th 218 meeting of the American Astronomical Society with the American Association of Variable Star Observers (AAVSO) 218TH MEETING OF THE AMERICAN ASTRONOMICAL SOCIETY

22-26 MAY 2011 BOSTON, MA

All scientific sessions will be held at the:

The Westin Copley Place COUNCIL...... 3 10 Huntington Avenue Boston, MA 02116 EXHIBITORS...... 4

AAS Paper Sorters ATTENDEE SERVICES...... 11 Blaise Canzian, Shantanu Desai, Rick Fienberg, Nimish P. Hathi, Kenneth Janes, Christine Jones- SCHEDULE...... 13 Forman, Kevin Marvel, Karen Masters, Biju Patla, Joan Schmelz, Robert Stencel, Pietro Ubertini, SATURDAY...... 21 Gerrit Verschuur SUNDAY...... 23 Session Numbering Key MONDAY...... 27 100s Monday 200s Tuesday TUESDAY...... 56 300s Wednesday WEDNESDAY...... 83 400s Thursday Sessions are numbered in the Program THURSDAY...... 109 Book by day and time. AUTHOR INDEX...... 120 Please note: posters are up on one day only and listed by day. Changes after 27 April 2011 are included only in the online program materials.

1 BAAS to Be Electronic-Only Beginning in 2011 At the urging of the Publications Board, the Bulletin of the American Astronomical Society (BAAS) will be distributed purely electronically beginning with the January 2011 edition. The new format will add flexibility and ensure wider dissemination beyond subscribers and attendees of our meetings.

The core content of the BAAS — the abstracts of AAS and Division meetings — will continue to be accepted digitally and will appear online and be properly referenced and available for discovery via ADS. Meeting attendees will be able to access abstracts by a variety of electronic means, including online HTML pages, downloadable PDF files, and a variety of ebook formats. Logistical information and presentation titles will appear in a separate printed meeting program provided to all attendees.

The AAS annual report, which used to be included in the BAAS, is already a standalone electronic publication (http://aas.org/publications/annual_report). Certain types of peer-reviewed papers that used to run in the BAAS have migrated to other journals. Obituaries will continue to be published; they’ll appear in the electronic-only BAAS and on the AAS website, and they’ll be submitted to ADS as always. Electronic-only publication will make obituaries better illustrated and more widely read and valued.

As communications technology continue to evolve, we’ll make adjustments to how we present and disseminate information important to our members, meeting attendees, and other stakeholders. Our decisions will be guided by your input, so please let us know how you like (or don’t like) the new version of the BAAS by sending an email to [email protected].

2 AAS Officers & Councilors New AAS Officers and Councilors begin their terms after the Annual Members Meeting on 25 May 2011.

President Debra Elmegreen President Elect David Helfand (as of business meeting) past president J. Craig Wheeler Vice President Christine Jones-Forman Vice President Lee Anne Willson Vice President Nick Suntzeff Vice President Ed Churchwell (as of business meeting) Treasurer Peter Stockman Secretary G. Fritz Benedict Education Officer Timothy F. Slater Publications Board Chair Richard Green Publications Board Chair Anne Cowley (as of business meeting)

Councilors (term ends 2011) Nancy D. Morrison, C.Megan Urry, Charles E. Woodward (term ends 2012) Jennifer Wiseman, James D. Lowenthal, Richard G. French (term ends 2013) Edward F. Guinan, Patricia Knezek, Robert Mathieu (term ends 2014) Bruce Balick, Eileen D. Friel, Angela Speck (as of business meeting)

Press officers Press Officer (1/2010-Present) Rick Fienberg AAS Deputy Press Officer Inge Heyer JAC Deputy Press Officer Larry Marschall Gettysburg College

3 UNDERGRADUATE ORIENTATION SPONSORS Boston Univ, Astronomy Dept Caltech, Astronomy Dept Harvard Univ, Astronomy Dept The National Optical Astronomy Observatory (NOAO)” NRAO, Education and Public Outreach Tufts Univ, Physics & Astronomy Dept Univ of Denver, Physics & Astronomy Dept Wesleyan Univ, Astronomy

EXHIBITORS

102 ADS ads.harvard.edu 401 American Astronomical Society aas.org 401 American Association of Variable Star Observers www.aavso.org 300 Apogee Imaging Systems www.ccd.com 200 - 204 Chandra X-ray Center 303 Cosmic Origins 503 - 504 Exoplanet Exploration Program- NASA JPL 104 Giant Magellan Telescope 505 - 506 Kepler Mission 302 NAIC-Arecibo Observatory www.naic.edu 501 - 502 NASA Exoplanet Science Institute nexsci.caltech.edu 508 National Optical Astronomy Observatory (NOAO) www.noao.edu 404 - 405 National Radio Astronomy Observatory (NRAO) science.nrao.edu 304 NHSC-Caltech www.herschel.caltech.edu 203 - 205 Spitzer Science Center/ Infrared Science Archive www.ipac.caltech.edu 100 Springer www.springer.com 101 - 105 STScI www.stsci.edu 402 -403 University of Hawaii Institute for Astronomy Pan - STARRS www.ifa.hawaii.edu 507 USRA/SOFIA 201 WISE Mission

4 Exhibit Hall -Westin Copley 5 BAR 10 2nd Floor -Westin Copley Lobby Level 6 3rd Floor -Westin Copley 7 4th Floor -Westin Copley 8 7th Floor -Westin Copley 9 the

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Dartmouth Street Exit (which is located across the street) red awning on Dartmouth Street • Exit • Cross • Turn Walking Directions toThe Fairmont Copley Plaza Dartmouth entrance St. James entrance Main Level 1st Floor - Fairmont Copley 10 Attendee Services

For everyone’s protection, please wear your badge at all times during the meeting.

Registration Essex Ballroom Lobby, 3rd Floor Sunday: 3:00-8:00pm Monday 7:30-5:00pm Tuesday-Wednesday 8:00am-5:00pm

Exhibit Hall Essex Ballroom, 3rd Floor America Ballroom Lobby, 4th Floor You must have your badge to enter the Exhibit Hall. Monday: 7:30am-7:00pm Tuesday-Wednesday: 8:00am-7:00pm Thursday: 8:00am-12:00pm Please do not leave personal items unattended. The AAS is not responsible for lost or stolen property. Posters not removed by closing times will be discarded. The Exhibit Hall CLOSES at 12:00pm on Thursday. Please note: The Essex Ballroom and America Lobby are official exhibit areas.

Exhibit Hall Events Coffee Break Monday: 7:30am-10:00am Tuesday - Thursday: 8:00am-10:00am Poster Session with cash bar Monday - Wednesday: 6:00pm-7:00pm

Speaker Ready Room Great Republic, 7th Floor Sunday: 3:00-5:00pm Monday-Wednesday: 7:30am-5:30pm Thursday: 7:30am-11:00am

11 Poster Presentations Posters will be located in two areas at the Boston meeting - in the Essex Ballroom and the America Ballroom Foyer; please note the location under each session title. Those presenting posters may begin setting up their posters at 7:30am on the morning of their presentation. Only two representatives per poster will be allowed in the poster areas during set-up time, these representatives must be wearing a meeting badge.

Cyber Café America Ballroom Lobby, 4th Floor Monday: 7:30am-7:00pm Tuesday - Wednesday: 8:00am-7:00pm Thursday: 8:00am-12:00pm

If there is a line for computers, please limit your time to 15 minutes. Absolutely no food or drink is permitted in the Cyber Café.

Using Your Own Laptop While At The Meeting • All devices are required to be running the most up-to-date virus protection and spyware protection. • No device should be running as a server for offsite clients. • Absolutely no routers can be attached to the network without prior authorization from the AAS IT Staff. • The network will be monitored throughout the Meeting and the AAS Staff reserves the right to disconnect any device that is causing network problems.

Session Chair Breakfast Baltic, 7th Floor Monday: 7:30-8:00am Wednesday: 7:30-8:00am

Donor Lounge Attendance by Invitation Only Adams, 7th Floor Monday-Wednesday: 7:30am-6:00pm Thursday: 7:30am-11:00am

12 Schedule of Events CD Staffordshire Staffordshire isheries Page 1 of F Hotel Hotel Staffordshire Fairmont Fairmont Fairmont Fairmont Fairmont Hotel Fairmont Lobby Lobby Adams Republic Orientation, 6:00pm - 7:00pm, Oval Room,Oval 7:00pm, - 6:00pm Orientation, 3:00pm - 8:00pm, Registration Desk, EssexFoyer Desk, Registration 8:00pm, - 3:00pm CAE/CATS Tier II Technology Special Topic Workshop, 8:00am - 5:00pm, St. George George St. 5:00pm, - 8:00am Workshop, Topic Special Technology II CAE/CATSTier Empire 5:00pm, - 8:00am Workshop, Excellence Teaching I CAE/CATSTier 101 Astro CAE/CATS Astro 101 Tier I Teaching Excellence Workshop, 8:00am - 5:00pm, Empire 5:00pm, - 8:00am Workshop, Excellence Teaching I CAE/CATSTier 101 Astro Neutron Stars and Gravitational Waves: The Next Steps toward Detection, 8:00am - 6:30pm, St. George AB George St. 6:30pm, - 8:00am Detection, Waves:toward Steps Next Gravitational The and Stars Neutron 11 Ready Room, 3:00pm - 5:00pm, Great Great 5:00pm, - 3:00pm Room, Ready Ballroom, Grand 9:30pm, - 7:00pm Reception, Banquet, 7:00pm - 10:00pm, AAVSO Headquarters 10:00pm, - 7:00pm Banquet, Membership Meeting, 1:00pm - 2:00pm, Harbour/Ipswich, Turner Turner Harbour/Ipswich, 2:00pm, - 1:00pm Meeting, Membership 20 Session: AAVSO Paper Session I, 2:00pm - 5:00pm, Harbour/Ipswich, Turner Fisheries Turner Harbour/Ipswich, 5:00pm, - 2:00pm I, Session AAVSO Paper Session: 12:00pm, - 9:30am II, Session AAVSO Paper Session: 3:00pm, - 1:30pm Astronomy, Star ofVariable History the Women HADin I: Session: Session: HAD II: Variable Star Astronomy in Theory and Practice, 3:20pm - 5:30pm, 5:30pm, - 3:20pm Practice, and Theory in Astronomy Star Variable HAD II: Session: 2011 Educator Reception, 4:30pm - 6:00pm, Venetian Room, Venetian 6:00pm, - 4:30pm Reception, Educator Speaker Speaker AAS Council Meeting, 8:00am - 5:00pm, Parliament/ 5:00pm, - 8:00am Meeting, AASCouncil Workshop: Workshop: Special Special Workshop: Workshop: Workshop: Workshop: Special Special AAVSO AAVSO Registration, 8:00am - 10:00am, Westin Main Westin Main 10:00am, - 8:00am AAVSORegistration, Registration, Registration, Workshop: Workshop: AAVSO AAVSO Registration, 12:00pm - 3:00pm, Westin Main Westin Main 3:00pm, - 12:00pm AAVSORegistration, Special Special Opening Opening Special Special K-12 Undergraduate Undergraduate 0 0 00am 3:00 Sunday, May 22 Saturday, 21 May May 21 Saturday, 8:00am 12:00pm 1:00pm 2:00 7:00 9:30 1:30pm 3:20 4:30 6:00 7: 8:

13 Schedule of Events Fairmont Hotel Fairmont ), 11:40am - - 11:40am ), Galaxies ), 8:30am - 9:20am, 9:20am, - 8:30am ), Spiral Spiral 113 Special Session: Early Early Session: Special 113 From Science Pan-STARRS1 117 Special Session: Session: Special 117 Huchra John Remembering Room, Oval Staffordshire 106 122 Binary Stellar Systems, X- Systems, Stellar Binary 122 Binaries ray Staffordshire CD George St. Harvard-Smithsonian, CfA Harvard-Smithsonian, CavendishLaboratory ), 3:40pm-4:30pm, America Ballroom America 3:40pm-4:30pm, ), South Fairmont Hotel Fairmont Special Session: Session: Special Galactic & Extra-Galactic Star Formation Formation Star Extra-Galactic & Galactic Analysis Image Handling, Data Computation, Airborne Based or Ground Instrumentation: Extra-galactic & Galactic - Associations and Clusters Star Catalogs and Astrophysics Laboratory STScI 121 Stars, Dwarfs, Stellar, Circumstellar Circumstellar Stellar, Dwarfs, Stars, 121 Disks America South America 112 MiM: Searching for Exoplanets with with Exoplanets for Searching MiM: 112 Kepler South America 116 Special Session: Astronomy Astronomy Session: Special 116 for Strategies Unexpected!Innovative Students Non-Traditional Reaching Gloucester 104 "New Worlds, New Horizons": The Science Science The Worlds, "New Horizons": New ofAstro2010 America 130 131 132 133 134 Foyer Page 1 of Ballroom 30pm 10:00am - 11:30am - 10:00am , , Central Republic Special Session: Special Center Galactic The America Central America 111 MiM: Nuclear Physics I – Stellar Stellar – I Physics Nuclear MiM: 111 Nucleosynthesis CD George St. 115 Special Session: Hard X-ray Surveys Surveys HardX-ray Session: Special 115 ofAGN AB George St. Energy/Large Dark & Matter Dark 120 Scale Distance Cosmic Structures, Scale 103 108 AAVSO: Astrophysics with Small Small with AAVSO:Astrophysics Telescopes America Gloucester Welcoming Address, 8:00am - 8:30am, America America 8:30am, - 8:00am Address, Welcoming : Kavli Lecture: The 2050 Decadal Survey of Astronomy and Astrophysics, Malcolm Longair ( Longair Malcolm Astrophysics, and ofAstronomy 2050DecadalSurvey The KavliLecture: : : Stars, Planets and The Weather: If You Don't Like It Wait 5 Billion Years, Jeremy J. Drake ( Drake J. Jeremy Years, Wait Billion 5 It Like Don't You Weather: If The and Planets Stars, : : Stellar Astrophysics from the Kepler Mission, Ronald L. Gilliland ( Gilliland L. Ronald Mission, Kepler the from Astrophysics Stellar : 7:30am - 5:00pm, Registration Desk, Essex Foyer Desk, Registration 5:00pm, - 7:30am Session: Session CD North 7:30am - 7:00pm, Essex Ballroom and American Foyer andEssexAmerican Ballroom 7:00pm, - 7:30am Ready Room, 7:30am - 5:30pm, - 7:30am Room, Ready Great Chair Breakfast, 7:30am - 8:00am, Baltic 8:00am, - 7:30am Breakfast, Chair 2011 Café, 7:30am - 7:00pm, America Foyer America 7:00pm, - Café, 7:30am Invited Invited MiM: 12-Years of Science with with of12-YearsScience MiM: Holes Black Invited Session Invited Stellar Evolution, Stellar Populations Stellar Evolution, Stellar AAVSOSession Poster Novae Variables, Evolved Cataclysmic Stars, Nebulae, Planetary Supernovae. Extrasolar Planets: Detection and Characterization Characterization and Detection Planets: Extrasolar Dust and Medium Interstellar Regions, HII Clouds, Molecular 02 01 Invited Invited 01 Evening Poster Session, 6:00pm - 7:00pm, Essex Ballroom and America Foyer America and EssexBallroom 7:00pm, - 6:00pm Session, Poster Evening AAVSO Headquarters 9:30pm, - 7:00pm House, AAVSOOpen Posters, 125 126 127 110 MiM: 12-Years of Science with with of12-YearsScience MiM: 110 ofLifeStars X-ray The Chandra: North America Exhibits, 7:30am - 7:00pm, Essex Ballroom and America Foyer America and EssexBallroom 7:00pm, - 7:30am Exhibits, 100 AAVSO: Session: Special 114 Era Imaging the in Stars Variable Central America and Starbursts, AGN, Quasars, 123 SEDs Staffordshire 119 Evolution of Galaxies I ofGalaxies Evolution 119 North America Cyber Cyber ALMA Early Science Proposal Preparation Tutorial, 12:30pm - 3:30pm, St. James Room, James St. 3:30pm, - 12:30pm Tutorial, Preparation Proposal Science ALMAEarly 107 Chandra: Chandra Observations of Observations Chandra Chandra: System Solar the American George St. 1 1 America Ballroom America 12:30pm, America Ballroom America 12:30pm, 109 NASA Town Hall, 12:45pm - 1:45pm, America South America 1:45pm, - 12:45pm Hall, NASATown Session Invited 118 Gloucester 6:00pm, - 4:30pm Educators, and Scientists for Opportunities SOFIA: MiM/Special Sessions/Oral Sessions - 110 - 117, 2:00pm - 3: 2:00pm- 117, - 110Sessions - Sessions/Oral MiM/Special MiM/Special Sessions and Oral Sessions 102 - 108 Sessions- 102 Sessions andOral MiM/Special 6:00pm - 4:30pm 124, - 119Sessions - Sessions/Oral Special Speaker Speaker 128 129 Session Session Registration, Registration, Poster and Exhibit Set-Up, 7:30am - 8:00am, Essex Ballroom and America America and EssexBallroom 8:00am, - 7:30am Set-Up, Exhibit and Poster 00 30 8: 12:30pm 12:45 6:00 7:00 3:40 8: 11:40 4:30 2:00 Monday, 23 May May 23Monday, 10:00 7:30am

