052.03D Stawarz, L. 239.07 125.05 Smith, R. C. 150.08 Snyder, L. 162.10 Sparks, W. B. 182.05 Stamper-Kurn, D. Stebbins, A. 077.24 Stevens, R. 102.03 Smith, R. C. 150.10 Sobeck, J. S. 168.02 Spears, T. 056.04 120.01, 120.02 Stebbins, R. T. 074.02 Stevens, S. 235.02 Smith, R. C. 156.04, Soderberg, A. M. Speck, A. 168.13 Stancil, P. C. 017.13 Stebbins, R. T. 074.03, Stevenson, T. 011.03 156.05, 156.14 227.02D Speck, A. K. 006.02 Stancil, P. C. 129.05 074.04 Stewart, J. 154.04 Smith, R. C. 178.07 Soderblom, D. 219.02 Spergel, D. N. 077.16 Stanek, K. 102.07 Steckert, J. 098.02 Stiavelli, M. 020.02 Smith, R. K. 084.14, Soderblom, D. R. 168.07 Spitzbart, B. D. 219.14 Stanek, R. 197.02D Steeghs, D. 009.17 Still, M. 009.12 087.01 Sodre, L. 113.05 Spitzer MIPS Instrument Stanford, A. 113.02, Steele, D. 008.10, Stinson, G. 019.07 Smith, S. 149.20 Sofi a, U. J. 017.21 Team, 013.05 197.05 008.12 Stinson, G. S. 211.06 Smith, T. 148.03 Soifer, B. T. 161.04 Spitzer-MIPS Science Stanford, S. A. 077.10 Steele, T. N. 150.15 Stinson, G. S. 038.02D Smith, T. Ed. 162.21 Soifer, T. 238.01 Team, 183.04 Stanford, S. A. 161.05 Stefaniak, L. 008.06 Stockton, A. 112.03 Smith, T. L. 166.02 Soker, N. 156.06 Spoon, H. 149.10 Stanford, S. A. 193.02 Stefanik, A. 154.12 Stoll, R. 072.12 Smith, V. V. 099.02, Sokoloski, J. L. 182.01 Spoon, H. W. W. 149.06 Stanimirovic, S. 178.07 Stefanik, R. P. 226.05 Stolte, A. 172.25 040.01 Soldi, S. 195.07 Springob, C. M. 095.04 Stansberry, J. 210.04 Steffen, A. T. 052.04 Stone, J. M. 077.03 Smoke, K. 162.18 Solheim, J. 182.07 Springob, C. M. 211.03 Stapelfeldt, K. 030.16, Steffen, J. H. 012.02 Stone, J. M. 084.11 Smolcic, V. 080.01, Solomon, P. 109.06 Spuck, T. 015.06, 218.15 105.19, 110.04 Steinberg, J. 023.02 Stone, J. M. 202.02 080.05 Somerville, R. S. 062.01 Spuck, T. S. 105.13 Stapelfeldt, K. R. 013.05 Steinberg, R. 248.04 Stone, M. J. 165.02 Smoot, G. 090.07 Song, J. 215.02 Sridharan, T. K. 030.05 Stardust Mission Team, Steinhauer, A. 105.02, Stone, R. J. 136.01 SNAP Collaboration, Song, N. 014.04 Sridharan, T. K. 057.02 035.06 165.04, 165.10 Stone, R. L. 076.10 094.06, 098.01, 098.04, Sonneborn, G. 092.03, Srinivasan, S. 160.03, Stark, M. A. 009.07 Steinhauer, A. J. 165.03 Stork, D. 231.01 098.05, 098.06, 098.07, 151.07 160.05 Stark, M. A. 151.01 Stencel, R. E. 093.01 Storm, S. 025.12 098.09, 098.10, 098.11, Soria, R. 155.02 Srinivasan, S. 160.06 Stark, M. J. 159.01 Stephens, A. 130.03 Storrie-Lombardi, L. J. 098.15, 098.16, 098.18, Soto, A. 156.21 Srinivasan, S. 160.07 Starr, D. 090.06 Stephens, T. E. 153.12 126.01 098.19, 098.20 Soummer, R. 154.10 Srinivasan, S. 160.10 Starrfi eld, S. 009.21, Sterling, N. C. 156.07 Storrs, A. 128.02 SNAP Simulation Team, Souza, S. P. 092.01 Srinivasan, S. 192.05 101.10, 182.02 Sterling, N. C. 156.09 Story, S. A. 159.07, 098.13 Sowell, J. R. 151.02 St-Louis, N. 009.13 Starrfi