14 Schedule of Events 1 Fairmont Hotel Fairmont CD ), 11:40am - - 11:40am ), ), 8:30am - 9:20am, 9:20am, - 8:30am ), Binary Stellar Systems, X- Systems, Stellar Binary Special Session: Early Early Session: Special Special Session: Session: Special 113 Science From From Science Pan-STARRS Remembering John Huchra John Remembering Room, Oval 117 106 Spiral Galaxies Spiral 106 Staffordshire 122 122 ray Binaries ray Staffordshire George St. Harvard-Smithsonian, CfA Harvard-Smithsonian, CavendishLaboratory Students ), 3:40pm-4:30pm, America Ballroom America 3:40pm-4:30pm, ), South South Fairmont Hotel Fairmont Stars, Dwarfs, Stellar, Circumstellar Circumstellar Stellar, Dwarfs, Stars, MiM: Searching for Exoplanets with with Exoplanets for Searching MiM: Special Session: Astronomy Astronomy Session: Special Galactic & Extra-Galactic Star Formation Formation Star Extra-Galactic & Galactic Analysis Image Handling, Data Computation, Airborne Based or Ground Instrumentation: Extra-galactic & Galactic - Associations and Clusters Star Catalogs and Astrophysics Laboratory STScI Disks 121 America America 112 Kepler America Unexpected! Innovative Strategies for Strategies Unexpected!Innovative Non-Traditional Reaching Gloucester 116 104 Special Session: Session: Special 104 Science The Worlds, "New Horizons": New ofAstro2010 South America 130 131 132 133 134 Page 1 of Foyer Gloucester 10:00am - 11:30am - 10:00am , , CD AB Central Dark Matter & Dark Energy/Large Energy/Large Dark & Matter Dark MiM: Nuclear Physics I – Stellar Stellar – I Physics Nuclear MiM: Special Session: Hard X-ray Surveys Surveys HardX-ray Session: Special America America 111 Nucleosynthesis George St. 120 120 115 Scale Structures, Cosmic Distance Scale Distance Cosmic Structures, Scale ofAGN George St. 103 Special Session: Special 103 Small with AAVSO:Astrophysics Telescopes Central America 108 The Galactic Center Galactic The 108 Gloucester Welcoming Address, 8:00am - 8:30am, America Ballroom America 8:30am, - 8:00am Address, Welcoming Proposal Preparation Tutorial, 12:30pm - 3:30pm, St. James Room, James St. 3:30pm, - 12:30pm Tutorial, Preparation Proposal : Kavli Lecture: The 2050 Decadal Survey of Astronomy and Astrophysics, Malcolm Longair ( Longair Malcolm Astrophysics, and ofAstronomy 2050DecadalSurvey The KavliLecture: : : Stars, Planets and The Weather: If You Don't Like It Wait 5 Billion Years, Jeremy J. Drake ( Drake J. Jeremy Years, Wait Billion 5 It Like Don't You Weather: If The and Planets Stars, : : Stellar Astrophysics from the Kepler Mission, Ronald L. Gilliland ( Gilliland L. Ronald Mission, Kepler the from Astrophysics Stellar : allroom Oral Sessions - 119 - 124, 4:30pm - 6:00pm - 4:30pm 124, - 119Sessions - Oral B Sessions/Oral Sessions - 110 - 117, 2:00pm - 3:30pm 2:00pm- 117, - 110Sessions - Sessions/Oral Science Science North North Central Sessions/ Open House, 7:00pm - 9:30pm, AAVSO Headquarters 9:30pm, - 7:00pm House, Open Opportunities for Scientists and Educators, 4:30pm - 6:00pm, 6:00pm, - 4:30pm Educators, and Scientists for Opportunities Town Hall, 12:45pm - 1:45pm, America South America 1:45pm, - 12:45pm Hall, Town Evolution of Galaxies I ofGalaxies Evolution and Starbursts, AGN, Quasars, Special MiM: 12-Years of Science with with of12-YearsScience MiM: Special Session: AAVSO: Session: Special Invited Session Invited Stellar Evolution, Stellar Populations Stellar Evolution, Stellar AAVSOSession Poster Novae Variables, Evolved Cataclysmic Stars, Nebulae, Planetary Supernovae. Extrasolar Planets: Detection and Characterization Characterization and Detection Planets: Extrasolar Dust and Medium Interstellar Regions, HII Clouds, Molecular M/ Evening Poster Session, 6:00pm - 7:00pm, Essex Ballroom and America America and EssexBallroom 7:00pm, - 6:00pm Session, Poster Evening AAVSO Posters, 7:30am - 7:00pm, Essex Ballroom and American Foyer andEssexAmerican Ballroom 7:00pm, - 7:30am Posters, 125 126 127 Chandra: The X-ray Life ofLifeStars X-ray The Chandra: America 110 Variable Stars in the Imaging Era Imaging the in Stars Variable America 119 119 Cyber Café, 7:30am - 7:00pm, America Foyer America 7:00pm, - Café, 7:30am Cyber Foyer America and EssexBallroom 7:00pm, - 7:30am Exhibits, 100 Invited Session: Invited 100 114 123 America America SEDs Staffordshire ALMA Early ALMAEarly 102 MiM: 12-Years of Science with with of12-YearsScience MiM: 102 of Observations Chandra Chandra: System Solar the North American 107 Black Holes Black 107 CD George St. America Ballroom America 101 Invited Session Invited 101 12:30pm, America America 12:30pm, 109 Invited Session Invited 109 SOFIA: SOFIA: 118 NASA Mi MiM/Special Sessions and Oral Sessions 102 - 108 Sessions- 102 Sessions andOral MiM/Special Special Speaker Ready Room, 7:30am - 5:30pm, - 7:30am Room, Ready Speaker Republic Great 128 129 Registration, 7:30am - 5:00pm, Registration Desk, Essex Foyer Desk, Registration 5:00pm, - 7:30am Registration, Baltic 8:00am, - 7:30am Breakfast, Chair Session Foyer America and EssexBallroom 8:00am, - 7:30am Set-Up, Exhibit and Poster 45 40 30 00 8:00 12:30pm 12: 3: 6:00 7:00 8:30 11:40 4: 2: Monday, 23 May 2011 May 23Monday, 10:00 7:30am Continued Monday, 23 May 2011

15 Schedule of Events Scale AB MiM: SMARTS: Science Science SMARTS: MiM: Waves ), ), Results George St. 204 212 MiM: SMARTS: Current Current SMARTS: MiM: 212 Capabilities Future and AB George St. Cosmology 220 South America ), ), Fairmont Hotel Fairmont ), 3:40pm - 4:30pm, America Ballroom America 4:30pm, - 3:40pm ), Bursts NRAO Fairmont Hotel Fairmont Institute for Astronomy, Univ. of Hawaii of Univ. Astronomy, for Institute South MPI for Astrophysics, Germany Astrophysics, for MPI Cosmic Microwave Background/ Background/ Microwave Cosmic Relativistic Astrophysics, Gravitational Lenses & Lenses Gravitational Astrophysics, Relativistic Clusters Galaxy Ray Gamma ofGalaxies Evolution Dark Matter & Dark Energy/Large Scale Structures, Cosmic Distance Distance Cosmic Structures, Scale Energy/Large Dark & Matter Dark Cosmology of Architecture the and Kepler MiM: Pulsars, NeutronandTopicsRelated Stars Pulsars,

33 235 237 238 236 234 Systems Planetary America 203 207 207 232 2 Relativistic Astrophysics, Gravitational Lenses & Lenses Gravitational Astrophysics, Relativistic Waves Gloucester with Characterization Exoplanet MiM: 211 Kepler South America Outreach Public & Education Astronomy 215 Central America PNe,Evolvedother and Stars Supernovae, 219 Topics CD George St. Page 1 of Objects Foyer yer Fo 10:00am - 11:30am - 10:00am , , CD entral C MiM: Nuclear Physics II – II Physics Nuclear MiM: Cosmic Session: Special Gamma-Ray Spectroscopy and and Spectroscopy Gamma-Ray RadioactiveNuclei George St. Zoo Galaxy from Evolution America 202 206 210 MiM: Nuclear Physics III – III Physics Nuclear MiM: 210 Astrophysics Neutrino CD George St. Detection Planets: Extrasolar 218 Characterization and Central America 214 Special Session: Transforming Transforming Session: Special 214 Norms: Cultural for Groups Mentoring/Networking WomenMinorities and Gloucester Sustainability Session: Special 222 "Green" Astronomy: and Public and Action Professional Outreach AB George St. Binaries Chandra System SPD Hale Prize: The Sun's Magnetic Surface, Hendrik Spruit ( Spruit Hendrik Surface, Magnetic Sun's The SPDPrize: Hale : The Pan-STARRS Wide-Field Imaging Survey, Nicholas Kaiser ( Kaiser Nicholas Survey, Pan-STARRSWide-Field Imaging The : : Russell Prize: Mapping the Universe with Redshift Surveys and Weak Lensing, Margaret J. Geller, J. Margaret Weak and Lensing, Surveys Redshift with Universe the Mapping Prize: Russell : ( Carilli Luke Chris Array, Large Very Expanded the with Science Early : Sessions/Oral Sessions - 201 - 207 - 201 Sessions - Sessions/Oral Session Holes 8:00am - 7:00pm, Essex Ballroom and American andAmerican Essex Ballroom 7:00pm, - 8:00am North I The Sun and The Solar Solar The and Sun The Disks Circumstellar H-H Stars, T-Tauri Stars, Young Very Objects, Stellar Young Kepler From Results with of12-YearsScience Black X-ray Systems, Stellar Binary Center Galactic Way, the Milky The MiM: 12-Years of Science with with of12-YearsScience MiM: the What's under New MiM:

MiM/Special MiM/Special 200 Invited Invited 200 8:30am - 9:20am, America Ballroom America 9:20am, - 8:30am Posters, Exhibits, 8:00am - 7:00pm, Essex Ballroom and America America and EssexBallroom 7:00pm, - 8:00am Exhibits, 205 Chandra: SNR and Compact Objects Compact SNR and Chandra: America Suns? 224 201 225 Staffordshire 231 229 209 MiM: 12-Years of Science with with of12-YearsScience MiM: 209 Galaxies Chandra: North America Way, Milky the Formation, Star 217 Clusters Star North America Session: Invited 223 213 MiM: What's New under the the What's under New MiM: 213 II Suns? Staffordshire for Prospects Session: Special 221 X-ray Energy Low Resolution High Spectroscopy Staffordshire ALMA Early Science Proposal Preparation Tutorial, 12:30pm - 3:30pm, St. James Room, James St. 3:30pm, - 12:30pm Tutorial, Preparation Proposal Science ALMAEarly Speaker Ready Room, 7:30am - 5:30pm, Great Republic Great 5:30pm, - 7:30am Room, Ready Speaker Foyer America and EssexBallroom 8:00am, - 7:30am Set-Up, Exhibit and Poster Essex Foyer Desk, Registration 5:00pm, - 8:00am Registration, Foyer America 7:00pm, - Café, 8:00am Cyber Session Invited 208 Room, Venetian 3:30pm, - 12:30pm Meeting, Community (COPAG) Group Analysis Program Origins Cosmic South America 1:45pm, - 12:45pm Hall, NSFTown 3:30pm 2:00pm- 215, Sessions- 209 Sessions/Oral MiM/Special Session Invited 216 Foyer America and EssexBallroom 7:00pm, - 6:00pm Session, Poster Evening South America 8:00pm, - 7:00pm 11:40am - 12:30pm, America Ballroom America 12:30pm, - 11:40am 6:00pm 4:30pm- 222, - 217 Sessions - Sessions/Oral MiM/Special 226 228 227 230 00 00 30 10: 8: 11:40 12:45pm 3:40 6:00 7:00 12:30pm 4:30 Tuesday, 24 May 2011 Tuesday, May 24 7:30am 8:00 2:00 8:

16 Schedule of Events AB South Cosmology MiM: SMARTS: Current Current SMARTS: MiM: ), ), 220 220 America America and Future Capabilities Future and George St. 212 204 MiM: SMARTS: Science Science SMARTS: MiM: 204 Results AB George St. Hotel ), ), Fairmont Fairmont ), 3:40pm - 4:30pm, America Ballroom America 4:30pm, - 3:40pm ), NRAO Fairmont Hotel Fairmont CD Institute for Astronomy, Univ. of Hawaii of Univ. Astronomy, for Institute South MPI for Astrophysics, Germany Astrophysics, for MPI Supernovae, PNe, Evolved Stars and other PNe,Evolvedother and Supernovae, Stars Dark Matter & Dark Energy/Large Scale Structures, Cosmic Distance Scale Distance Cosmic Structures, Scale Energy/Large Dark & Matter Dark MiM: Exoplanet Characterization with with Characterization Exoplanet MiM: Outreach Public & Education Astronomy Relativistic Astrophysics, Gravitational Lenses & Waves& Lenses Gravitational Astrophysics, Relativistic Clusters Galaxy Bursts Ray Gamma ofGalaxies Evolution 235 236 237 238 232 Pulsars, NeutronandTopicsRelated Stars Pulsars, 232 Cosmology233 234 Topics George St. 219 219 215 Kepler America Central America 211 207 Cosmic Microwave Background/ Background/ Microwave Cosmic 207 & Lenses Gravitational Astrophysics, Relativistic Waves Gloucester 203 MiM: Kepler and the Architecture of Architecture the and Kepler MiM: 203 Systems Planetary South America Page 1 of Foyer Minorities 10:00am - 11:30am - 10:00am , , CD Central Extrasolar Planets: Detection Detection Planets: Extrasolar MiM: Nuclear Physics III – III Physics Nuclear MiM: Transforming Session: Special Sustainability Session: Special Gloucester and Characterization and America Neutrino Astrophysics Neutrino George St. Norms: Cultural for Groups Mentoring/Networking Women and "Green" Astronomy: and Public and Action Professional Outreach AB George St. 210 218 222 214 206 Special Session: Cosmic Cosmic Session: Special 206 Zoo Galaxy from Evolution Central America 202 MiM: Nuclear Physics II – II Physics Nuclear MiM: 202 and Spectroscopy Gamma-Ray RadioactiveNuclei CD George St. South SPD Hale Prize: The Sun's Magnetic Surface, Hendrik Spruit ( Spruit Hendrik Surface, Magnetic Sun's The SPDPrize: Hale : The Pan-STARRS Wide-Field Imaging Survey, Nicholas Kaiser ( Kaiser Nicholas Survey, Pan-STARRSWide-Field Imaging The : : Russell Prize: Mapping the Universe with Redshift Surveys and Weak Lensing, Margaret J. Geller, J. Margaret Weak and Lensing, Surveys Redshift with Universe the Mapping Prize: Russell : : Early Science with the Expanded Very Large Array, Chris Luke Carilli ( Carilli Luke Chris Array, Large Very Expanded the with Science Early : Session North North Origins Program Analysis Group (COPAG) Community Meeting, 12:30pm - 3:30pm, Venetian Room, Venetian 3:30pm, - 12:30pm Meeting, Community (COPAG) Group Analysis Program Origins II Early Science Proposal Preparation Tutorial, 12:30pm - 3:30pm, St. James Room, James St. 3:30pm, - 12:30pm Tutorial, Preparation Proposal Science Early Town Hall, 12:45pm - 1:45pm, America South America 1:45pm, - 12:45pm Hall, Town Star Formation, the Milky Way, Milky the Formation, Star Special Sessions/Oral Sessions 209 - 215, 2:00pm - 3:30pm 2:00pm- 215, Sessions - 209 Sessions/Oral Special Invited Invited Invited Session Invited MiM: 12-Years of Science with with of12-YearsScience MiM: the What's under New MiM: for Prospects Session: Special Session: Invited The Sun and The Solar System Solar The and Sun The Disks Circumstellar H-HObjects Stars, T-Tauri Stars, Young Very Objects, Stellar Young Kepler From Results Chandra with of12-YearsScience Holes Black Binaries X-ray Systems, Stellar Binary Center Galactic Way, the Milky The pectroscopy MiM/Special Sessions/Oral Sessions - 201 - 207 - 201 Sessions - Sessions/Oral MiM/Special Exhibits, 8:00am - 7:00pm, Essex Ballroom and America Foyer America and EssexBallroom 7:00pm, - 8:00am Exhibits, Foyer andAmerican Essex Ballroom 7:00pm, - 8:00am Posters, Session Invited 200 8:30am - 9:20am, America Ballroom America 9:20am, - 8:30am 208 11:40am - 12:30pm, America Ballroom America 12:30pm, - 11:40am 6:00pm 4:30pm- 222, - 217 Sessions - Sessions/Oral MiM/Special Speaker Ready Room, 7:30am - 5:30pm, Great Republic Great 5:30pm, - 7:30am Room, Ready Speaker Foyer America and EssexBallroom 8:00am, - 7:30am Set-Up, Exhibit and Poster Essex Foyer Desk, Registration 5:00pm, - 8:00am Registration, Foyer America 7:00pm, - Café, 8:00am Cyber 224 225 226 227 228 229 230 231 216 S 221 213 ALMA Staffordshire Star Clusters Star America Evening Poster Session, 6:00pm - 7:00pm, Essex Ballroom and America America and EssexBallroom 7:00pm, - 6:00pm Session, Poster Evening Chandra: Galaxies Chandra: America Suns? X-ray Energy Low Resolution High 7:00pm - 8:00pm, America America 8:00pm, - 7:00pm 217 217 223 MiM/ Staffordshire 209 Cosmic Cosmic NSF 205 MiM: What's New under the the What's under New MiM: 205 I Suns? Staffordshire 201 MiM: 12-Years of Science with with of12-YearsScience MiM: 201 Objects Compact SNR and Chandra: North America 0pm 3 45pm 00 40 00 10:00 Tuesday, 24 May 2011 Tuesday, May 24 7:30am 8:00 8:00 12: 4:30 2: 3: 6:00 7: 12: 11:40 8:30 ContinuedTuesday, 24 May 2011