eld, S. G. 009.06 Stern, D. 113.02, 161.01, 159.12 Snedden, S. 169.05 Sozzetti, A. 226.05 St. Vincent, S. 101.03 Stassun, K. 219.06 161.05, 161.06 Strader, J. 228.02 Snedden, S. 226.06 Spadafora, A. L. 090.01, Stabenau, H. 098.01 Stassun, K. G. 030.20, Stern, D. 193.02 Strand, M. A. 065.05 Sneden, C. 168.01 090.03 Stacy, J. G. 164.05 076.08, 201.01 Sterzic, M. 238.08 Straughn, A. 171.04 Sneden, C. 168.02, Spalsbury, L. 225.03 Stadel, J. 197.04 Stauffer, J. 210.04 Stetson, P. 102.06 Strauss, M. 215.09 168.10 SpARCS Collaboration, Stage, M. 170.10, 243.05 Stauffer, J. R. 018.04 Stetson, P. B. 077.30 Strauss, M. A. 086.02, Snider, K. D. 105.15 180.02 Staguhn, J. 130.04 Staveley-Smith, L. Stetson, P. B. 178.06, 086.03, 053.03 Snider, S. A. 077.23 Sparke, L. S. 018.07 Staguhn, J. G. 085.11, 017.11 228.01 Strelnitski, V. 030.17, SNLS Collaboration, Sparks, R. 043.02, 130.01 Staveley-Smith, L. Stetzer, M. R. 144.04, 030.18, 030.19, 105.10, 090.08, 090.09 232.04 Stahl, P. 164.01 095.04 144.05, 144.07, 188.06 105.14 Sparks, R. T. 043.03 Stairs, I. H. 115.02 Stringer, C. B. 168.04 420 421 Author Index Author Index Stroeer, A. 074.16 Suntzeff, N. B. 017.16 Swift Survey Team, Tanaka, S. 164.08, Terebey, S. 030.16, Thompson, M. A. 030.07 Strohmayer, T. E. 208.02 Suntzeff, N. B. 084.18 052.05 169.15 096.06, 105.09 Thompson, S. 148.08 Strolger, L. 012.01 Suntzeff, N. B. 150.07 Swift Team, 227.07 Tandokoro, R. 076.03, Terzian, Y. 094.02 Thompson, S. E. 103.09 Strolger, L. 090.10 Suntzeff, N. B. 150.08 Swift UVOT Team, 076.05 Teske, J. K. 092.01 Thompson, T. 219.03 Strom, S. 030.16 Suntzeff, N. B. 150.09 212.07 Taniguchi, Y. 005.07, Testa, P. 133.05 Thomson, L. 127.03 Strong, S. B. 027.01 Suntzeff, N. B. 150.10 Swift XRT team, 212.08 077.20 Testi, L. 030.05, 088.01, Thornley, M. D. 015.03 Strovink, M. 090.03 Supernova Cosmology Swift/BAT team, 009.12 Tanner, A. 024.02, 088.06 Thornton, C. E. 149.17 Struck, C. 217.04, Project, 090.03, 090.07 Sykes, T. 151.06 241.01 Tfeily, O. 209.01 Thornton, K. C. 002.01 244.05 Supernova Legacy Szabo, R. 102.04 Tanner, A. M. 241.02 Thakar, A. 086.07 Thornton, R. 248.03 Struganova, I. 003.27 Survey, 150.14, 229.01, Szalay, A. 086.07, Tappe, A. 219.05 Thaler, J. 022.05 Thornton, S. T. 067.07 Stubbs, C. 017.16, 229.02, 229.03, 229.04 097.05, 187.01 Tat, H. 142.03 Thaller, M. 065.03, Thorsett, S. E. 115.05 084.18, 086.02, 086.05, Surace, J. 005.05, Szapudi, I. 097.05 Tauney, T. 209.02 157.05, 157.06 Thorsett, S. E. 153.04 086.20 005.06, 149.07, 195.01, Szczerba, R. 168.13 Taylor, B. 156.10, The, L. 093.03 Thorstensen, J. R. Stubbs, C. 150.08 225.01 Szentgyorgyi, A. H. 172.23 Therrien, A. 060.01 009.07 Stubbs, C. 150.09, Suskavcevic, M. 003.19 090.06 Taylor, B. A. P. 148.15 Thilker, D. 087.01 Thrall, H. 149.19 150.10 Suyu, S. H. 021.02 Szentgyorgyi, A. H. Taylor, C. L. 170.04 Thirupathi, S. 168.15 Thronson, H. A. 056.07 Stubbs, C. W. 150.07 Suzuki, N. 090.01, 191.03 Taylor, G. 085.07 Thoennessen, M. 063.01 Tiede, G. P. 040.01 Stubbs, C. W. 154.02 090.03, 090.07 Szkody, P. 009.19, Taylor, L. 029.07 Tholen, D. J. 025.10 Tielens, A. 084.19 Stuermer, W. 022.03 Swan, H. 212.01 182.07 Taylor, S. 099.04 Thom, C. 219.17 Tielens, A. 192.01 Sturch, L. K. 131.06 Swan, H. 212.02 Szymkowiak, A. 098.14 Taylor, S. F. 022.13 Thomas, B. 006.03 Tielens, A. G. G. M. Stute, M. 093.09 Swan, H. F. 212.04 Taam, R. E. 115.04 Taylor, W. Z. 029.10 Thomas, K. L. 030.07 192.02 Stutz, A. M. 105.21 Swank, A. 074.07 Tacconi, L. 195.01 Team, S. 192.02 Thomas, R. 078.09 Tielens, X. 160.12 Su, K. 081.06 Swank, J. H. 159.01 Tai, R. H. 064.01 Telesco, C. 013.02 Thomas, R. 229.07 Timberlake, T. K. 071.27 Su, K. Y. 013.05 Swanson, H. E. 154.02 Tai, R. H. 064.02 Telesco, C. 238.09 Thomas, R. C. 150.16 Timbie, P. 085.09 Subasavage, J. P. 024.04, Swanson, L. K. 121.09 Tajitsu, A. 243.03 Telesco, C. M. 149.11 Thomas, R. D. 231.02 Timbie, P. T. 049.07 103.05 Swearingen, J. R. 121.05 Takacs, P. 086.05 Temim, T. 156.13 Thomas, S. 030.03, Timbie, P. T. 240.05 Subbarao, M. 008.10 Sweeney, B. 003.29 Takada, M. 086.10 Templeton, M. 162.04, 105.05, 105.11, 219.16 Timmes, F. 101.07 Sueoka, S. R. 209.02 Sweeney, D. 086.01 Takahashi, Y. D. 049.04 162.05 Thompson, A. S. 145.03, Timmes, F. X. 150.21 Sugerman, B. 009.21 Sweet, A. 030.03, 105.05 Takami, M. 057.05 Templeton, M. R. 162.22 145.04 Tinker, R. F. 141.04 Sugiyama, S. 223.05 Sweigart, A. 004.17 Takamiya, M. 112.05 ten Brummelaar, T. A. Thompson, D. 072.26, Titarchuk, L. 036.01 Sullivan, J. F. 003.23 Sweigart, A. 177.05 Takanashi, N. 090.01 163.01 109.01 Tobin, W. 033.02 Sullivan, M. 150.14, Sweigart, A. 177.08 Takasaki, K. 098.15 Tenenbaum, E. 168.12 Thompson, D. 173.02, Tobolewski, J. 211.08 229.02 Swesty, F. D. 150.11, Tam, P. 071.21 Tenerelli, D. 056.04 218.09 Tohline, J. E. 074.11 Sullivan, W. T. 033.03 150.17 Tams, J. 142.02 Tenn, J. S. 051.01 Thompson, D. J. 153.03 Tohline, J. E. 216.04 Summers, F. 218.12 Swift, C. 239.08 Tamura, M. 010.07, Teodorescu, A. M. Thompson, D. John. Tokunaga, A. 57.03 Sun, K. 074.07 Swift, C. M. 003.13 030.04, 030.12, 056.04 156.02 153.04 Tolea, A. 087.02 Sun, M. 077.11 Swift Science Team, Tamura, T. 113.05 Teplitz, H. 161.04 Thompson, D. M. 218.08 Toledo, I. 196.06 Sun, W. 005.05, 005.06 227.01 Tanaka, M. 177.08 Teplitz, H. I. 132.03 Thompson, J. R. 135.02, Tolstoy, E. 178.06 Sunderland, J. L. 148.25 209.20 Tonry, J. L. 150.05 422 423 Author Index Author Index Topka, K. 210.12 Tripp, T. M. 072.10 Tycner, C. 127.03, Uzpen, B. 162.13 van Dishoeck, E. 010.10 Vega-Carrillo, H. R. Topka, K. P. 210.13 Troland, T. 017.10 173.03 Uzpen, B. R. 219.17 van Dokkum, P. G. 136.07 Torres, G. 024.01, Trombley, C. 077.01 Tyson, A. J. 086.02 Vacca, W. D. 100.01, 225.07 Veh, A. 046.02 226.05 