17 Schedule of Events Central Systems Topics MiM: The Panchromatic Panchromatic The MiM: 304 View of Star Formation and and Formation ofStar View Diverse in Disks Protoplanetary I Environments America 312 MiM: The Panchromatic Panchromatic The MiM: 312 and Formation ofStar View Diverse in Disks Protoplanetary II Environments Central America 320 Pulsars and Neutron Stars Neutron and Pulsars 320 Staffordshire ), ), Outreach Space Missions & Related & Missions Space ) ), 11:40am-12:30pm, America Ballroom America 11:40am-12:30pm, ), Galaxies NSF South Computation, Data Handling, Image Image Handling, Data Computation, Spiral Spiral Herschel Instrumentation: Line Absorption QSO & Medium Intergalactic Public & Education Astronomy Galaxies Dwarf MiM: Astrophysics with Kepler I Kepler with Astrophysics MiM:

Durham University, United Kingdom United DurhamUniversity, 329 330 332 333 334 331 Analysis & Other Topics Other & Analysis Gloucester 307 307 303 America America 311 MiM: Astrophysics with Kepler II Kepler with Astrophysics MiM: 311 South America 315 Special Session: Using the the Using Session: Special 315 Teach to DiscoveriesofAstronomy Physics Staffordshire Clusters Galaxy 319 South America YaleUniversity Page 1 of er Foy Fairmont Hotel Fairmont D C AB 10:00am - 11:30am - 10:00am , , MiM: Particle Physics I – Dense Dense – I Physics Particle MiM: Special Session: Low-Mass Low-Mass Session: Special 302 Matter George St. 310 MiM: Particle Physics II – High High – II Physics Particle MiM: 310 Astrophysics Energy CD George St. 306 Stellar Science in the Era of Large ofLarge Era the in Science Stellar Surveys George St. 314 Special Session: SPICA and the the and SPICA Session: Special 314 Far-Infrared ofthe Promise Gloucester 318 Dust and Star Formation Star and Dust 318 Central America Dwarfs Science What Drives the Growth of Black Holes?, Ryan C. Hickox ( Hickox C. Ryan Holes?, ofBlack WhatGrowth Drivesthe : From Hot Jupiters to Habitable Worlds, Debra Fischer ( Worlds, Fischer Debra Habitable to Jupiters Hot From : : Demographics in Astronomy and Astrophysics, James S. Ulvestad S. ( James Astrophysics, and Astronomy in Demographics : Impact Sessions/Oral Sessions 301 - 307 Sessions- 301 Sessions/Oral Stars Session 8:00am - 7:00pm, Essex Ballroom and American Foyer andAmerican Essex Ballroom 7:00pm, - 8:00am North Special Variable Variable Winds Atmospheres, Stellar SPICA Stellar Low-Mass WhiteDwarfs, Brown Dwarfs, M AGN Other and Quasars, Blazars, Programs Large and Surveys Invited Invited MiM: 12-Years of Science with with of12-YearsScience MiM: Special Session: The Literature- The Session: Special

AAS Members Meeting Town Hall, 12:45pm - 1:45pm, America South America 1:45pm, - 12:45pm Hall, Town Meeting AASMembers 3:30pm 2:00pm- 315, Sessions- 309 Sessions/Oral MiM/Special 6:00pm 4:30pm- 321, Sessions- 317 Sessions/Oral MiM/Special Foyer America and EssexBallroom 7:00pm, - 6:00pm Session, Poster Evening Reception, Closing Ballroom, Grand 8:30pm, - 7:00pm MiM/ 308 Invited Session Invited 308 3:40pm - 4:30pm, America Ballroom America 4:30pm, - 3:40pm 316 Invited Session: Invited 316 324 328 326 323 Speaker Ready Room, 7:30am - 5:30pm, Great Republic Great 5:30pm, - 7:30am Room, Ready Speaker Baltic 8:00am, - 7:30am Breakfast, Chair Session Foyer America and EssexBallroom 8:00am, - 7:30am Set-Up, Exhibit and Poster Essex Foyer Desk, Registration 5:00pm, - 8:00am Registration, Posters, 327 322 325 Cyber Café, 8:00am - 7:00pm, America Foyer America 7:00pm, - Café, 8:00am Cyber America and EssexBallroom 7:00pm, - 8:00am Exhibits, 300 Chandra: AGN and SMBHs AGNand Chandra: America 301 309 MiM: 12-Years of Science with with of12-YearsScience MiM: 309 of Groups and Clusters Chandra: Galaxies North America 8:30am-9:20am, America Ballroom America 8:30am-9:20am, 305 Staffordshire Data Connection: Meaning, Meaning, Connection: Data and Infrastructure 313 Special Session: The Oort Cloud: Cloud: Oort The Session: Special 313 Emptied? it is How Filled? it is How AB George St. 317 AGN, Mergers, and Jets and Mergers, AGN, 317 North America 321 Molecular Clouds, HII Regions, Regions, HII Clouds, Molecular 321 Medium Interstellar CD George St. 00 30 4:30 10:00 2:00 Wednesday, 25 May 2011 Wednesday, May 25 7:30am 8: 8: 11:40 12:45pm 3:40 6:00 7:00

18 Schedule of Events tars S Central Pulsars and Neutron Neutron and Pulsars MiM: The Panchromatic Panchromatic The MiM: 304 MiM: The Panchromatic Panchromatic The MiM: 304 and Formation ofStar View Diverse in Disks Protoplanetary I Environments Central America 312 View of Star Formation and and Formation ofStar View Diverse in Disks Protoplanetary II Environments America 320 320 Staffordshire ), ), ) ), 11:40am-12:30pm, America Ballroom America 11:40am-12:30pm, ), NSF South South Galaxy Clusters Galaxy Spiral Galaxies Spiral MiM: Astrophysics with Kepler II Kepler with Astrophysics MiM: Special Session: Using the the Using Session: Special Herschel Topics Related & Missions Space Instrumentation: Systems Line Absorption QSO & Medium Intergalactic Outreach Public & Education Astronomy Galaxies Dwarf Durham University, United Kingdom United DurhamUniversity, 329 330 331 332 333 334 Analysis & Other Topics Other & Analysis Gloucester 307 Computation, Data Handling, Image Image Handling, Data Computation, 307 303 MiM: Astrophysics with Kepler I Kepler with Astrophysics MiM: 303 South America 311 America America 319 319 America America Discoveries of Astronomy to Teach Teach to DiscoveriesofAstronomy Physics Staffordshire 315 YaleUniversity Page 1 of Foyer South Infrared Fairmont Hotel Fairmont CD 10:00am - 11:30am - 10:00am Central , , Dust and Star Formation Star and Dust MiM: Particle Physics II – High High – II Physics Particle MiM: Special Session: SPICA and the the and SPICA Session: Special 302 MiM: Particle Physics I – Dense Dense – I Physics Particle MiM: 302 Matter CD George St. 310 Energy Astrophysics Energy George St. 306 Special Session: Low-Mass Low-Mass Session: Special 306 ofLarge Era the in Science Stellar Surveys AB George St. 318 318 314 America America Promise of the Far- ofthe Promise Gloucester What Drives the Growth of Black Holes?, Ryan C. Hickox ( Hickox C. Ryan Holes?, ofBlack WhatGrowth Drivesthe : From Hot Jupiters to Habitable Worlds, Debra Fischer ( Worlds, Fischer Debra Habitable to Jupiters Hot From : : Demographics in Astronomy and Astrophysics, James S. Ulvestad S. ( James Astrophysics, and Astronomy in Demographics : 7:00pm - 8:30pm, Grand Ballroom, Ballroom, Grand 8:30pm, - 7:00pm Meeting Town Hall, 12:45pm - 1:45pm, America America 1:45pm, - 12:45pm Hall, Town Meeting Session AB North North Reception, Members Members AGN, Mergers, and Jets and Mergers, AGN, Molecular Clouds, HII Regions, Regions, HII Clouds, Molecular Special Sessions/Oral Sessions 309 - 315, 2:00pm - 3:30pm 2:00pm- 315, Sessions- 309 Sessions/Oral Special 6:00pm 4:30pm- 321, Sessions- 317 Sessions/Oral Special Invited Invited Invited Session: Invited MiM: 12-Years of Science with with of12-YearsScience MiM: Special Session: The Oort Cloud: Cloud: Oort The Session: Special Variable Stars Variable Winds Atmospheres, Stellar SPICA Science Stellar Low-Mass WhiteDwarfs, Dwarfs Brown Dwarfs, M AGN Other and Quasars, Blazars, Programs Large and Surveys

Evening Poster Session, 6:00pm - 7:00pm, Essex Ballroom and America America and EssexBallroom 7:00pm, - 6:00pm Session, Poster Evening AAS Closing MiM/ MiM/ MiM/Special Sessions/Oral Sessions 301 - 307 Sessions- 301 Sessions/Oral MiM/Special 308 3:40pm - 4:30pm, America Ballroom America 4:30pm, - 3:40pm 316 Speaker Ready Room, 7:30am - 5:30pm, Great Republic Great 5:30pm, - 7:30am Room, Ready Speaker Baltic 8:00am, - 7:30am Breakfast, Chair Session Foyer America and EssexBallroom 8:00am, - 7:30am Set-Up, Exhibit and Poster Essex Foyer Desk, Registration 5:00pm, - 8:00am Registration, Foyer America 7:00pm, - Café, 8:00am Cyber Foyer America and EssexBallroom 7:00pm, - 8:00am Exhibits, Foyer andAmerican Essex Ballroom 7:00pm, - 8:00am Posters, 322 323 324 325 326 327 328 300 Invited Session Invited 300 301 MiM: 12-Years of Science with with of12-YearsScience MiM: 301 SMBHs AGNand Chandra: North America Chandra: Clusters and Groups of Groups and Clusters Chandra: Galaxies America 309 8:30am-9:20am, America Ballroom America 8:30am-9:20am, 305 Special Session: The Literature- The Session: Special 305 Meaning, Connection: Data Impact and Infrastructure Staffordshire 313 America America How is it Filled? How is it Emptied? it is How Filled? it is How George St. 317 317 Interstellar Medium Interstellar CD George St. 321 321 45pm 00 40 4:30 10:00 2: Wednesday, 25 May 2011 Wednesday, May 25 7:30am 8:00 8:30 11:40 12: 3: 6:00 7:00 ContinuedWednesday, 25 May 2011

19 Schedule of Events Evolution of Galaxies II , 11:40am 12:30pm, - America South America South 403 (Caltech) ), 8:30am), 9:20am, - America Ballroom Haverford College Central Extrasolar Planets: and Characterization Theory 402 America , 10:00am 11:30am - Topics Topics Friends Data II : GALEX: Mapping the Hidden Side of Galaxy Evolution and the UV Universe, Chris Martin : The :Least The Luminous Galaxies in the Universe, Beth Willman ( Planets North MiM: ParticleMiM: Physics III: Variations of Session Invited Invited Session Invited The SunThe and Solar System Extrasolar Stars, Star Formation and Associated Galaxies, Galaxy Clusters and Instrumentation, Surveys and High Cosmology Energy, and Other Education 404 Fundamental Constants Searches and Dark Matter America 401 409 408 410 411 406 405 400 Poster and Exhibit Set-Up, 7:30am 8:00am, - Essex Ballroom and America Foyer Exhibits, 8:00am 12:00pm, - Essex Ballroom and America Foyer Essex 12Noon, Ballroom Posters, - 8:00am 407 Speaker Room, Ready 7:30am 11:00am, Republic - Great Registration, 8:00am 12:00pm, - Registration Desk, Essex Foyer Café,Cyber 8:00am 12:00pm, - America Foyer MiM/Special Sessions/ SessionsOral 401413 - 0 4 30 30am 00 11: 8: 7: Thursday, 26 May 2011 8: 10:00

20 Weekend Events and Sessions

SATURDAY SAT/ SUN

CAE/CATS Astro 101 Tier I Teaching Excellence Workshop 8:00am – 5:00pm, Empire The overarching goal of this workshop is for participants to become familiar with research- validated active engagement teaching strategies and assessment materials, as well as how to implement them in their college astronomy courses, through role-playing, modeling, practice, and more! To accomplish this goal, participants in our workshop will learn how to create productive learning environments beginning with a brief review of research on the nature of teaching and learning. Most workshop time will be spent with participants playing the roles of student, instructor, and critical friend to practice implementing active engagement strategies such as interactive lectures, Think-Pair-Share, interactive demonstrations and videos, collaborative groups, Lecture-Tutorials, and Ranking Tasks. The workshop will culminate with participants learning how to put these teaching strategies together into effective learning sequences for the learner-centered classroom. This workshop is designed for college instructors, post-docs, and graduate and undergraduate students currently teaching astronomy (or who think they will be in the near future). Organizer Gina Brissenden1 1Univ. of Arizona

AAVSO Membership Meeting 1:00pm - 2:00pm, Harbour/Ipswich, Turner Fisheries All attendees are welcome to attend. The purpose of this meeting is toinform attendees of the activities of theamerican Association ofVariable Star Observers. The Director’s Report will be included andObserver Awards will be announced. Chair Matthew R. Templeton1 1AAVSO.

AAVSO Paper Session I 2:00pm - 5:00pm, Harbour/Ipswich, Turner Fisheries Chair John R. Percy1 1Univ. of Toronto, Canada Secular Variation of the Modeamplitude-Ratio of the Double-Mode RR Lyrae Star NSVS 5222076, Part 2 David A. Hurdis1, T. Krajci1 1AAVSO. AAVSO Estimates and the Nature of Type C Semiregulars: Progenitors of Type II Supernovae David G. Turner1, K. Moncrieff1, C. Short1, R. Wing2, A. Henden3 1Saint Mary’s Univ., Canada, 2Ohio State University, 3AAVSO.

21 Weekend Events and Sessions

Preliminary Analysis of MOST Observations of the Trapezium Matthew R. Templeton1, J. Guzik2, A. Henden1, W. Herbst3 1AAVSO, 2Los Alamos National Laboratory, 3Wesleyan University. Ha Emission extraction using Narrowband Photometric Filters Gary E. Walker1 1Maria Mitchell Association Observatory. SAT/ SUN The Hunt for the Quark-Nova: A Call for Observers David Lane1, R. Ouyed2, D. Leahy2, D. Welch3 1Saint Mary’s University, Canada, 2University of Calgary, Canada, 3McMaster University, Canada. The Pulsational Behaviour of the Highamplitude Delta Scuti Star RS Gruis Jaime Garcia1 1Instituto Copernico, Argentina. Recent Changes in the Orbital Periods of Some Eclipsing SW Sextantis Stars David Boyd1 1BAA, United Kingdom.

AAVSO Banquet 7:00pm – 10:00pm, AAVSO Headquarters The AAVSO Spring Banquet will be held at 7:00pm at AAVSO Headquarters on the evening of Saturday, May 21st. The banquet will begin with hors d’oeuvres and a cash bar. The buffet dinner will be followed by a brief award presentation. The evening will culminate in a variable star invited talk by Dr. Nancy Morrison. Buses will leave the Westin for the AAVSO at 6:45pm.

22 Weekend Events and Sessions

SUNDAY SAT/ SUN

CAE/CATS Astro 101 Tier I Teaching Excellence Workshop 8:00am - 5:00pm, Empire The overarching goal of this workshop is for participants to become familiar with research- validated active engagement teaching strategies and assessment materials, as well as how to implement them in their college astronomy courses, through role-playing, modeling, practice, and more! To accomplish this goal, participants in our workshop will learn how to create productive learning environments beginning with a brief review of research on the nature of teaching and learning. Most workshop time will be spent with participants playing the roles of student, instructor, and critical friend to practice implementing active engagement strategies such as interactive lectures, Think-Pair-Share, interactive demonstrations and videos, collaborative groups, Lecture-Tutorials, and Ranking Tasks. The workshop will culminate with participants learning how to put these teaching strategies together into effective learning sequences for the learner-centered classroom. This workshop is designed for college instructors, post-docs, and graduate and undergraduate students currently teaching astronomy (or who think they will be in the near future). Organizer Gina Brissenden1 1Univ. of Arizona.

CAE/CATS Tier II Technology Special Topic Workshop 8:00am – 5:00pm, St. George CD Educational research has clearly defined the characteristics of the optimal introductory astronomy classroom one where students are actively engaged in the learning process and frequently receiving timely feedback on their learning progress. This CAE/CATS Tier 2 workshop will explore a variety of technologies that enable instructors to engage students and efficiently provide feedback. Instructors will be trained and provided with curriculum materials from multiple NSF grants on computer simulations, computerized databases of Think-Pair-Share questions, and a library of animated ranking and sorting tasks. All materials will be disseminated through the web before the workshop and attendees will bring their own laptops with the software already installed. Presented by Kevin Lee (University of Nebraska, Lincoln) and Edward Prather (University of Arizona) Organizer Gina Brissenden1 1Univ. of Arizona.

Neutron Stars and Gravitational Waves: The Next Steps toward Detection 8:00am – 6:30pm, St. George AB The Continuous Waves Search Group of the LIGO-Virgo Collaboration will bring together experts in the neutron star, pulsar and gravitational wave communities to discuss prospects for gravitational wave detection from (or via) spinning compact objects. The workshop’s primary focus is how to improve chances for success in detecting gravitational waves emitted by neutron stars, but there will also be presentations on

23 Weekend Events and Sessions

detection of low-frequency gravitational waves by way of pulsar timing arrays and on other fundamental gravity tests using pulsars. Presentations are by invitation, but other interested astronomers and physicists are most welcome to attend and join the discussions. Organizer Keith Riles1 SAT/ SUN 1University of Michigan.

AAVSO Paper Session II 9:30am - 12:00pm, Staffordshire Chair A. A. Henden1 1AAVSO. Cosmology with Type Ia Supernovae Kevin Krisciunas1 1Texas A&M University. The Effect of Online Sunspot Data on Visual Solar Observers Kristine Larsen1 1Central Connecticut State University. Edwin Hubble’s Famous Plate of 1923, and a Hubble-Hubble Connection David R. Soderblom1 1STScI. The World Science Festival John Pazmino1 1AAVSO. New Life for Old Data: Digitization of Data Published in the Harvard Annals Matthew R. Templeton1, M. Saladyga1, K. Paxson1, R. Stine1, C. Froschlin1, A. Rupp1 1AAVSO. Variable Star Observing with the Bradford Robotic Telescope Richard C. S. Kinne1 1AAVSO.

HAD I: Women in the History of Variable Star Astronomy 1:30PM - 3:00pm, Staffordshire Theamerican Association of Variable Star Observers (AAVSO) will celebrate its Centennial in 2011. Founded in October, 1911 by William Tyler Olcott, an attorney in Norwich, Connecticut, the AAVSO received support from Harvard College Observatory and eventually moved its Headquarters to the HCO. From the beginning of variable star astronomy at Harvard, women played a significant role in its evolution from the time of Pickering’s astrophysical factory. Olcott was joined by Anne Sewell Young of Mount Holyoke College as the first two members to publish AAVSO variable star observations in Popular Astronomy, in November, 1911. This session will discuss the contributions of women astronomers who were significant contributors to variable star astronomy and to the AAVSO. Chair Sara Schechner1 1Harvard Univ.

24 Weekend Events and Sessions

Anne S. Young: Professor and Variable Star Observer Extraordinaire SAT/ SUN Katherine Bracher1 1Whitman College. The Legacy of Annie Jump Cannon: Discoveries and Catalogs of Variable Stars. Barbara L. Welther1 1Smithsonian. The Stars Belong to Everyone: Astronomer and Science Writer Dr. Helen Sawyer Hogg (1905-1993) Maria J. Cahill1 1Edison State College. Variable Stars and Constant Commitments: The Stellar Career of Dorrit Hoffleit Kristine Larsen1 1Central Connecticut State University.

HAD II: Variable Star Astronomy in Theory and Practice 3:20PM - 5:30PM, Staffordshire When the American Association of Variable Star Observers (AAVSO) was founded in October, 1911 by William Tyler Olcott, an attorney in Norwich, Connecticut, variable star astronomy had been under study at Harvard College Observatory and elsewhere for several decades, but little progress had been made on either a theoretical explanation of the variability, or on the observing practices that could document that variation. The theoretical development of variable star astronomy emerged as an integral part of the theory of stellar evolution over the next five decades, while observing practices were standardized, instrumentalized, and applied to gather the necessary data base of light curves for hundreds of variable stars. From that growing database, all subsequent classifications, and ultimately theoretical understanding emerged in what continues today as a complex field of modern astronomy. This session will consider some of the many aspects of the history of that evolution. Chair Arne A. Henden1 1AAVSO. The AAVSO Photoelectric Photometry Program in its Scientific and Socio- Historic Context John R. Percy1 1Univ. of Toronto, Canada. Stellar Pulsation Theory from Arthur Stanley Eddington to Today Steven D. Kawaler1, C. J. Hansen2 1Iowa State Univ., 2University of Colorado. Frank Elmore Ross and his Variable Star Discoveries Wayne Osborn1 1Yerkes Observatory/Central Mich. U. The development of early pulsation theory, or, how Cepheids are like steam engines” Matthew Stanley1 1New York University. John Goodricke, Edward Pigott, and Their Study of Variable Stars Linda M. French1 1Illinois Wesleyan Univ. King Charles` Star: A Multidisciplinary Approach to Dating the Supernova Known as Cassiopeia A Martin Lunn1 1Yorkshire Museum, United Kingdom. 25 Weekend Events and Sessions K-12 Educator Reception 4:30pm – 6:00pm, Venetian, Fairmont Copley Plaza The K-12 Educator’s Reception is an exclusive evening reception where educators learn about the latest astronomy results by mingling with field scientists and learn how to use these results in their classrooms! The evening is hosted by the Association for Astronomy SAT/ SUN Education ahead of the summer meeting of theamerican Astronomical Society. During the evening educators will have the chance to learn about some of the science background behind the latest discoveries, mingle with research scientists and other education professionals, and get resources to take back to their classrooms. Organizer Martha Wawro1 1Solar Dynamics Observatory.

Undergraduate Orientation Reception 6:00pm – 7:00pm Oval Room, Fairmont Copley Plaza Undergraduate students, their advisors and those interested in attracting undergraduate students to their graduate program, or undergraduate research opportunity are invited to attend this event. Members of the AAS Council and of the Astronomy Education Board will be there to meet and chat with students. For the benefit of those students attending an AAS meeting for the first time, we will explain how to get the most out of an AAS meeting and outline how the meeting works. Sign up, free of charge to all undergrads, their advisors and those offering research opportunities (or jobs) to undergraduates, through the meeting registration form. Light snacks and refreshments will be provided.

Opening Reception 7:00pm – 9:30pm Grand Ballroom, Fairmont Copley Plaza Open to all attendees. The Opening Reception kicks off the 218th meeting of the AAS.

26 Monday Sessions and Events MONDAY

100 Invited Session: Welcoming Address 8:00am - 8:30AM, America Ballroom Welcome Address Arne A. Henden1 1AAVSO. MON Chair Debra M. Elmegreen1 1Vassar College.

101 Invited Session: Kavli Lecture: The 2050 Decadal Survey of Astronomy and Astrophysics 8:30am - 9:20am, America Ballroom Chair Debra M. Elmegreen1 1Vassar College. 101.01 The 2050 Decadal Survey of Astronomy and Astrophysics Malcolm Longair1 1Cavendish Laboratory, Cambridge, United Kingdom. 102 12-Years of Science with Chandra: Chandra Observations of the Solar System 10:00am - 11:30am, America North This session will begin with a brief (15-minute) introduction and overview of the status of the Observatory and an outline of future prospects. We then will have two 30-minute presentations. The first describes the interaction of particles and radiation from our Sun with the atmospheres of planets, their moons, and comets. These interactions produce X-rays through a variety of mechanisms: charge exchange, scattering, fluorescence, or the stimulation of auroral activity; thus the study of X-ray emission in the Solar System provides many pathways to learn important astrophysics. The second 30-minute talk focuses on what high-resolution X-ray observations of planets and a probe of the circumpolar neighborhood through one of the Chandra Deep Field observations may tell us. The session will end with a 15-minute talk on solar system object exospheres. Chair Martin C. Weisskopf1 1NASA’s MSFC. 102.01 The Chandra X-Ray Observatory: Current Status and Future Prospects Martin C. Weisskopf1 1NASA’s MSFC. 102.02 High Resolution X-ray Views of Solar System Objects Graziella Branduardi-Raymont1 1Mullard Space Science Laboratory, University College London, United Kingdom. 102.03 Heliospheric Solar-Wind Charge Exchange Bradford J. Wargelin1 1Harvard-Smithsonian, CfA.

27 Monday Sessions and Events

102.04 X-rays from Planetary Exospheres: What we can Learn Konrad Dennerl1 1Max Planck Institute for Extraterrestrial Physics, Germany.

103 AAVSO: Astrophysics with Small Telescopes 10:00am - 11:30am, America Central It is clear that there is still significant astrophysics that can be done with small telescopes (< 1.0-meter or less). Both theamateur and the campus- and small-facility professional astronomical communities continue to contribute very important astronomical data for a number of targets that would be considered too bright to observe with many of the larger

MON facilities that the professional community have invested in over the past 40 years. This session will highlight the astronomical and astrophysical information being gained from observations with smaller telescopes, including extrasolar planets, studies of cataclysmic variables, studies of eclipsing binaries (including epsilon Aurigae), and studies of long-term variability. Chair Matthew R. Templeton1 1AAVSO. 103.01 Contributions by Citizen Scientists to Astronomy Arne A. Henden1 1AAVSO. 103.02 The Z CamPaign Early Results Mike Simonsen1 1AAVSO. 103.03 Cataclysmic Variables in the Backyard Joseph Patterson1 1Columbia University. 103.04 Planet Hunting with HATNet and HATSouth Gaspar Bakos1 1Harvard-Smithsonian Center for Astrophysics. 103.05 Lessons Learned During the Recent Epsilon Aurigae Eclipse Observing Campaign Robert E. Stencel1 1Univ. of Denver Observatories. 103.06 Long-Term Visual Light Curves and Modern Visual Observing in Astrophysics John R. Percy1 1Univ. of Toronto, Canada.

104 “New Worlds, New Horizons”: The Science of Astro2010 10am - 11:30am, America South In this special oral session, speakers representing the Science Subcommittee and the five individual Science Frontier Panels will review the science case behind the NRC Astro2010 decadal survey, “New Worlds, New Horizons”. Chair Timothy M. Heckman1 1John Hopkins University. 104.01 The Science of “New World, New Horizons”: an Introduction Timothy M. Heckman1 1John Hopkins University.

28 Monday Sessions and Events

104.02 Cosmology and Fundamental Physics David N. Spergel1 1Princeton Univ. Obs. 104.03 Astro2010 Science in the Galactic Neighborhood (Redshift z < 0.1) J. Michael Shull1 1Univ. of Colorado. 104.04 Galaxies Across Cosmic Time C. Megan Urry1 1Yale Univ. MON 104.05 Planetary systems and star formation in the Astro2010 survey Dan M. Watson1, on behalf of the Astro2010 panel on Planetary Systems and Star Formation 1University of Rochester. 104.06 Stars and Stellar Evolution: the Next Decade Roger Chevalier1 1Univ. of Virginia.

106 Spiral Galaxies, Computation, Data Handling, Image Analysis & Other Topics 10:00am - 11:30am, Staffordshire Chair Patricia Knezek1 1WIYN Consortium, Inc. 106.01 Stellar Streams in the Andromeda Halo Mark A. Fardal1, PAndAS collaboration 1University of Massachusetts. 106.02 New Catalog of H II Regions in M31 Mohaddesseh Azimlu1, P. Barmby1, R. Marciniak1 1University of Western Ontario, Canada. 106.03 Enigmatic Masks of Cosmic Dust: 8.0μm Morphology of Nearby Barred Spiral Galaxies Robert Groess1, D. L. Block1, G. G. Fazio2 1University of the Witwatersrand, South Africa, 2Harvard Smithsonian Center for Astrophysics. 106.04 Understanding the Schmidt-Sanduleak Law of Star Formation Barry F. Madore1, E. Murphy1 1Carnegie Observatories. 106.05 Evolution of Dense Gas with Starburst Age: When Star Formation Versus Dense Gas Relations Break Down David S. Meier1, J. L. Turner2, E. Schinnerer3 1New Mexico Institute of Mining and Technology, 2UCLA, 3Max-Plank-Institut fur Astronomie, Germany.

106.06 Characterization Of The Willard L. Eccles Observatory For Optical Astronomy Dennis Della Corte1, K. Dawson1, N. Ramsrud1, W. Springer1 1University of Utah. 106.07 Norman Rockwell’s “Man’s First Step On The Moon” Timothy Barker1 1Wheaton College.

29 Monday Sessions and Events 107 Black Holes 10AM - 11:30AM, St. George CD Chair Edward F. Guinan1 1Villanova Univ. 107.01 Flares from Disruptions of White Dwarfs by Intermediate Mass Black Holes Roman Shcherbakov1, R. Haas2, T. Bode2, P. Laguna2 1Harvard University, 2Georgia Institute of Technology. 107.02 Optical Discovery of Stellar Tidal Disruption Flares Glennys R. Farrar1 MON 1New York Univ. 107.03 Soft X-ray Lags In XTE J1550-564 With Rxte: Evidence Of A Link To Outflow And Jet. Nikolai Shaposhnikov1 1University of Maryland. 107.04 Signatures of Recoiling Black Holes in AGN and Galaxy Merger Remnants Laura Blecha1, T. J. Cox2, A. Loeb1, L. Hernquist1 1Harvard University, 2Carnegie Observatories. 107.05 Linking Variability in the Accretion Disk Wind and Radio Jet in the β State of GRS 1915+105 Joseph Neilsen1, J. C. Lee1 1Harvard University. 107.06 Evolution Of Correlations Between Low-mass Black Holes And Host Galaxies Qirong Zhu1, Y. Li1 1Penn State University. 107.07 X-ray Spectra from MHD Simulations of Accreting Black Holes Jeremy Schnittman1, S. Noble2, J. Krolik3 1NASA/GSFC, 2RIT, 3JHU. 107.08 Modeling Electromagnetic Signatures of Supermassive Black Hole Binaries Resolvable by Pulsar Timing Arrays Takamitsu Tanaka1, K. Menou1, Z. Haiman1 1Columbia University.

108 The Galactic Center 10:00am - 11:30am, Gloucester Chair Charles E. Woodward1 1Univ. of Minnesota. 108.01 Fermi Bubbles: A 10 Kpc Shock From The Galactic Center? Meng Su1, T. Slatyer1, D. Finkbeiner1 1Harvard University. 108.02 Discovery of a Significant Magnetic CV Population in the Galactic Center Region JaeSub Hong1, J. Grindlay1, M. van den Berg2, M. Servillat1, P. Zhao3 1Harvard Univ., 2Utrecht University, Netherlands, 3Harvard-Smithsonian Center for Astrophysics.

30 Monday Sessions and Events

108.03 A Catalog of Near-Infrared Variables in the Galactic Center Region Mathieu Servillat1, J. E. Grindlay1, J. Hong1, P. Zhao1, M. van den Berg2, B. Allen1 1Harvard-Smithsonian Center for Astrophysics, 2Utrecht University, Netherlands. 108.04 Relativity and the Galactic-center stars Prasenjit Saha1, R. Angélil1 1University of Zurich, Switzerland. 108.05 Constraining the Stellar Mass Function in the Galactic Center Via Mass Loss from Stellar Collisions Douglas Rubin1, A. Loeb1 MON 1Harvard University. 108.06 Herschel/HIFI Observations Of The Galactic Center’s Molecular World* Paule Sonnentrucker1, D. A. Neufeld2, M. Gerin3, T. G. Phillips4, PRISMAS team 1Space Telescope Science Institute, 2JHU, 3LERMA, France, 4Caltech. 108.07D Investigating The Star Formation Mode And History Within The Galactic Center (gc) Hui Dong1, D. Wang1, A. Cotera2, S. Stolovy3, M. R. Morris4, J. Mauerhan3, E. A. Mills4, G. Schneider5, D. Calzetti1, C. C. Lang6 1University of Massachusetts,amherst, 2SETI Institute, 3Spitzer Science Center, California Institute of Technology, 4University of California, Los Angeles, 5Steward Observatory, University of Arizona, 6University of Iowa. 108.08 Spectroscopic Identification of Massive Young Stellar Objects in the Galactic Center Solange Ramirez1, D. An2, K. Sellgren3, R. G. Arendt4, A. Boogert5, T. P. Robitaille6, M. Schultheis7, A. Cotera8, H. A. Smith6, S. R. Stolovy9 1NExScI/Caltech, 2Ewha Womans University, Korea, Republic of, 3The Ohio State University, 4NASA/Goddard Space Flight Center, 5NHSC/Caltech, 6Harvard-Smithsonian Center for Astrophysics, 7Observatoire de Besancon, France, 8SETI Institute, 9SSC/Caltech.

109 Invited Session: Stars, Planets and The Weather: If You Don’t Like It Wait 5 Billion Years 11:40am - 12:30pm, America Ballroom Chair Lee Anne M. Willson1 1Iowa State Univ. 109.01 Stars, Planets and The Weather: If You Don’t Like It Wait 5 Billion Years Jeremy J. Drake1 1Harvard-Smithsonian, CfA.

ALMA Early Science Proposal Preparation Tutorial 12:30pm – 3:30pm, St. James, Fairmont Copley Plaza Each 3-hour session will be a tutorial about applying for ALMA Early Science observing time. NRAO-NAASC scientific staff will describe the ALMA Early Science observing modes and capabilities, and how to create and submit an ALMA observing proposal using the Observing Tool and Simulator. Organizer Mark T. Adams1 1NRAO.

31 Monday Sessions and Events NASA Town Hall 12:45pm - 1:45pm, America South Senior representatives from NASA’s Science Mission Directorate and Astrophysics Division will discuss NASA’s science program and outlook. Topics will include the status of the research program, highlights of operating missions, NASA’s response to the Astro2010 decadal survey, progress of missions in development, and anticipated opportunities for both non-flight basic research awards (grants) and flight mission investigations. Chair Jon A. Morse1 1NASA Headquarters. MON 110 12-Years of Science with Chandra: The X-ray Life of Stars 2:00pm - 3:30pm, America North X-ray studies with the Chandra X-ray Observatory have proven surprisingly effective at addressing many astrophysical issues concerning star formation and evolution. X-rays are good indicators of magnetic activity and the effectiveness of stellar magnetic dynamos, spectral line diagnostics of coronal plasmas, and emission mechanisms in massive stars. Chandra provides a census of stellar cluster members that, when combined with IR-excess samples, is reshaping our view of star formation across the Galaxy. This session will begin with a 30-minute review that compares and contrasts X-ray emission mechanisms in cool (low-mass) and hot (high-mass) stars. It is then be punctuated by two 15-minute talks on new results. The session concludes with a 30-minute broad overview of Chandra studies of resolved starburst clusters, our nearby examples of the drivers of starburst galaxies. Chair Leisa K. Townsley1 1Penn State Univ. 110.01 The X-ray Life of Stars Manuel Guedel1 1University of Vienna, Austria. 110.02 Shaping Outflows from Evolved Stars: Secrets Revealed by Chandra Joel H. Kastner1 1RIT Center for Imaging Science. 110.03 Swanning around with Chandra: star and planet formation in Cygnus OB2 Jeremy J. Drake1 1Harvard-Smithsonian, CfA. 110.04 X-ray Line Diagnostics of Shocked Outflows in Eta Carinae and Other Massive Stars Michael F. Corcoran1 1USRA.