Troutman, M. 010.03 Tyson, J. 086.10 100.05 Van Duyne, J. 052.07 Veilleux, S. 005.07 Torres, S. 067.03 Troxel, M. 150.03 Tyson, J. A. 086.01 Vacca, W. D. 167.10 van Dyk, S. D. 158.02 Velarde-Magana, J. J. Tosi, M. 105.07, 228.05 Trudolyubov, S. P. Tyson, J. A. 086.04 Vaccaro, T. 216.01 Van Dyk, S. D. 168.13 209.18 Townsend, A. 154.04 243.08 Tyson, J. A. 086.05 Vaillancourt, J. E. 085.12 van Eyken, J. 169.04, Velusamy, T. 084.16, Townsend, E. A. 148.23 Trujillo, C. A. 130.03 Tyson, J. A. 086.06 Vaillancourt, J. E. 130.02 169.05, 169.07 219.03 Townsend, E. A. 148.29 Trump, J. R. 149.14 Tyson, J. A. 086.07 Valencic, L. A. 084.14 Van Eyken, J. C. 169.06 Venn, K. A. 029.02 Townsend, R. H. D. Truong, P. N. 105.14 Tyson, J. A. 086.08 Valenti, J. 169.09 van Eyken, J. C. 226.06 Vennes, S. 040.05, 101.03 Truong, P. N. 154.14 Tyson, J. A. 086.09, Vallisneri, M. 074.14 Van Flandern, T. 166.04 103.10 Tr’Ehnl, N. 170.09 Truran, J. W. 009.06 086.20 Valls-Gabaud, D. 077.02 Van Hamme, W. 151.09 Ventimiglia, D. A. Trac, H. 129.04 Tse, M. K. 078.12 Tyson, N. 080.02 van Ballegooijen, A. van Hoof, P. 092.02 077.25 Trancho, G. 130.03 Tucker, B. E. 026.13 Tyson, T. 086.13 016.04 van Kampen, P. 234.07 Venturini, C. C. 009.05 Traub, W. A. 082.03 Tucker, D. 021.05 Tyson, T. 225.08 van Belle, G. 162.15, van Kerkwijk, M. H. Venturini, C. C. 009.06 Traub, W. A. 124.04 Tucker, D. 022.06 Tzioumis, A. 099.03 162.16, 230.04 091.02 Veran, J. 130.03 Traub, W. A. 241.03 Tucker, D. 028.05, Ubach, C. 013.06, van Belle, G. T. 151.03, van Leeuwen, J. 115.06 Vergely, J. 084.06 Trauger, J. 210.04 098.19, 215.07 043.02 163.01 van Straten, W. 159.04 VERITAS collaboration, Trauger, J. T. 082.03 Tucker, D. L. 098.16, ud-Doula, A. 101.03, Van Berg, R. 086.21 van Zee, L. 167.04, 242.04 Trautman, V. 075.08 098.18 133.07 van Braun, K. 162.16 167.06 Vernaleo, J. C. 113.01D Travagli, T. 008.06 Tucker, D. T. 098.11 Ueta, T. 168.13 van Breugel, W. 161.02 van Zyl, L. 009.19 Verner, E. 029.13, Treacy, D. 071.25, Tucker, G. S. 240.05 Ugolini, V. 164.03 Van Brunt, K. 010.09 VanCleve, J. 210.11 072.16 234.08 Tucker, R. 151.02 Ulvestad, J. S. 176.02 Van Citters, G. W. Vanden Berk, D. 212.07 Vestrand, T. W. 162.11 Treister, E. 052.08 Tueller, J. 009.12, Umbreit, S. 005.04 050.01 Vanden Bout, P. 109.06 Vestrand, W. 212.02 Treister, E. 054.06, 052.05 Undreiu, A. 003.22, van de Sande, B. 071.25, vanden Heuvel, A. Vestrand, W. T. 164.05, 072.07 Tuellmann, R. 087.01 235.06 234.08 169.07 212.01 Tremblay, G. R. 072.11 Tumlinson, J. 020.04 Undreiu, L. M. 189.05 van den Berg, M. 242.03 Vanderbei, R. 056.04, Viana, A. C. 018.06 Trentadue, W. 165.08, Turner, B. 035.02 Unwin, S. 024.02 van der Bliek, N. 030.03, 164.15 Viana, P. 180.06 165.09 Turner, J. 170.03 Unwin, S. 241.02 105.05, 105.11 vanGorkom, J. H. 211.11 Vidrih, S. 162.08 Treu, T. 021.02, 183.03 Turner, J. E. H. 211.07 Updike, A. C. 