111 Nuclear Physics I – Stellar Nucleosynthesis 2:00pm - 3:30pm, St. George CD Astronomical observations continue to reveal the need for improved stellar models and more accurate nuclear cross sections. This session focuses on reactions important to hydrostatic nuclear burning, including hydrogen burning (the pp chain and CNO cycle) and carbon burning. It also includes a discussion of underground accelerators, both existing and planned, that enable measurements to be made in nearly background-free environments, and thus at very low counting rates. Backup topics/speakers include discussions of the

32 Monday Sessions and Events r-process (rapid neutron capture) abundances patterns found in old, metal-poor stars, which show a distribution above barium that is both remarkably stable and uncorrelated with Fe. Chair Wick Haxton1 1UC Berkeley. 111.01 The Nuclear Physics of Hydrogen Burning in Stars Peter D. Parker1 1Yale University. MON 111.02 Underground Accelerators for Precise Nuclear Physics: LUNA and DIANA Daniela Leitner1 1Michigan State University. 111.03 Status and Plans for Measurements of the 12C(α,γ)16O Reaction Ernst Rehm1 1Argonne National Laboratory.

112 Searching for Exoplanets with Kepler 2:00pm - 3:30pm, America South NASA’s Kepler mission set out to determine the frequency of rocky planets in or near the habitable zone of nearby stars. As of February 1, 2011, Kepler’s first two major public data releases will have provided the astronomical community with nearly continuous, high- precision photometry for over 150,000 stars targeted as part of the Kepler planet search, including at least 706 stars with transiting planet candidates (Borucki et al. 2010). This session begins with an overview of the status of the Kepler mission and exoplanet search status. Next, members of the Kepler science team present recent results, particularly the results of the Kepler follow-up observing program’s effort to confirm planet candidates identified by Kepler. The session will conclude with a discussion of the Kepler team’s methods for validating planet candidates which lack dynamical confirmation, which will likely prove essential for planet candidates associated with faint target stars. Chair Eric B. Ford1 1University of Florida. 112.01 The Status of Kepler’s Search for Earth-size Planets Natalie M. Batalha1, Kepler Team 1San Jose State University. 112.02 Radii, Masses, Densities, and Occurrence for Planets within 0.25 AU Geoffrey W. Marcy1, A. Howard1, Kepler Team 1UC, Berkeley. 112.03 Confirming Kepler Planets with Rossiter-McLaughlin Observations William D. Cochran1, Kepler Science Team 1Univ. of Texas, Austin. 112.04 Confirming Kepler Planets via Transit Timing Variations Matthew J. Holman1, Kepler Science Team 1Harvard-Smithsonian, CfA. 112.05 High Resolution Imaging of Kepler Objects of Interest (KOI) Andrea K. Dupree1, E. Adams1, D. R. Ciardi2, T. N. Gautier, III3, S. Howell4, C. Kulesa5, D. McCarthy5, Kepler Science Team 1SAO/CfA, 2IPAC/Caltech, 3JPL/Caltech, 4NASA/ARC, 5U. of AZ.

33 Monday Sessions and Events

112.06 Validation of Planet Candidates without Dynamical Confirmation Guillermo Torres1, F. Fressin1, J. J. Lissauer2, G. W. Marcy3, R. L. Gilliland4, C. E. Henze5, Kepler Science Team 1Harvard-Smithsonian CfA, 2NASAames Research Center, 3University of California, 4STScI, 5NASAames Research Center (NAS). 112.07 Determining The Detection Completeness Of The Kepler Pipeline Jessie Christiansen1, T. N. Gautier2, W. J. Borucki3, S. T. Bryson1, D. Caldwell1, D. Charbonneau4, D. Ciardi5, E. B. Ford6, M. R. Haas3, S. B. Howell3, J. M. Jenkins1, J. Kolodziejcak7, A. Prsa8, J. F. Rowe1 1NASAames Research Center/SETI Institute, 2Jet Propulsion Laboratory, Calif. Institute of Technology, 3NASAames Research Center, 4Harvard-Smithsonian Center for Astrophysics, 5 6 7

MON Exoplanet Science Institute, Calif. Institute of Technology, University of Florida, MSFC, 8Villanova University.

113 Early Science From Pan-STARRS 1 2:00pm - 3:30pm, Staffordshire Description and characterization of the PS1 System, including performance of the telescope, camera, data reduction pipeline, hierarchical database, and reduced data science servers. Current status and data quality of the PS1 Surveys. Early scientific results on studies of populations in the solar system, brown dwarfs, galactic structure, explosive transients, supernovae, galaxies and clusters, high redshift quasars, and large scale structure from PS1 data. Chair Kenneth C. Chambers1 1Univ. of Hawaii. 113.01 The First year of the Pan-STARRS 1 System: Surveys, Cadences, Data Products, and Performance Kenneth C. Chambers1 1Univ. of Hawaii. 113.02 The Pan-STARRS-1 Inner Solar System Key Project Larry Denneau, Jr.1 1IfA, Hawaii. 113.03 The Pan-STARRS-1 Outer Solar System Key Project Matthew J. Holman1, P. Protopapas1, Y. Chen2, H. Lin2, T. Grav3, D. Ragozzine1, Pan- STARRS1 Science Consortium 1Harvard-Smithsonian, CfA, 2National Central University, Taiwan, 3Johns Hopkins University. 113.04 Results from the Pan-Planets Observing Campaign 2010 Johannes Koppenhofer1, T. Henning2 1MPE, Germany, 2MPIA, Germany. 113.05 Mapping the Local Group with Pan-STARRS Nicolas Martin1 1MPIA, Germany. 113.06 PS1 Photometric Ubercalibration: Improved Stellar Colors for Measuring Reddening Douglas P. Finkbeiner1, M. Juric1, E. F. Schlafly1 1Harvard University. 113.07 Pan-STARRS1 Medium Deep Fields John L. Tonry1 1Univ. of Hawaii.

34 Monday Sessions and Events

113.08 Pan-STARRS and Quasars: The Search for z > 5.5 Quasars in Pan-STARRS Eric P. Morganson1 1MPIA, Germany. 113.09 Weak Lensing from Pan-STARRS PS1 Surveys Nick Kaiser1, T. Dixon1 1Univ. of Hawaii. 113.10 Cosmological lensing with Pan-STARRS Alan Heavens1 1University of Edinburgh, United Kingdom. MON 113.11 Large Scale Structure with Pan-STARRS Shaun Cole1 1University of Durham, United Kingdom. 113.12 Early astrometric results from PS1 David G. Monet1, E. A. Magnier2, M. C. Liu2, N. R. Deacon2 1U.S. Naval Obs., 2Institute for Astronomy, University of Hawaii. 113.13 Pan-STARRS-1 Medium Deep Survey: Early Cosmology Results from Type Ia Supernovae Armin Rest1 1Harvard University. 113.14 Surveying the Extended Solar Neighborhood with Pan-STARRS-1 Michael C. Liu1, E. Magnier1, N. Deacon1, B. Goldman2 1Univ. of Hawaii, 2MPIA, Germany. 113.15 PAndromeda - A Dedicated Deep Survey of M31 with Pan-STARRS 1 Arno Riffeser1, S. Seitz1, R. Bender1 1Max Planck Insitute for Extraterrestrial Physics, Germany. 113.16 Pan-STARRS1 Observations of Ultraluminous Supernovae Ryan Chornock1, E. Berger1, L. Chomiuk1, A. Soderberg1, M. Huber2, A. Rest3, R. J. Foley1, G. Narayan1, G. Marion1, R. P. Kirshner1, C. Stubbs1, P. Challis1, A. Riess2, J. Tonry4, S. Smartt5, W. Wood-Vasey6, S. Valenti5, Pan-STARRS1 Builders 1Harvard/CfA, 2Johns Hopkins, 3STScI, 4IfA/Hawaii, 5Queen’s, United Kingdom, 6Pitt.

114 AAVSO: Variable Stars in the Imaging Era 2:00pm - 3:30pm, America Central We are now in a new era where we can image stars and near stellar environments, seeing these objects as more than point sources. Optical and near-infrared interferometry are now mature and growing technologies with important new results appearing in literature more and more frequently. We must now begin to discuss variability in the context of this technology, and what we can hope to learn by combining direct imaging information with photometry on short and long timescales. Many of the targets for stellar imaging have long been targets for the AAVSO and other observers, and this session will provide a special opportunity for these two communities to come together and discuss what astrophysics can be learned from both. Chair Lee Anne M. Willson1 1Iowa State Univ. 114.01 Imaging Variable Stars with HST Margarita Karovska1 1Harvard Smithsonian, CfA.

35 Monday Sessions and Events

114.02 Interferometry and the Cepheid Distance Scale Thomas G. Barnes1 1McDonald Observatory. 114.03 Spots, Eclipses, and Pulsation: The Interplay of Photometry and Optical Interferometric Imaging Brian K. Kloppenborg1 1University of Denver. 114.04 Variable Stars and The Asymptotic Giant Branch: Stellar Pulsations, Dust Production and Mass Loss Angela Speck1 1Univ. of Missouri. MON 114.05 Probing Mira atmospheres using optical interferometric techniques Sam Ragland1 1W. M. Keck Observatory.

115 Hard X-ray Surveys of AGN 2:00pm - 3:30pm, St. George AB Both the Swift Burst Alert Telescope and INTEGRAL IBIS are performing the first all-sky surveys above 10 keV in over 20 years. At these energies, the active galactic nuclei sources (AGN) detected are unbiased to all but the highest levels of obscuration. Since these AGN are nearby (z < 0.1) and bright, their luminosity and spectral properties, as well as those of their host galaxies, can be probed across the electromagnetic spectrum. In this special session, we will highlight the newest results from hard X-ray surveys on the properties of AGN. Chair Wayne H. Baumgartner1 1UMBC & NASA/GSFC. 115.01 INTEGRAL /IBIS Survey of AGN Loredana Bassani1 1INAF IASF-Bologna, Italy. 115.02 Complete Hard X-ray Surveys, AGN Luminosity Functions and the X-ray Background Jack Tueller1 1NASA/GSFC. 115.03 Unification of AGN at hard X-rays Volker Beckmann1 1APC, Francois Arago Centre, France. 115.04 Results from Multi-wavelength Follow-ups of Hard X-ray Selected Samples Lisa M. Winter1 1CASA/University of Colorado-Boulder.

116 Astronomy Unexpected! Innovative Strategies for Reaching Non-Traditional Students 2:00pm - 3:30pm, Gloucester If you teach a college astronomy course, offer outreach programs to youth groups or present a lecture for the general public, then you have faced the challenge and opportunity of interacting with a variety of learners. In this unusual and dynamic special session, panel speakers will share and demonstrate multi-modal and multi-sensory approaches to teaching astronomy. Presentations will include creative methods to make astronomy accessible to (blind and sighted)

36 Monday Sessions and Events non-visual learners, a live performance by a university professor who writes and performs songs for his introductory astronomy students, an educator who teaches in costume and brings Galileo to life, scientists who develop on-line astronomy games and computer simulations to help students to better understand abstract concepts, and an astronomer who uses science fiction to teach science fact. Chair Noreen A. Grice1 1You Can Do Astronomy, LLC.

116.01 Making Astronomy Accessible MON Noreen A. Grice1 1You Can Do Astronomy, LLC. 116.02 Discovering Astronomy Through Poetry John C. Mannone1 1Barnard Astronomical Society. 116.03 Amazing Space: Explanations, Investigations, & 3D Visualizations Frank Summers1 1STScI. 116.04 A starry message from the Starry Messenger Michael Francis1 1Stars Science Theater. 116.05 Using Simulations to Visualize Astronomy Concepts Kevin M. Lee1 1Univ. of Nebraska. 116.06 The Science in Science Fiction: Using Popular Entertainment as a Gateway Gibor S. Basri1 1UC, Berkeley. 116.07 Entertainment with Learning Value in Astronomy Classes Alan P. Marscher1 1Boston Univ.

117 Remembering John Huchra 2:00pm - 3:30pm, Oval Room, Fairmont Copley Plaza In addition to the many major scientific contributions made by John Huchra in his lifetime, he served the astronomy community tirelessly and was an inspiration and friend to many colleagues and students. In this session we will review only a small sample of John’s scientific work, his contributions to the community with emphasis on his service in the AAS and as part of the Astro2010 decadal survey, and his mentoring of and friendship with students and colleagues. Speakers: Greg Bothun, Univ. Oregon:”Huchra’s Playground: Little Galaxies with Perplexing Physics” Jeremy Mould, Univ. Melbourne: “John as the Hubble Constant Pundit” Pauline Barmby, Univ. Western Ontario: “John Huchra: from Stars to Galaxies to the Universe” Debbie Elmegreen, Vassar: “John as Vice Chair of the Decadal Survey” Craig Wheeler, Univ. Texas: “John as President of the AAS” Karen Masters, Univ. Portsmouth: “John and the 2MASS Redshift Survey” Marc Postman, STScI: “John as Mentor and Teacher” Richard Green, LBTO: “John’s Personal Influence on Colleagues and Friends” Chair Lee W. Hartmann1 1Univ. of Michigan. 37 Monday Sessions and Events 118 Invited Session: Stellar Astrophysics from the Kepler Mission 3:40pm - 4:30pm, America Ballroom Chair Christine Jones1 1Harvard-Smithsonian, CfA. 118.01 Stellar Astrophysics from the Kepler Mission Ronald L. Gilliland1 1STScI. MON SOFIA: Opportunities for Scientists and Educators 4:30pm – 6:00pm, Gloucester The Stratospheric Observatory for Infrared Astronomy (SOFIA) made its first science observations in December 2010, and will conduct the Basic Science flight program during mid-2011. Attendees will receive updates regarding the status of the SOFIA mission, the observatory’s first-generation instruments, user support and calls for observing proposals, the call for 2nd-generation instruments, and the Airborne Astronomyambassadors program that will partner educators with astronomers on research flights. Organizer Dana E. Backman1 1SETI Institute

119 Evolution of Galaxies I 4:30pm - 6:00pm, America North Chair James D. Lowenthal1 1Smith College. 119.01 Galaxy Formation On A Moving Mesh: Technique And Global Baryonic Properties Mark Vogelsberger1 1Harvard/CfA.

119.02 Galaxy Formation on a Moving Mesh: Baryonic Properties of Galaxies and Halos Dusan Keres1, M. Vogelsberger2, V. Springel3, L. Hernquist4 1Theoretical Astrophysics Center, UC Berkeley, 2ITC, Harvard, 3Heidelberg Institute for Theoretical Studies, Germany, 4Harvard University. 119.03D Probing the Accretion of Gas onto Galaxies: Opportunities and Pitfalls Claude-Andre Faucher-Giguere1 1University of California, Berkeley. 119.04 Ripples in Outer Gas Disks: A Calorimeter of Gravity Sukanya Chakrabarti1 1Florida Atlantic University. 119.05 Star Formation Quenching in Hickson Compact Groups: Death by Debris? Michelle E. Cluver1, P. Appleton2, J. Rasmussen3, U. Lisenfeld4, P. Guillard1, P. Ogle1, L. Verdes-Montenegro5, M. Yun6, T. Jarrett7, T. Bitsakis8, C. K. Xu2 1SSC, Caltech, 2NHSC, Caltech, 3Dark Cosmology Centre, Denmark, 4Universidad de Granada, Spain, 5Instituto de Astrofisica de Andalucia, Spain, 6University of Massachusetts, 7IPAC, Caltech, 8University of Crete, Greece. 38 Monday Sessions and Events

119.06 A Multiwavelength Study of an Assembling Galaxy Cluster : AGN and Starburst Outflows Emily E. Freeland1 1Texas A&M University.

120 Dark Matter & Dark Energy/Large Scale Structures, Cosmic Distance Scale

4:30pm - 6:00pm, America Central MON Chair Nicholas B. Suntzeff1 1Texas A&M University. 120.01D Understanding Dark Matter Halos with Tidal Caustics Robyn E. Sanderson1 1Kapteyn Institute, Netherlands. 120.02D Influence of Multiple Deflections on Weak Lensing Measurements of Dark Matter Halo Shapes Paul Howell1 1Boston Univ. 120.03 Structure Formation Can Hint on the Quantum-mixed Nature of Dark Matter Mikhail Medvedev1 1University of Kansas. 120.04 Measuring the 3D Clustering of Undetected Galaxies Through Cross Correlation of their Cumulative Flux Fluctuations from Multiple Spectral Lines Eli Visbal1, A. Loeb1 1Harvard University. 120.05 The Halo Occupation Distribution of Active Galactic Nuclei Suchetana Chatterjee1, D. Nagai1, J. Richardson1, Z. Zheng1, C. Degraf2, T. DiMatteo2 1Yale University, 2Carnegie Mellon University.

121 Stars, Dwarfs, Stellar, Circumstellar Disks 4:30pm - 6:00pm, America South Chair David R. Soderblom1 1STScI. 121.01 Largeampltiude, Quasi-Periodic Variability of a Cool Brown Dwarf Jacqueline Radigan1, R. Jayawardhana1, D. Lafreniere2, E. Artigau2 1University of Toronto, Canada, 2Universite de Montreal, Canada. 121.02 Substellar Objects in Nearby Young Clusters (SONYC): Latest Results Ray Jayawardhana1, K. Muzic1, A. Scholz2, V. Geers3, M. Tamura4 1University of Toronto, Canada, 2Dublin Institute for Advanced Studies, Ireland, 3ETH, Switzerland, 4National Astronomical Observatory of Japan, Japan. 121.03 DASCH Photometry Of KU Cygni: An 8-yr Dimming Around 1900 Sumin Tang1, J. Grindlay1, E. Los1, M. Servillat1 1Harvard-Smithsonian Center for Astrophysics. 121.04 Resolving The CO Snow Line In The Disk Around HD 163296 Chunhua Qi1, P. D’Alessio2, K. I. Öberg1, D. J. Wilner1, A. M. Hughes1, S. A. Andrews1, S. Ayala2 1Harvard Smithsonian, CfA, 2Universidad Nacional Autonóma de México, Mexico.

39 Monday Sessions and Events

121.05 Resolving the Cepheid Mass Discrepancy with Pulsation-Driven Mass Loss Hilding Neilson1, M. Cantiello1, N. Langer1 1University of Bonn, Germany. 121.06 Linear Polarization Light Curves of Oblique Magnetic Rotators Richard Ignace1, K. T. Hole1, J. P. Cassinelli2, G. D. Henson1 1East Tennessee State Univ., 2University of Wisconsin.

122 Binary Stellar Systems, X-ray Binaries 4:30pm - 6:00pm, St. George CD Chair MON Robert D. Mathieu1 1Univ. of Wisconsin. 122.01 Using Black Hole--Pulsar Binaries to Search for a Warped Extra Dimension Michael Kavic1, J. Simonetti2, D. Minic2 1The College of New Jersey, 2Virginia Tech. 122.02 Chandra Watches Over A Decade Of Variability In M31 Globular Clusters Robin Barnard1, Z. Li1, M. Garcia1, S. Murray2 1Harvard-Smithsonian Center for Astrophysics, 2Johns Hopkins University. 122.03 The intriguing Case of the New Supergiant Fast X-Ray Transient Class: An Update Pietro Ubertini1, L. Sidoli2, A. Bazzano1, V. Sguera3 1INAF/IASF-Roma, Italy, 2INAF/IASF-Milano, Italy, 3INAF/IASF-Bologna, Italy. 122.04 Observing Mass Transfer in a Neglected Interacting Binary Star Phillip A. Reed1 1Kutztown University. 122.05 Magnetospheric Accretion Shocks In The X-ray Spectrum Of The Ultra-compact Binary 4u 1626-67 Norbert S. Schulz1, H. L. Marshall1, D. Chakrabarty1 1MIT. 122.06 Distribution And Nature Of The Accretion-powered Binaries In The Galactic Center Region From The Chandra BLS Jonathan E. Grindlay1, J. Hong1, M. Servillat1, P. Zhao1, B. Allen1, M. van den Berg2 1Harvard-Smithsonian, CfA, 2Utrecht University, Netherlands. 122.07 An Experimental Approach to Population Synthesis of Hot Subdwarf Stars in Binaries Drew R. Clausen1, R. A. Wade1, R. K. Kopparapu1, R. O’Shaughnessy2 1The Pennsylvania State University, 2University of Wisconsin Milwaukee. 122.08 Status Report on a Search for F stars with Hidden Hot Subdwarf Companions Richard A. Wade1, D. R. Clausen1, M. A. Stark2, C. V. Griffith1 1Penn State Univ., 2Univ. Michigan/Flint.

123 Quasars, AGN, Starbursts, and SEDs 4:30pm - 6:00pm, Staffordshire Chair Erin Bonning1 1Yale University.

40 Monday Sessions and Events

123.01 Orientation Effects in the Spectral Energy Distributions of High-z 3CRR Sources Including New Far-IR Herschel Data. Joanna Kuraszkiewicz1, B. Wilkes1, P. Barthel2, M. Haas3, S. Willner1, C. Leipski4, M. Ashby1, G. Fazio1 1Harvard-Smithsonian, CfA, 2Kapteyn Institute, Netherlands, 3Astronomisches Institut, Ruhr-University, Germany, 4MPIA, Germany. 123.02 Eddington Ratios Of Obscured GOODS AGN at 0.5Quasar SED Mixing Diagram Heng Hao1, M. Elvis2, F. Civano2 1Harvard Univ., 2SAO. 123.06 Observed Quasar Structure Rudolph E. Schild1 1Harvard-Smithsonian, CfA. 123.07 Lamost Quasar Survey Xuebing Wu1, LAMOST Extragalactic Survey (LEGAS) Team 1Peking University, China.

AAVSO Open House 7:00pm – 9:30pm, AAVSO Headquarters The AAVSO is thrilled to be holding their 100th Spring Meeting jointly with the AAS. As part of the AAVSO’s 100th anniversary celebration all attendees are invited to attend an open house at AAVSO Headquarters on Monday evening, May 23rd. AAVSO staff members will be present to give tours and answer questions about the AAVSO’s rich history and current activities. Transportation will be provided between the Westin and AAVSO Headquarters. Refreshments will also be provided. Buses will leave the Westin for the AAVSO at both 6:45 and 7:30pm.

41 MONDAY POSTER SESSIONS POSTERS

125 Stellar Evolution, Stellar Populations 7:30am - 7:00pm, Essex Ballroom 125.01 Using High Precision Stellar Observations to Constrain the Physics of Convection in Stars Timothy Carleton1, C. Meakin1 1

POSTERS: MON Steward Observatory. 125.02 The Physics of AGB Mass Loss Lee Anne M. Willson1, Q. Wang1 1Iowa State Univ. 125.03 The Wfpc2 Uv Survey Of Globular Clusters: The Case Of Ngc 6229 Nicoletta Sanna1, R. T. Rood1, G. Beccari2, E. Dalessandro3, F. R. Ferraro3, B. Lanzoni3 1University of Virginia, 2European Southern Observatory, Germany, 3University of Bologna, Italy. 125.04 IRAS 20050+2720: Time Scales Of Pre-main Sequence Evolution Hans Moritz Guenther1, S. J. Wolk1, B. Spitzbart1, R. A. Gutermuth2 1SAO, 2Smith College/UMass. 125.05 Multi-wavelength Analysis of Young Stellar Objects in the W4 Star Forming Region Micaela B. Bagley1, J. S. Kim1, W. H. Sherry2, M. R. Meyer3, M. M. Bagley1 1University of Arizona, 2NOAO/NSO, 3ETH Zurich, Switzerland. 125.06 The Red and Yellow Supergiants in M33: Kinematics and Massive Star Evolution Philip Massey1, M. Drout2, S. Tokarz3, N. Caldwell3 1Lowell Obs., 2University of Cambridge, United Kingdom, 3Smithsonian Astrophysical Observatory. 125.07 Wolf-Rayet Stars in the Local Group Kathryn Neugent1, P. Massey1 1Lowell Observatory.

126 AAVSO Poster Session 7:30am - 7:00pm, Essex Ballroom 126.01 Data Release 3 of the AAVSO All-Sky Photometric Survey (APASS) Arne A. Henden1, S. E. Levine2, D. Terrell3, T. C. Smith4, D. L. Welch5 1AAVSO, 2Lowell, 3SwRI, 4Dark Ridge Observatory, 5McMaster University, Canada. 126.02 AAVSOnet: The Robotic Telescope Network Mike Simonsen1 1AAVSO. 126.03 High Speed UBV Photometry Of Epsilon Aurigae’s 2009-2011 Eclipse Aaron Price1, G. Billings2, B. Gary2, B. Kloppenborg3, A. Henden2 1AAVSO/Tufts University, 2AAVSO, 3Denver University. 126.04 20 Million Observations: the AAVSO International Database and its First Century Elizabeth O. Waagen1 1AAVSO.

42 MONDAY POSTER SESSIONS

126.05 Professional Astronomers in Service to the AAVSO POSTERS: MON Michael Saladyga1, E. O. Waagen1 1AAVSO. 126.06 The Citizen Sky Planetarium Trailer Rebecca Turner1, A. Price1, R. Wyatt2 1AAVSO, 2California Academy of Sciences. 126.07 Status of the USNO Infrared Astrometry Program Frederick John Vrba1, J. A. Munn1, C. B. Luginbuhl1, T. M. Tilleman1, A. A. Henden2, H. H. Guetter1 126.08 Membership of the Planetary Nebula Abell 8 in the Open Cluster Bica 6 and Implications for the PN Distance Scale David G. Turner1, J. M. Rosvick2, D. D. Balam3, A. A. Henden4, D. J. Majaess1, D. J. Lane1 1Saint Mary’s Univ., Canada, 2Thompson Rivers University, Canada, 3Dominion Astrophysical Observatory, Canada, 4AAVSO. 126.09 Amateur Observing Patterns and Their Potential Impact on Variable Star Science Matthew R. Templeton1 1AAVSO. 126.10 An Overview of the Evolution of the AAVSO’s Information Technology Infrastructure Between 1965-1997 Richard C. S. Kinne1, M. Saladyga1, E. O. Waagen1 1AAVSO. 126.11 Rasch Analysis of Scientific Literacy in an Astronomical Citizen Science Project Aaron Price1 1AAVSO/Tufts University. 126.12 Collaborative Research Efforts For Citizen Scientists Brian K. Kloppenborg1, A. Price2, R. Turner2, A. Henden2, R. Stencel1 1University of Denver, 2AAVSO.

127 Supernovae. Planetary Nebulae, Evolved Stars, Cataclysmic Variables, Novae 7:30am - 7:00pm, Essex Ballroom 127.01 Strengthening the Connection Between Space and Society: A Comparative Analysis of Supernovae Distribution in the Andromeda Galaxy for Secondary School Students Kareen Borders1, B. Mendez2, K. Borders3, M. Thaller4, M. Plecki1, K. Usuda5 1University of Washington, 2University of California at Berkeley, 3Peninsula High School, 4NASA, 5Subaru Telescope. 127.02 Constraining Explosion Date and Progenitor Properties of SN 1998S with Early Photometry Chun-Shing J. Pun1, H. Poon1, Y. Qiu2, J. Wei2 1Univ. Of Hong Kong, China, 2National Astronomical Observatories, Chinese Academy of Sciences, China. 127.03 Detection of Radio Transients from Supernovae Christian Schmitt1 1TCNJ. 127.04 Late Phase Light Curves of SN 2005hk Jessica Crist Lair1, P. Milne2, G. Bryngelson3, M. Leising3 1Eastern Kentucky Univ., 2Steward Observatory, 3Clemson University. 43 MONDAY POSTER SESSIONS

127.05 Pulsar-driven Jets In Sne, Grbs, Lmxbs, Ss 433, And The Universe John Middleditch1 1LANL. 127.06 Modeling the Very Slowly Declining Type Ia Supernova 2001ay Kevin Krisciunas1, E. Baron2, P. Hoeflich3, A. M. Khokhlov4, I. Dominguez5, L. Wang1, N. B. Suntzeff1, M. Hamuy6, M. M. Phillips7 1Texas A&M University, 2University of Oklahoma, 3Florida State University, 4University of Chicago, 5Universidad de Granada, Spain, 6Universidad de Chile, Chile, 7Las Campanas Observatory, Chile.

POSTERS: MON 127.07 What Drives The Sasi In Core-Collapse Supernovae? Cody Melton1, J. Blondin1 1North Carolina State University. 127.08 High-Velocity Ca II in Type Ia Supernovae G. H. Marion1 1Harvard - CfA. 127.09 Classification and Redshift Determination of Pan-STARRS Supernovae with Optical Cross Correlation Filters Daniel Scolnic1, A. Riess1, M. Huber1, S. Rodney1, J. Tonry2, PS1 Science Consortium 1Johns Hopkins University, 2University of Hawaii. 127.10 First Results from a Search for Nearby Cataclysmic Variables and Related Objects Julie N. Skinner1, J. Thorstensen1, S. Lépine2 1Dartmouth College, 2American Museum of Natural History. 127.11 The Unusually Luminous Extragalactic Nova SN 2010U Ian Czekala1, R. Chornock1, E. Berger1, A. Pastorello2, G. H. Marion3, P. Challis1, J. C. Wheeler4, M. T. Botticella2, S. Smartt2, M. Ergon5, J. Sollerman5 1Harvard University, 2Queen’s University Belfast, United Kingdom, 3Harvard University/UT Austin, 4UT Austin, 5Stockholm University, Sweden. 127.12 High Velocity Precessing Jet from the Water Fountain IRAS 18286-0959 Revealed by VLBA Observations Bosco Yung1, J. Nakashima1, H. Imai2, S. Deguchi3, P. J. Diamond4, S. Kwok1 1The University of Hong Kong, Hong Kong, 2Kagoshima University, Japan, 3Nobeyama Radio Observatory, Japan, 4CSIRO Astronomy and Space Science, Australia. 127.13 Time-resolved Optical Spectroscopy of the Classical Nova V723 Cas Thomas Vonderharr1, C. E. Woodward1, R. M. Wagner2, G. Schwarz3, L. A. Helton4, C. Hamilton-Drager5, K. A. Recine5 1University of Minnesota, 2Large Binocular Telescope Observatory, 3American Astronomical Society (Corporate Offices),4 Stratospheric Observatory for Infrared Astronomy, 5Dickinson College. 127.14 Analysis of the High Dispersion Spectra of the Planetary Nebula NGC 7027 Siek Hyung1, S. Lee1, M. Otsuka2, A. Tajitsu3 1ChungBuk National Univ., Korea, Republic of, 2Space Telescope Science Institute, 3Subaru Telescope. 127.15 The Symbiotic Nature of M2-9 Jerica M. Green1, B. Balick1, J. Lutz1 1University of Washington. 127.16 Properties and Spatial Distribution of Dust Emission in the Crab Nebula Tea Temim1, G. Sonneborn2, E. Dwek2, R. G. Arendt3, R. D. Gehrz4, P. O. Slane5 1NASA/GSFC/ORAU, 2NASA/GSFC, 3CRESST/UMBC, 4Univ. of Minnesota, 5Harvard- Smithsonian, CfA.

44 MONDAY POSTER SESSIONS

127.17 Extending The Sma Spectral-line Survey Of Irc+10216 In The 400 Ghz Band POSTERS: MON Nimesh A. Patel1, K. Young1, C. Gottlieb1, P. Thaddeus1, K. Menten2, M. McCarthy1, E. Keto1, R. Wilson1 1Harvard-Smithsonian Center for Astrophysics, 2Max Planck Institute for Radio Astronomy, Germany.

128 Extrasolar Planets: Detection and Characterization 7:30am - 7:00pm, Essex Ballroom 128.01 Early Constraints From The MEarth Project On The Occurrence Rate Of Super- Earth And Neptune-sized Exoplanets Orbiting Mid-to-Late M Dwarfs Zachory K. Berta1, D. Charbonneau1, C. J. Burke1, J. A. Dittmann1, E. E. Falco2, J. Irwin1, E. Newton1, P. Nutzman3 1Harvard-Smithsonian Center for Astrophysics, 2Smithsonian Astrophysical Observatory, 3University of California, Santa Cruz. 128.02 Modeling The Detectability Of Exoplanets For The Palomar Extreme Adaptive Optics Palm-3000 System. Rahul Patel1, S. Metchev1 1SUNY Stony Brook. 128.03 Improving Transit Predictions of Known Exoplanets with TERMS Stephen R. Kane1, D. Ciardi1, D. Dragomir1, D. Fischer2, G. Henry3, A. Howard4, E. Jensen5, G. Laughlin6, S. Mahadevan7, G. Pilyavsky7, K. von Braun1, J. Wright7 1NASA Exoplanet Science Institute, Caltech, 2Department of Astronomy, Yale University, 3Tennessee State University, 4Department of Astronomy, University of California, 5Dept of Physics & Astronomy, Swarthmore College, 6UCO/Lick Observatory, University of California, 7Department of Astronomy and Astrophysics, Pennsylvania State University. 128.04 Warm Spitzer Secondary Transit Photometry of Hot Jupiters HAT-P-6b, HAT-P- 8b and XO-4b Kamen 0. Todorov1, D. Deming2, H. Knutson3, A. Burrows4, P. Sada5, E. Agol6, J. Desert7, J. J. Fortney8, D. Charbonneau7, N. B. Cowan9, G. Laughlin8, J. Langton10, A. P. Showman11, N. K. Lewis11 1The Pennsylvania State University, 2NASA’s Goddard Space Flight Center, 3University of California at Berkeley, 4Princeton University, 5University of Monterrey, Mexico, 6University of Washington, 7Harvard-Smithsonian Center for Astrophysics, 8University of California at Santa Cruz, 9Northwestern University, 10Principia College, 11University of Arizona. 128.05 New Analyzing Tools for the Rossiter-McLaughlin Effect Teruyuki Hirano1, J. N. Winn1, S. Albrecht1, Y. Suto2, N. Narita3, B. Sato4 1MIT, 2The University of Tokyo, Japan, 3NAOJ, Japan, 4Tokyo Institute of Technology, Japan. 128.06 Improving the RV Precision of HET/HRS Xuesong Wang1, J. T. Wright1 1Pennsylvania State University. 128.07 Null Detection of a Substellar Companion to HD 149382 Jackson Norris1, J. T. Wright1, R. A. Wade1, S. Mahadevan1 1The Pennsylvania State University. 128.08 IRTF/SpeX NIR Emission Spectra of WASP-1b Heather Bloemhard1, M. Creech-Eakman1, P. D. Deroo2, M. Zhao2 1New Mexico Institute of Mining and Technology, 2Jet Propulsion Laboratory, California Institute of Technology.