212.06 Van Der Bliek, N. S. VanLehn, K. 071.25, Vijh, U. 160.01, 160.02, Tribiano, S. 071.12, Turner, J. L. 217.02 Upton, R. 086.18 219.16 234.08 160.03, 160.05, 160.07, 080.01 Turner, M. 066.03 Urquhart, J. S. 030.07 van der Kruit, P. C. Vargas, L. C. 172.26 160.08, 160.09 Tribiano, S. M. 080.02 Turner, N. H. 163.01 Urrutia, T. 111.03 015.02 Vargas Alvarez, C. Vijh, U. 160.10 Trimble, J. E. 071.26 Turner, P. C. 075.04 Urry, C. M. 052.07, van der Marel, R. 199.04 026.10 Vijh, U. 160.11, 160.12, Trimble, V. 051.05 Turner, R. 094.10 052.08 Van der Sluys, M. Vastrand, T. 078.04 160.13, 160.15 Trinchieri, G. 155.01 Turner, R. 162.05 Urry, C. M. 054.06 074.16 Vaswani, P. 078.02 Vijh, U. 192.01 Trinchieri, G. 155.03 Tuthill, P. G. 226.04 Urry, C. M. 072.07, van der Veen, J. 189.01 Vayonakis, A. 085.12 Vijh, U. 192.02, 192.03, Trinchieri, G. 155.04 Tuthill, P. G. 230.08 223.01, 225.07 van der Veen, W. 094.07 Vecchio, A. 074.16 192.05 Trinh, C. Q. 018.07 Twelker, K. 156.16 Uson, J. 085.06 van der Wel, A. 037.03 Vijh, U. P. 160.06 424 425 Author Index Author Index Vikhlihnin, A. 180.06 Wade, R. A. 009.07, Walkowicz, L. M. Wardle, J. F. C. 008.04 Weehler, C. 105.13, Werner, M. 081.06, Vilchez, J. M. 211.13 151.01 014.03 Wardle, M. 112.07 218.15 084.19, 160.12 Vincent, M. 148.25 Wadsley, J. 019.07, Walkowicz, L. M. Warner, B. 182.07 Wefel, J. P. 164.05 Werner, M. W. 013.05 Vinciguerra, M. 004.16 211.06, 038.02 089.04, 172.14 Warner, C. 169.05, Wegg, C. 103.01 Werner, M. W. 149.05 Vinen, W. F. 120.01 Wagg, J. 083.07, 125.05 Wall, J. K. 105.16 169.06 Wehner, E. 244.04 Werner, M. W. 161.01, Vinen, W. F. 120.03 Wagner, M. 009.21, Wall, W. F. 055.01 Warner, C. 226.06 Wehner, E. H. 004.10 172.22 Virani, S. 054.06, 072.07 090.07 Wallace, P. M. 128.01 Warren, M. 169.15 Weiler, K. P. 131.06 Wesemael, F. 103.07 Vivas, K. 099.01 Wagner, R. 180.04 Wallenstein, K. 072.01 Warren, S. R. 009.15, Weinberg, D. H. 129.06 West, A. A. 089.04, Vlemmings, W. 159.08 Wagner, R. M. 009.06 Waller, W. H. 030.12, 009.22 Weiner, B. 181.06 089.06, 097.08, 097.10 Voellmer, G. 130.04 Wagner, R. P. 078.01 055.06 Wasatonic, R. 103.04 Weiner, B. J. 181.04 West, A. A. 172.14 Voellmer, G. M. 085.11, Wahl, J. N. 216.05 Wallerstein, G. 026.11, Wasatonic, R. 103.08 Weinstein, M. 052.02 West, A. A. 178.01 130.01 Wahlgren, G. M. 029.13 101.08, 182.03, 228.04 Waters, C. Z. 244.01D Weiser, S. P. 105.13 West, M. 016.03 Vogel, S. 004.05 Wahlgren, G. M. 093.04 Walls, B. 130.03 Watson, C. 017.20 Weiss, A. 017.11 West, M. J. 112.05 Vogeley, M. S. 149.15 Wai, L. L. 037.01 Walsh, B. M. 095.02 Watson, D. F. 219.21 Weiss, R. 049.06 Westbrook, O. 158.01 Voit, G. 077.11 Wainwright, C. L. Walsh, L. 218.16 Watson, D. M. 010.06 Weiss, W. 014.01, Westerhoff, S. 072.27 Voit, G. M. 077.25 247.04 Walter, D. K. 075.05 Watson, D. M. 081.01 163.05 Westing, B. M. 078.03 Voit, M. 180.06 