45 MONDAY POSTER SESSIONS

128.09 X-Ray Observations of Hot Jupiters Scott J. Wolk1, I. Pillitteri1, O. Cohen1, V. Kashyap1, J. Drake1, C. M. Lisse2 1SAO, 2JHU. 128.10 The Value of K2 in Determining Interior Composition of Terrestrial Planets Adam Maxwell1, D. Ragozzine2, L. A. Rogers3, S. Seagar4, L. Zeng5 1Cambridge School Of Weston, 2Institute for Theory and Computation, Smithsonian Astrophysical Observatory, 3Department of Physics, massachusetts Institute of Technology, 4Department of Earth, atmospheric and Planetary Sciences, Massachusetts Institute of Technology, 5Department of Astronomy, Harvard University.

POSTERS: MON 128.11 The University of Arizona Astronomy Club Observations of Transiting Extrasolar Planets TrES-3b and TrES-4b Jake Turner1, K. Hardegree-Ullman1, B. Smart1, A. Walker-LaFollette1, K. Cunningham1, E. E. Hardegree-Ullman2, B. Crawford1, J. Mueting1, T. Carleton1, K. Schwarz1, A. Robertson1, B. Guvenen1, A. Towner1, C. Austin1, T. Henz1, D. Keys1, K. Johnson1 1University of Arizona, 2Rensselaer Polytechnic Institute.

129 Molecular Clouds, HII Regions, Interstellar Medium and Dust 7:30am - 7:00pm, Essex Ballroom 129.01 Correlation between Dust and Gas in the Magellanic Clouds Julia Roman-Duval1, K. D. Gordon1, M. Meixner1, HERITAGE 1Space Telescope Science Institute. 129.02 Level Crossing Analysis of the I-GALFA H I 21-cm Line Maps of the Galaxy Geumsook Park1, B. Koo1, S. J. Gibson2, J. Kang3, K. A. Douglas3, J. E. G. Peek4, E. J. Korpela5, C. E. Heiles5 1Seoul National University, Korea, Republic of, 2Western Kentucky University, 3Arecibo Observatory, Puerto Rico, 4Columbia University, 5University of California. 129.03 Testing Extinction Distances to Massive Star-Forming Regions Against Maser Parallax Distances Jonathan B. Foster1, J. Stead2, R. Benjamin3, J. Jackson1 1Boston University, 2University of Leeds, United Kingdom, 3University of Wisconsin Madison. 129.04 Detection of Thermal 2 cm and 1 cm Formaldehyde Emission in NGC 7538 Liang Yuan1, E. D. Araya1, P. Hofner2, S. Kurtz3, Y. Pihlstrom4 1Western Illinois University, 2New Mexico Tech, 3CRyA, Universidad Autonoma de Mexico, Mexico, 4University of New Mexico. 129.05 Methyl Cyanide Observations of Massive Protostars Viviana A. Rosero-Rueda1, P. Hofner2, S. Kurtz3, J. Bieging4, E. Araya5, E. Jordan1 1NMT, 2NMT & NRAO, 3CRyA, Mexico, 4UofA, 5WIU. 129.06 Simulations of High Velocity Clouds: High-Velocity High-Stage Ions Kyujin Kwak1, D. B. Henley1, R. L. Shelton1 1Univ. of Georgia. 129.07 Simulations of High Velocity Clouds: X-ray Signatures Robin L. Shelton1, K. Kwak1, D. Henley1 1Univ. of Georgia. 129.08 Parker Instabilities with Magnetic Cross Field Diffusion of Cosmic Rays Chih-Yueh Wang1, Y. Lo1, C. Ko2 1Chung-Yuan Christian University, Taiwan, 2National Central University, Taiwan.

46 MONDAY POSTER SESSIONS

129.09 A Survey of N2H+ Toward the Serpens Molecular Cloud POSTERS: MON Kevin Hardegree-Ullman1, Y. L. Shirley1 1University of Arizona. 129.10 Pairwise Correlations Of Eight Strong DIBs And N(H), N(H2), And E(B-V) Scott David Friedman1, D. G. York2, B. J. McCall3, J. Dahlstrom4, P. Sonnentrucker1, D. E. Welty3, M. M. Drosback5, L. M. Hobbs6, B. L. Rachford7, T. P. Snow8 1STScI, 2University of Chicago, 3University of Illinois, 4Carthage College, 5University of Virginia, 6Yerkes Observatory, 7Embry-Riddle Aeronautical University, 8University of Colorado. 129.11 C18O and N2H+ Gas Phase Observations Toward Rossano Cloud B in the Corona Australis Molecular Cloud Complex Emily E. Hardegree-Ullman1, D. Horne1, D. Whittet1, J. Harju2, J. Spizuco1, P. Mayeur1 1Rensselaer Polytechnic Institute, 2University of Helsinki, Finland. 129.12 New Interstellarammonia Maser Emission in NGC 7538: Expanded Very Large Array and Green Bank Telescope Observations Stella Seojin Kim1, I. M. Hoffman1 1St. Paul’s School. 129.13 Bound Cluster Formation in the Antennae Lisa H. Wei1, E. R. Keto1, L. C. Ho2 1Harvard-Smithsonian Center for Astrophysics, 2Carnegie Observatories. 129.14 Far-ultraviolet Observation Of The Aquila Rift With Fims Instrument Sung-Joon Park1, K. Min2, K. Seon1, W. Han1, D. Lee1, J. Edelstein3 1Korea Astronomy and Space Science Institute, Korea, Republic of, 2Korea Advanced Institute of Science and Technology, Korea, Republic of, 3Space Sciences Lab., University of California, Berkeley. 129.15 Resolved Magnetic Field Map of GRSMC 45.60+0.30 Robert Marchwinski1, M. Pavel1, D. Clemens1, A. Pinnick1 1Boston University. 129.16 PAHs in Translucent Interstellar Clouds Farid Salama1, G. Galazutdinov2, J. Krelowski3, L. Biennier4, Y. Beletsky5, I. Song6 1NASAames Research Center, Space Science & Astrobiology Division, 2Instituto de Astronomia, Universidad Catolica del Norte, Chile, 3Center for Astronomy, Nicolaus Copernicus University, Poland, 4Institut de Physique de Rennes, UMR 6251 du CNRS, France, 5European Southern Observatory, Chile, 6Korea Science Academy, Korea Advanced Institute of Science and Technology, Korea, Republic of. 129.17 Physical Processes in the Rosette Nebula Jeremy Michael Huber1, J. F. Kielkopf1 1University of Louisville. 129.18 Discovery Of 6.035 GHz OH Maser Flares In IRAS 18566+0408 Esteban Araya1, A. A. Al Marzouk1, P. Hofner2, S. Kurtz3, H. Linz4, L. Olmi5 1Western Illinois University, 2New Mexico Tech, 3CRyA, Universidad Nacional Autonoma de Mexico, Mexico, 4MPIfA, Germany, 5University of Puerto Rico, and INAF. 129.19 Submillimeter and Far-Infrared Observations of the Carina Nebula Thomas E. Oberst1, S. C. Parshley2, T. Nikola2, G. J. Stacey2, A. Loehr3, A. P. Lane3, A. A. Stark3, J. Kamenetzky4 1Westminster College, 2Cornell University, 3Harvard-Smithsonian Center for Astrophysics, 4University of Colorado.

47 MONDAY POSTER SESSIONS

129.20 H I Structure and Topology of the Galaxy Revealed by the I-GALFA H I 21-cm Line Survey Bon-Chul Koo1, G. Park1, W. Cho1, S. J. Gibson2, J. Kang3, K. A. Douglas3, J. E. G. Peek4, E. J. Korpela5, C. E. Heiles5 1Seoul National Univ., Korea, Republic of, 2Western Kentucky University, 3Arecibo Observatory, 4Columbia University, 5University of California. 129.21 Automatic Searching Algorithm For Galactic HI At Forbidden Velocities In The Inner-Galaxy ALFA Low-Latitude HI (I-GALFA) Survey Ji-hyun Kang1, B. Koo2, S. J. Gibson3, K. A. Douglas1, G. Park2, J. E. G. Peek4, 5 6

POSTERS: MON E. J. Korpela , C. E. Heiles 1NAIC/Arecibo Observatory, 2Seoul National University, Korea, Republic of, 3Western Kentucky University, 4Columbia University, 5University of Exeter, United Kingdom, 6University of California - Berkeley. 129.22 Through The Looking Glass: New Laboratory Spectra Of Glassy Silicates For The Comparison To Astrophysical Environments Angela Speck1, A. Whittington1, A. Hofmeister2 1Univ. of Missouri, 2Washington University. 129.23 Sulfur in the Interstellar Medium Betsy White1, U. J. Sofia1 1American University. 129.24 Ultraviolet Photometry of Dust Extinction in M101: Expected Results from the IMAGER Sounding Rocket Meredith E. Danowski1, T. A. Cook1, K. D. Gordon2, S. Chakrabarti1 1Boston University, 2Space Telescope Science Institute. 129.25 Emission from Interstellar Dust in the Heliosphere Jonathan David Slavin1, P. C. Frisch2, W. T. Reach3, J. Heerikhuisen4, N. V. Pogorelov4, H. R. Mueller5, G. P. Zank4 1Harvard-Smithsonian, CfA, 2University of Chicago, 3USRA/SOFIA, 4CSPAR/University of Alabama, 5Dartmouth College.

130 Galactic & Extra-Galactic Star Formation 7:30am - 7:00pm, Essex Ballroom 130.01 Spatially Resolved Molecular Gas Star Formation Law in CARMA Survey Towards Infrared-bright Nearby Galaxies (STING) Nurur Rahman1, A. Bolatto1, STING collaboration 1University of Maryland. 130.02 Star Formation Rates in Galaxy Groups in COSMOS Stephanie Fiorenza1 1CUNY Graduate Center. 130.03 The Star Formation Reference Survey -- Survey Design and Basic Data Matthew Ashby1, S. Mahajan1, H. A. Smith1, S. Willner1, G. G. Fazio1, S. Raychaudhury2, A. Zezas3, P. Barmby4, P. Bonfini3, C. Cao5, E. Gonzalez-Alfonso6, D. Ishihara7, H. Kaneda7, V. Lyttle4, S. Madden8, C. Papovich9, E. Sturm10, J. Surace11, H. Wu12, Y. Zhu12 1SAO, 2University of Birmingham, United Kingdom, 3University of Crete, Greece, 4University of Western Ontario, Canada, 5Shandong University at Weihai, China, 6University de Alcala de Henares, Spain, 7Nagoya University, Japan, 8CEA/Saclay, France, 9Texas A & M University, 10MPE, Germany, 11Spitzer Science Center, 12National Astronomical Observatories, China.

48 MONDAY POSTER SESSIONS

130.04 Young Stellar Populations in the W3 Star-Forming Region POSTERS: MON Megan Bagley1, J. Jose2, J. S. Kim1, M. Bagley1, M. R. Meyer3, W. Sherry4, V. Roccatagliata5, L. Townsley6, E. Feigelson6 1University of Arizona, 2ARIES, India, 3ETH, Switzerland, 4NOAO/NSO, 5STScI, 6Pennsylvania State University. 130.05 On the Initial Conditions for Star Formation and the IMF Bruce Elmegreen1 1IBM Research Div. 130.06 A Search for Triggered Star Formation William Joseph Dirienzo1, R. Indebetouw2, C. Brogan3 1University of Virginia, 2University of Virginia/National Radio Astronomy Observatory, 3National Radio Astronomy Observatory. 130.07 Interactions Between Forming Stars and Dense Gas in a Small Low Mass Cluster Edwin F. Ladd1, T. Wong2, T. L. Bourke3, K. L. Thompson4 1Bucknell Univ., 2University of Illinois, 3Harvard-Smithsonian Center for Astrophysics, 4University of Kentucky. 130.08 New Data for Five New OrionpmS Eclipsing Binaries from the Spitzer YSOVAR Program. Maria Morales-Calderon1, J. R. Stauffer1, L. Prato2, L. A. Hillenbrand1, D. Terndrup3, S. Terebey4, L. M. Rebull1, K. Stassun5, A. Boden6 1CALTECH, 2Lowell Observatory, 3Ohio State University, 4California State University at Los Angeles, 5Vanderbilt University, 6Palomar Observatory - CALTECH. 130.09 Cluster Evolution In The Rosette Molecular Cloud Main Core Region Jason E. Ybarra1, C. Román-Zúñiga2, E. A. Lada1, Z. Balog3 1Univ. of Florida, 2Universidad Nacional Autónoma de México, Mexico, 3Max-Planck- Institut für Astronomie, Germany. 130.10 Outflows, Hot-core And Magnetic Fields In G30.79fir10 Tirupati K. Sridharan1 1Harvard-Smithsonian CfA. 130.11 Classifying Star Forming Cores through Chemical Anomalies Sadia Hoq1, J. Jackson1, J. Foster1 1Boston University. 130.12 Wide-field, High-resolution, Millimeter-wavelength Spectral Imaging Of The Serpens Core Stuartt A. Corder1, H. G. Arce2 1National Radio Astronomy Observatory, 2Yale University. 130.13 Chemistry in Infrared Dark Cloud Clumps: a Molecular Line Survey at 3 mm Patricio Sanhueza1, J. M. Jackson1, J. B. Foster1 1Boston University. 130.14 30 Dorados & the Sinusoidal Potential David F. Bartlett1, J. P. Cumalat1 1Univ. of Colorado.

131 Computation, Data Handling, Image Analysis 7:30am - 7:00pm, America Ballroom Foyer 131.01 Detecting Cosmic Rays in Infrared Data Rachel E. Anderson1, K. D. Gordon1 1STScI.

49 MONDAY POSTER SESSIONS

131.02 Full-text Indexing Of All Springer Astronomy And Physics Journals In The ADS Guenther Eichhorn1, H. Blom1, A. Accomazzi2 1Springer, 2Smithsonian Astrophysical Observatory. 131.03 Exploring Sound to Convey Information Wanda Liz Diaz-Merced1, M. Schneps2, N. Brickhouse3, M. Pomplun4, S. Brewster1, J. Mannone1 1University of Glasgow, United Kingdom, 2Smithsonian Center for Astrophysics Science Media Group, 3Smithsonian Center for Astrophysics, 4University of Massachusetts. 131.04 The Indra Simulation Database POSTERS: MON Bridget Falck1, T. Budavari1, S. Cole2, D. Crankshaw1, L. Dobos3, G. Lemson4, M. Neyrinck1, A. Szalay1, J. Wang2 1Johns Hopkins University, 2University of Durham, United Kingdom, 3Eotvos Lorand University, Hungary, 4Max-Planck Institute for Astrophysics, Germany. 131.05 Introducing ADS Labs Alberto Accomazzi1, E. Henneken1, C. S. Grant1, M. J. Kurtz1, G. Di Milia1, J. Luker1, D. M. Thompson1, E. Bohlen1, S. S. Murray1 1Harvard Smithsonian Center for Astrophysics.

132 Instrumentation: Ground Based or Airborne 7:30am - 7:00pm, America Ballroom Foyer 132.01 Supernova Photometry with the LCOGT Faulkes Telescopes Benjamin E. Dilday1, D. Howell1, N. Brunner1, F. Bianco1, M. Graham1, LCOGT 1LCOGT. 132.02 LCOGT Imaging Capabilities Timothy M. Brown1, B. Burleson1, J. De Vera1, M. Dubberley1, B. Haldeman1, E. Hawkins1, R. Haynes1, A. Hjelstrom1, J. Hygelund1, T. Lister1, R. Lobdill1, A. Pickles1, W. Rosing1, J. Tufts1 1LCOGT. 132.03 Floyds: A Robotic Spectrograph for the Faulkes Telescopes David J. Sand1, T. Brown1, R. Haynes1, M. Dubberley1 1UCSB/LCOGT. 132.04 LIHSP: Lucky Imaging And High Speed Photometry at LCOGT Federica Bianco1, R. Street2, Y. Tsapras3, A. Shporer1, J. Tufts2, T. Lister2, E. Gomez4, W. Rosing2, T. Brown1, LCOGT team 1LCOGT-UCSB, 2LCOGT, 3LCOGT-Queen Mary University of London, United Kingdom, 4LCOGT-Cardiff University, United Kingdom. 132.05 MWA Observations of Candidate EoR Fields Christopher L. Williams1, J. N. Hewitt1, MWA collaboration 1MIT. 132.06 The Murchison Widefield Array (MWA): Exploring the Epoch of Reionization with the Redshifted 21 cm Line Judd D. Bowman1, M. F. Morales2, J. N. Hewitt3, MWA Collaboration 1Arizona State University, 2University of Washington, 3Massachusetts Institute of Technology. 132.07 The Murchison Widefield Array (MWA): Current Status and Plans Alan Whitney1, T. Booler2, J. Bowman3, D. Emrich2, B. Goeke4, R. Remillard4 1MIT Haystack Observatory, 2Curtin University, Australia, 3Arizona State University, 4MIT.