Wakker, B. P. 077.18, Walter, F. M. 009.02 Watson, D. M. 127.05 Weiss, W. W. 230.02 Westmoquette, M. S. Vokos, S. 205.03, 172.20 Walter, F. M. 009.17 Watzke, M. 094.03 Weisz, D. 114.03 039.03 235.03, 235.04, 247.02, Walawender, J. 172.01 Walter, F. M. 219.15 Weathers, D. L. 006.01 Weisz, D. 178.06 Westphal, A. J. 075.07, 247.06 Waldron, W. 230.05 Walterbos, R. 105.07 Weathers, D. L. 121.07 Weisz, D. R. 114.04 206.01 Volk, K. 092.05, 154.08, Waldron, W. L. 158.01 Waltham, C. 248.01 Weathers, D. L. 173.01 Welch, D. 102.06 Wetterer, C. J. 022.11 160.05, 160.07, 192.05 Walker, A. 014.01 Waluska, E. R. 108.04 Weatherwax, A. 218.06 Welch, D. L. 017.16 Wheeler, C. 015.06 Vollmer, B. 078.07 Walker, A. 154.12 Wan, X. 169.04, 169.06 Weaver, B. 078.09 Welch, D. L. 077.30 Wheeler, C. 200.05, Volonteri, M. 005.04 Walker, A. 230.02 Wan, X. 226.06 Weaver, B. 229.07 Welch, D. L. 084.18 212.02 Voloshina, I. B. 137.06 Walker, A. R. 029.05, Wandelt, B. D. 011.07, Weaver, B. A. 150.16 Welch, D. L. 094.10 Wheeler, J. C. 212.01 von Braun, K. 151.03, 214.01 240.05 Weaver, H. A. 025.14, Welch, D. L. 150.07 Whelan, K. 059.09 162.15 Walker, C. 043.02 Wang, D. Q. 243.05 025.15 Welch, D. L. 150.08 White, D. 084.03 Von Der Linden, A. Walker, C. 223.03 Wang, H. H. H. 004.07 Weaver, K. 072.20 Welch, D. L. 150.09 White, J. 130.03 183.05D Walker, C. E. 003.20 Wang, J. 019.04 Weaver, K. A. 072.22 Welch, D. L. 150.10 White, J. W. 246.01 Voroshilov, V. 003.28 Walker, C. E. 043.03, Wang, L. 086.11, 090.03, Weber, F. 091.03 Wellhouse, J. W. 009.04 White, K. 130.03 Vrtilek, S. D. 007.06 071.09, 071.10, 094.07, 098.17, 200.05, 229.07 Weber, M. 016.04 Wellhouse, J. W. 131.06 White, K. F. 009.01 VVDS collaboration, 094.09 Wang, Q. D. 159.14 Webster, Z. T. 003.11, Wells, D. 162.22 White, M. 113.04, 171.06 Walker, C. E. 232.04 Wang, S. 030.02 146.01 Welsh, B. 017.01, 215.08 Waagen, E. O. 162.05 Walker, C. K. 130.01 Wang, W. 136.06 Wechsler, R. H. 038.04, 084.06 White, R. 009.21 Wachter, S. 104.01, Walker, G. A. H. 014.01 Wang, Y. 037.06, 086.11 215.05 Welsh, B. Y. 017.06 White, R. 078.04 131.01 Walker, G. A. H. 163.05, Wang, Y. 172.17 Wechsler, R. H. 222.05 Welty, D. E. 084.02 White, R. 197.05 Wachter, S. 131.06 230.02 Wang, Z. Y. 068.04 Weedman, D. 111.02 Wenger, M. 078.07 White, R. L. 037.03 Wachter, S. 151.03 Walker, M. G. 178.03D Ward, D. 071.09 Weedman, D. 161.04 Wenning, C. J. 003.10, White, R. L. 159.05 Ward, P. 237.02 204.04 White, S. D. M. 183.05 426 427 Author Index Author Index White, V. 094.07 Wiktorowicz, S. 162.02 Wilner, D. 219.08 Wittman, D. M. 086.06 Woodruff, R. A. 056.04 Wyse, R. F. G. 172.15 Whitehorn, N. 198.02 Wilcots, E. M. 018.06, Wilner, D. J. 105.21 Wittman, D. M. 086.10 Woods, P. 131.01 Wyse, R. F. G. 172.21 Whiteoak, J. B. 017.17 139.01, 167.01, 167.11 Wilson, C. D. 015.12 Wittman, D. M. 225.08 Woodward, C. E. 009.06, XBootes, 161.03 Whiting, C. A. 029.15 Wilhelm, R. 027.09, Wilson, G. 083.05 Wittman, M. 148.03 076.09 XBootes Team, 193.05 Whitmore, B. C. 114.05 027.10, 168.08 Wilson, G. 083.06 Wittmann, M. C. 145.07 Woodward, C. E. 156.13, XCS Consortium, Whitmore, B. C. 211.08 Wilhelm, R. 168.10 Wilson, G. 083.07, Wittmann, M. C. 145.08 167.09 077.10 Whitmore, B. C. 211.10 Wilhelm, R. 168.15, 083.08 Wolfe, M. A. 162.18 Woody, D. 049.02 Xie, X. 068.04 Whitney , B. 160.13 38.05 Wilson, G. 083.09 Wolff, M. T. 115.01, Woolf, N. J. 056.04 Xie, Z. 068.04 Whitney, B. 160.01, Wilhelm, R. J. 172.20 Wilson, G. 125.01, 159.13 Woosley, S. 150.25, Xu, C. 005.05 160.02, 160.03 Wilhite, B. C. 072.24 125.03, 125.04, 125.05 Wolff, S. 023.06 200.03 Xu, C. 019.01, 171.01, Whitney, B. 160.06 Wilkinson, M. I. 178.05 Wilson, G. 180.02 Wolfi re, M. 004.05, Woosley, S. E. 162.13 171.04 Whitney, B. 160.07, Will, L. M. 218.12 Wilson, G. W. 083.01 160.12 Wootten, A. 030.11 Xu, C. Kevin. 005.06 160.08, 160.09, 160.10, Willard, T. 003.29 Wilson, G. W. 083.02 Wolfram, K. D. 159.13 Worrall, D. M. 239.04 Xue, Y. 007.04 160.11, 160.14, 160.15 Willems, B. 036.03, Wilson, J. W. 157.04 Wolk, S. J. 158.01, Worswick, S. 154.12 Yadav, A. P. 011.07 Whitney, B. 192.01 074.12, 230.01 Wilson, R. 094.07 219.14, 219.15 Worthey, G. 040.02, Yan, H. 017.18, 017.19 Whitney, B. 192.02, Williamon, R. M. 151.02 Windhorst, R. A. 019.01 Wollack, E. 240.02 210.15 Yan, H. 132.08, 210.07 192.03, 192.05 Williams, B. 087.01 Windhorst, R. A. 171.02, Wollack, E. J. 011.03 Worthey, G. 040.03 Yan, L. 038.07, 225.01 Whitney, B. A. 105.04 Williams, B. 087.02, 171.03 Wollack, E. J. 130.01, Woudt, P. A. 182.07 Yan, R. 181.05D Whitney, B. A. 160.05 087.04 Windhorst, R. A. 171.04, 130.04 Wren, J. 212.01 Yanny, B. 168.08, Whitney, B. A. 219.21 Williams, B. F. 114.03 210.07, 218.12 Wolszczan, A. 085.14 Wren, J. 212.02 172.08 Whittet, D. 084.19 Williams, J. 058.01 Winebrake, J. 214.02 Wolter, M. D. 204.03 Wright, B. 209.02 Yaqoob, T. 072.22 Whittet, D. 218.06 Williams, J. P. 110.03 Wingert, D. W. 081.04 Wong, T. H. 017.17 Wright, C. 010.10 Yarrison-Rice, J. 148.15 Whitworth, C. 075.03 Williams, M. D. 230.07 Winget, D. 163.04 Wong, W. 224.06 Wright, E. L. 011.06 Yasuda, N. 090.01 Whole Earth Telescope Williams, P. T. 219.13 Winget, D. E. 230.03 Wood, J. L. 156.07 Wright, E. L. 020.03, Yeatts, A. 022.08, 022.09 Team, 103.11 Williams, R. 078.04, Winglee, R. 025.20, Wood, K. 015.08 025.03 Yee, H. 180.02 Widhalm, A. 077.13 078.05 025.22 Wood, K. S. 153.03 Wright, G. S. 210.06 Yee, J. C. m. 030.06 Widhalm, A. M. 077.09 Williams, R. J. R. 084.22 Winglee, R. M. 025.21 Wood, P. R. 101.02 Wright, J. 179.04D Yen, C. 211.01 Widhalm, A. M. 131.06 Williams, R. N. m. Winkler, P. 087.03 Wood-Vasey, M. 090.05 Wright, J. T. 089.04 Yen, D. C. C. 004.07 Widhalm, A. M. 162.17 156.14 Winkler, P. F. 087.01, Wood-Vasey, W. 090.11, Wright, S. 172.25 Yeom, B. 019.03 Widmer, L. C. 148.19 Williams, S. J. 081.04 087.04, 156.04, 156.05, 150.07 Wrobel, J. M. 149.03 Yeomans, D. K. 108.01 Wieman, C. E. 066.01 Williams, T. 022.11 156.16, 178.07 Wood-Vasey, W. M. Wu, J. 084.17 Yi, S. K. 004.09, 027.07, Wieman, C. E. 071.18 Williger, G. 219.08 Wise, M. 077.19 086.11, 090.06 Wu, R. 015.10 038.01 Wieman, C. E. 188.01, Williger, G. M. 077.02 Wise, M. 197.01 Wooden, D. 076.09 Wu, X. 007.04 Yizhaq, H. 059.03 209.25 Willis, C. 071.19 Wise, M. W. 180.03 Woodgate, B. 055.06, Wu, Y. 077.22 Yoachim, P. 199.02D Wieman, C. E. 249.01 Willis, M. C. 205.06 Wisniewski, J. 196.06 056.04, 098.18, 098.19 Wu, Y. 178.02 Yoo, J. 129.06D Wiita, P. J. 008.09 Willman, B. 019.07 Wisniewski, J. P. 081.05, Woodgate, B. 219.08 Wyatt, P. 090.04 Yoon, I. 083.06, 083.09 Wijnands, R. 115.04, Willner, S. P. 018.04 127.01 Woodgate, B. E. 098.11, Wyder, T. K. 097.02 Yoon, K. W. 049.04 208.03 Wilms, J. 017.12 Witteborn, F. 210.11 098.16 Wyman, R. 130.03 Yoon, S. 027.06, 100.06 Wiklind, T. 017.14 Wilner, D. 010.10 Wittkowski, M. 101.12 Woodruff, R. 169.15 Wyse, R. 172.11 York, B. A. 198.05 428 429 Author Index York, D. G. 017.21, Zaunbrecher, K. N. Zirbel, E. 003.15, 234.03 172.20 121.01 Zita, E. J. 014.04 Yorke, H. 056.02 Zavala, G. 136.04, Zitzewitz, P. W. 003.13 Yorke, H. W. 164.02 145.05, 209.18 Zmuidzinas, J. 056.02, Yost, S. 212.02 Zellem, R. T. 006.04 085.12, 164.02 Yost, S. A. 212.01 Zenteno, A. 017.16, Zollman, D. 220.02, Youn, S. 083.09 084.18 235.02 Young, E. 210.04 Zenteno, A. 150.08 Zollman, D. A. 245.06, Young, J. 075.01 Zenteno, A. 150.09, 248.06 Young, J. E. 161.10 150.10, 156.04 Zonak, S. G. 114.05 Young, M. 149.09 Zentner, A. 053.05 Zou, X. 148.18 Young, P. A. 094.01, Zentner, A. R. 038.04 Zschaechner, L. K. 150.04 Zepf, S. 155.03 101.11 Young, S. 238.09 Zepf, S. E. 100.07 Zucker, D. B. 162.08 Young, T. 128.07 Zepf, S. E. 155.04 Zucker, D. B. 178.05 Young, T. R. 169.01 Zepf, S. E. 244.02 Zuckerman, B. 115.07 Yu, J. 024.02 Zepf, S. F. 155.01 Zurek, D. R. 009.13, Yu, Y. 156.06 Zevin, D. 094.07 026.08 Yuan, C. 004.07, 004.08, Zezas, A. 004.01, Zweibel, E. 167.01 211.01 019.05, 155.01, 155.03 Zwicker, A. P. 235.05 Yuan, F. 212.01 Zezas, A. 155.04 Zylka, R. 195.01 Yuan, F. 212.02 Zhan, H. 086.08, 086.09, Yun, M. 005.07 086.10, 086.11 Yun, M. 083.06 Zhang, Q. 010.05, Yun, M. 083.07, 083.08 030.05, 133.02 Yun, M. 083.09 Zhao, B. 169.06 Yun, M. 125.01 Zhao, B. 226.06 Yun, M. 125.03 Zhao, H. 172.17 Yun, M. 125.04, 125.05 Zhao, J. 112.06 Yun, M. S. 083.02 Zhao, P. 242.03 Yun, M. S. 083.05 Zhao, W. 205.08 Yurimoto, H. 076.05 Zhdanovich, S. 234.04 Yusef-Zadeh, F. 112.07 Zheng, C. 028.03 Zabludoff, A. I. 114.05 Zijlstra, A. 092.02 Zamojski, M. A. 225.04 Zimmer, P. 099.04 Zamorani, G. 080.05 Zimmer, P. C. 022.11, Zangari, A. 072.12 154.04 Zaritsky, D. 037.07 Zimmerman, T. 094.01 Zingale, M. 150.18 430