50 MONDAY POSTER SESSIONS

132.08 The Murchison Widefield Array (MWA) and the Path to HERA POSTERS: MON Colin J. Lonsdale1, J. Bowman2, J. Hewitt3, M. Morales4, J. Moran5 1MIT Haystack Observatory, 2Arizona State University, 3MIT, 4University of Washington, 5Harvard Smithsonian Center for Astrophysics. 132.09 Solar and Heliospheric Science with the Murchison Widefield Array Divya Oberoi1, L. D. Matthews1, L. Benkevitch1, I. H. Cairns2, J. C. Kasper3, A. J. Coster1, MWA Collaboration 1MIT Haystack Observatory, 2University of Sydney, Australia, 3Harvard-Smithsonian Center for Astrophysics. 132.10 A Conceptual Design Study for an Upgraded Dual-Channel Near-Infrared Imager/Spectrometer at the Shane 3m Telescope at Lick Observatory Emily C. Bowsher1, A. Burgasser1 1University of California San Diego. 132.11 ProtoEXIST: The Development of Advanced Tiled CZT Detector Planes for Wide Field Hard X-Ray Survey Telescope Branden Allen1, J. Hong1, J. Grindlay1, S. Barthelmy2, R. Baker2 1Harvard-Smithsonian CfA, 2NASA Goddard Space Flight Center. 132.12 A Fast Scintillator Compton Telescope for Medium-Energy Gamma-Ray Astronomy Peter F. Bloser1, J. M. Ryan1, M. Julien1, J. S. Legere1, M. L. McConnell1, R. M. Kippen2, S. Tornga2, M. Wallace2 1Univ. of New Hampshire, 2Los Alamos National Laboratory. 132.13 Gamma II Thurburn Barker1, M. Castelaz1, J. Cline1, L. Owen1, J. Boehme1, L. Rottler1, C. Whitworth1, D. Clavier1 1Pisgah Astronomical Research Institute. 132.14 Adaptive Optics for the Giant Magellan Telescope Brian A. McLeod1, A. Bouchez2, R. Conan3, B. Espeland3, M. Hart4, P. Hinz4, M. van Dam5 1Harvard-Smithsonian, CfA, 2Giant Magellan Telescope, 3Australian National University, Australia, 4University of Arizona, 5Flat Wavefronts, New Zealand. 132.15 Technology Development for Large Radio Arrays at the Jet Propulsion Laboratory Dayton L. Jones1, R. Preston1, R. Navarro1, K. Wagstaff1, C. Mattmann1, L. D’Addario1, D. Thompson1, W. Majid1, J. Lazio1 1JPL. 132.16 Recommissioning of HPOL, a Medium Resolution Spectropolarimeter James W. Davidson1, K. S. Bjorkman1, J. Hoffman2, J. Lomax2 1The University of Toledo, 2University of Denver. 132.17 Preparing for the First Balloon Flight of the Gamma-Ray Polarimeter Experiment (GRAPE) Taylor Connor1, M. Mark1, C. Bancroft1, P. Bloser1, J. Legere1, J. Ryan1 1UNH. 132.18 Observing Solar and Jovian Radio Bursts Joseph Grippaldi1 1TCNJ. 132.19 Observations of Solar Radio Transients Giorla Paige1 1TCNJ.

51 MONDAY POSTER SESSIONS 133 Star Clusters and Associations - Galactic & Extra-galactic 7:30am - 7:00pm, America Ballroom Foyer 133.01 Characterizing the Nearest Old Cluster - Ruprecht 147 Jason L. Curtis1, J. T. Wright1 1The Pennsylvania State University. 133.02 A New Look at the Old Cluster NGC 6791 Imants Platais1, K. M. Cudworth2, V. Platais-Kozhurina3, D. E. McLaughlin4, S. Meibom5, C. Veillet6 1 2 3 4 5 POSTERS: MON Johns Hopkins Univ., Yerkes Obs., STScI, Keele Univ., United Kingdom, Harvard- Smithsonian, CfA, 6CFHT Corp. 133.03 Chandra Observations of the Well-Studied 180 Myr Old Open Cluster M35 Soren Meibom1, S. H. Saar1, S. A. Barnes2 1Harvard-Smithsonian,CfA, 2Lowell Observatory. 133.04 A Broad-band And Intermediate-band Photometric Study Of The Intermediate- age Open Cluster, Ngc 5822 Barbara J. Anthony-Twarog1, G. Carraro2, E. Costa3, B. Jones1, B. Twarog1 1Univ. of Kansas, 2ESO, Chile, 3Univ. of Chile, Chile. 133.05 The Open Cluster Tombaugh 5 in the Vilnius and IPHAS Systems Laugalys Vygandas1, K. Zdanavicius1, J. Zdanavicius1, F. J. Vrba2, V. Straizys1, R. P. Boyle3 1ITPA Vilnius University, Lithuania, 2USNO, 3Vatican Observatory. 133.06 Photometric Study of Intermediate Age Open Clusters Maria Eugenia Contreras1, R. Michel1, W. Schuster1, C. Chavarria-Kleinhenn1, L. Olguin2 1Inst. De Astronomia, UNAM, Mexico, 2Depto. de Investigacion en Fisica, Universidad de Sonora, Mexico. 133.07 Is This Really A Cluster?: Using 2MASS and GLIMPSE for SDSS-III/APOGEE Cluster Target Selection Kelly Jackson1, P. M. Frinchaboy1 1Texas Christian University. 133.08 Chandra Observations Of The Massive Young Association Cygnus OB2 Nicholas James Wright1 1Harvard-Smithsonian Center for Astrophysics. 133.09 Clues to the Star Formation in NGC 346 across Time and Space Guido De Marchi1, N. Panagia2, E. Sabbi2 1European Space Agency, Netherlands, 2Space Telescope Science Institute.America Ballroom Foyer 133.10 The Effect on Cluster Evolution of Stellar Evolution Model Choice UsingamUSE Alfred J. Whitehead1, S. L. W. McMillan1, S. Portegies Zwart2, E. Vesperini1 1Drexel University, 2Leiden Observatory, Netherlands. 133.11 Color Bimodality of Extragalactic Globular Clusters: A Test for the Nonlinear Color-Metallicity Relation Scenario via the $u$-band Colors Suk-Jin Yoon1, S. T. Sohn2, J. Cho1, S. Lee1, H. Kim1, C. Chung1 1Yonsei Univ., Korea, Republic of, 2STScI. 133.12 Globular Cluster Colors Versus Population Synthesis Models Pauline Barmby1, F. F. Jalilian1 1Univ. of Western Ontario, Canada.

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133.13 Dynamical Stability and Long-term Evolution of Rotating Stellar Systems POSTERS: MON Anna L. Varri1, E. Vesperini2, S. L. W. McMillan2, G. Bertin3 1Drexel University and Universita’ degli Studi di Milano, 2Drexel University, 3Universita’ degli Studi di Milano, Italy.

134 Laboratory Astrophysics and Catalogs 7:30am - 7:00pm, America Ballroom Foyer 134.01 Charge Exchange Studies for Solar System X-ray Emission Modeling Yong Wu1, J. Nolte1, P. Stancil1, D. Schultz2, Y. Hui2, H. Lieberman3, R. Buenker3, R. Shelton1, I. Draganic2, C. Havener2 1University of Georgia, 2Oak Ridge National Laboratory, 3Bergische Universität Wuppertal, Germany. 134.02 Recent Progress with the CHIANTI Atomic Database for Astrophysical Spectroscopy Kenneth P. Dere1 1George Mason Univ. 134.03 Accurate Photodissociation in UV and X-ray Irradiated Molecular Gas Phillip C. Stancil1, C. D. Gay1, R. M. Cieszewski1, W. el-Qadi1, A. Kuri1, S. Miyake1, N. Abel2, R. L. Porter1, G. Shaw3, G. J. Ferland4, P. A. M. van Hoof5 1Univ. of Georgia, 2Univ. of Cincinnati, 3Centre for Excellence in Basic Science, India, 4Univ. of Kentucky, 5Royal Observatory of Belgium, Belgium. 134.04 Molecular Photoabsorption Cross Sections In The Ultraviolet: N2, SO2, S2, CO2 Peter L. Smith1, G. Stark2, D. Blackie3, J. C. Pickering3, B. R. Lewis4, A. N. Heays4 1Retired, 2Wellesley College, 3Imperial College, United Kingdom, 4Australian National University, Australia. 134.05 Radiative Shock Waves In Emerging Shocks R. Paul Drake1, F. Doss1, A. Visco1 1Univ. of Michigan. 134.06 Oscillator Strengths and Predissociation Rates for W - X Bands of CO and Its Isotopologues Steven Robert Federman1, Y. Sheffer2, M. Eidelsberg3, J. L. Lemaire3, G. Stark4, J. H. Fillion5, J. Lyons6, P. L. Smith7, B. R. Lewis8, A. N. Heays8, N. de Oliveira9, M. Roudjane9 1Univ. of Toledo, 2Univ. of Maryland, 3Obs. de Paris, Meudon, France, 4Wellesley, 5Univ. UMPC, France, 6UCLA, 7CfA, 8ANU, Australia, 9Synchrotron SOLEIL, France. 134.07 Reverse Radiative Shock Experiments Relevant to Accreting Stream-Disk Impact in Interacting Binaries Christine Krauland1, R. P. Drake1, C. K. Kuranz1, C. M. Huntington1, M. J. Grosskopf1, D. C. Marion1, R. Young1, T. Plewa2 1University of Michigan, 2Florida State University. 134.08 Blast-Wave-Driven Instability Experiments Relevant To Supernova Hydrodynamics Carolyn Kuranz1, R. Drake1, M. Grosskopf1, A. Budde1, B. Remington2, H. Robey2, D. Arnett3, C. Meakin3, T. Plewa4 1University of Michigan, 2Lawrence Livermore National Laboratory, 3University of Arizona, 4Florida State University. 134.09 High Temperature Line Lists For Carbon Monoxide From Microwave Discharge Spectroscopy Farnood REZAIE1, P. Figueiredo1, J. Arnold1, R. Peale1 1UCF.

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134.10 TGCat: A Catalog and Archive of Chandra High-Resolution X-Ray Spectra David Huenemoerder1, A. Mitschang2, D. Dewey1, M. Nowak1, N. S. Schulz1, J. S. Nichols3, J. E. Davis1, J. C. Houck1, H. L. Marshall1, M. S. Noble4, D. Morgan3, C. R. Canizares5 1MIT Kavli Institute for Astrophysics and Space Research, 2Macquarie University, Australia, 3SAO, 4Broad Institute, 5MIT. POSTERS: MON

54 Tuesday Sessions and Events TUESDAY

Special Sessions

200 Invited Session: The Pan-STARRS Wide-Field Imaging Survey 8:30am - 9:20am, America Ballroom Chair Lee Anne M. Willson1 1Iowa State Univ. TUE 200.01 The Pan-STARRS Wide-Field Imaging Survey Nicholas Kaiser1 1Institute for Astronomy, U. Hawaii.

201 12-Years of Science with Chandra: SNR and Compact Objects 10am - 11:30am, America North Massive stars die violent deaths in brilliant explosions which release enormousamounts of energy in ultra-relativistic (Gamma Ray Bursts) to mildly or non-relativistic ejecta (Supernovae). Chandra has devoted one million seconds each to enable detailed studies of the temperature, chemical composition, and structure of the Cas-A and Tycho SNRs. Observations of Doppler- shifted emission lines for Cas-A and other supernova remnants are providing 3-dimensional information on the distribution and velocity of the supernova ejecta which will help to constrain models for the explosion. Chandra has also made unique contributions to the study of the Low Mass X-ray Binaries (LMXBs). A number of LMXBs show broad asymmetric Fe K lines in their X-ray spectra. The study of the line shapes reveals a plethora of information on the inner parts of accretion discs around these compact objects, where strong relativistic effects take place. We begin this session with two 30-minute talks on Chandra observations of SNRs and LMXBs. We will end with two 15-minute talks on new results. Chair Douglas A. Swartz1 1USRA/MSFC. 201.01 A Million Second Chandra View of Cassiopeia A Una Hwang1, J. M. Laming2 1NASA’s GSFC, 2NRL. 201.02 Broad Iron Lines in Low-Mass X-ray Binaries Edward Cackett1 1University of Cambridge, United Kingdom. 201.03 High Energy Studies of Evolved Pulsar Wind Nebulae Patrick O. Slane1 1Harvard-Smithsonian, CfA. 201.04 GRS 1915+105: An X-ray Spectroscopic Study of Outflows Joseph Neilsen1, J. Lee1, R. Remillard2 1Harvard University, 2MIT.

55 Tuesday Sessions and Events 202 Nuclear Physics II – Gamma-Ray Spectroscopy and Radioactive Nuclei 10am - 11:30am, St. George CD Speakers in this session will describe research in observing and seeking the sources of gamma- ray line emission, decays powering supernova light curves (including efforts to model the transport of energy in supernova atmospheres), and cross section and lifetime measurements for rare isotopes that may be produced in explosive environments. Chair Farid Salama1 1NASAames Research Center. 202.01 Gamma-Ray Line Astrophysics Steven E. Boggs1 1UC, Berkeley.

TUE 202.02 Radioactivity and Peculiar Supernova Light Curves Daniel Kasen1 1UC Berkeley/LBNL. 202.03 Nuclear Astrophysics with rare isotopes at FRIB Hendrik Schatz1 1Michigan State University.

203 Kepler and the Architecture of Planetary Systems 10am - 11:30am, America South This session will present activities of the Kepler Science Team’sMultiple Planet working group and Transit Timing Variations workinggroup. Invited talks will describe how transit timing variations arebeing used to confirm Kepler planet candidates and characterize theirmasses and orbits. Additional talks will address statisticalproperties of multiple planet systems. As Kepler announced sixcandidate multiple planet systems in summer 2010, this session mayinclude a few contributed talks beyond the Kepler science team. Chair Matthew J. Holman1 1Harvard-Smithsonian, CfA. 203.01 A Comparison of Single and Multiple Transiting Planet Candidates David W. Latham1, Kepler Team 1Harvard-Smithsonian, CfA. 203.02 Distribution of Planetary Inclinations as Inferred from Kepler Observations Darin Ragozzine1, Kepler Team 1Smithsonian Astrophysical Observatory. 203.03 Kepler-11: Oddball or Extreme Member of a Class of Densely-Packed Planetary Systems? Jack J. Lissauer1, D. Fabrycky2, J. Jenkins3, Kepler Science Team 1NASAames Research Center, 2University of California, 3SETI Institute/NASAames Research Center. 203.04 Eccentricities & Resonancesamong Planetary Systems Identified by Kepler Eric B. Ford1, Kepler Science Team 1Univ. of Florida.

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203.05 Dynamical Fits to Transit Times of Kepler’s Multiply-transiting Planetary Systems Daniel C. Fabrycky1, Kepler Team 1University of California, Santa Cruz. 203.06 A Search for Companions in Kepler’s Hot Jupiter Systems Jason H. Steffen1, M. Holman2, W. J. Borucki3, D. G. Koch3, Kepler Science Team 1Fermilab, 2Harvard Center for Astrophysics, 3NASAames Research Center.

204 SMARTS: Science Results 10am - 11:30am, St. George AB This meeting-in-a-meeting will discuss the organization, science results, and future of the Small and Moderate Aperture Research Telescope System (SMARTS). This first session will contain TUE science results - some of the talks will also review the status of current instrumentation. Chair Charles D. Bailyn1 1Yale Univ. 204.01 SMARTS Studies of the Composition and Structure of Dwarf Planets David L. Rabinowitz1, B. Schaefer2, S. Tourtellotte1, M. Schaefer2 1Yale Univ., 2Louisiana State Univ. 204.02 The SMARTS Way to Build a Map to the Stars Todd J. Henry1, M. R. Boyd1, C. Davison2, S. B. Dieterich1, C. T. Finch3, P. A. Ianna1, W. Jao1, D. W. Koerner4, A. R. Riedel1, J. P. Subasavage5, A. M. Tanner1, J. G. Winters1 1RECONS, 2Georgia State University, 3USNO, 4Northern Arizona University, 5CTIO, Chile. 204.03 UBVRI Broad-Band Photometry at the Smarts Telescopes Arlo U. Landolt1, J. L. Clem1 1Louisiana State University. 204.04 Synoptic Spectrophotometry Enabled by SMARTS Frederick M. Walter1 1Stony Brook University. 204.05 Small Telescopes as Discovery Machines for Fundamental Stellar Astrophysics and for Student Training Keivan G. Stassun1 1Vanderbilt University. 204.06 SMARTS Observations of Gamma-ray Bright Blazars Erin Wells Bonning1 1Yale University.

205 What’s New under the Suns? I 10am - 11:30am, Staffordshire The “Suns” 2-day Meeting-in-a-Meeting celebrates four decades of the Solar-Stellar Connection (SSC). From humble beginnings in the early 1970’s, with exploratory high-resolution measurements of the Ca II lines in nearby bright stars, and tentative access to the key ultraviolet wavelengths with Copernicus, the study of stars in a solar context has blossomed into a mature field, fueled in large part by remarkable instrumental advances. These include HST, FUSE, Chandra, XMM-Newton, and now Kepler, to mention a few recent examples in space. Similar progress has occurred on the ground in high-resolution spectroscopy, photometry, and spectropolarimetry at optical telescopes; radio imaging at the VLA; and soon the bright promise of mm astronomy with ALMA, again to mention just a few examples. Solar physics has

57 Tuesday Sessions and Events

witnessed equally impressive strides with recent missions such as SoHO, TRACE, Hinode, and now SDO, in space; together with steady advances in ground-based solar imaging, especially with the development of modern adaptive optics systems. Each day of the Suns Meeting-in-a- Meeting will lead off with a keynote address by an acknowledged leader in the field, focusing on a specific series of topics within the broader context of the SSC. The keynote will be followed by contributed talks describing new work in these areas. There will be a linked poster session. Participation by students and recent PhDs is strongly encouraged. Contributed talks will be selected from abstracts submitted by the community, and topics in both solar and stellar physics are welcome. The first day will focus on the issue of stellar winds, and the invited speaker is Andrea Dupree. Contributed talks in this area are especially welcome. Chair Thomas R. Ayres1 1University of Colorado. 205.01 Stellar Winds and Mass Loss Andrea K. Dupree1 TUE 1SAO/CfA. 205.02 Kepler Observations of Starspot Evolution, Differential Rotation, and Flares on Late-Type Stars Alexander Brown1, H. Korhonen2, S. Berdyugina3, L. Walkowicz4, A. Kowalski5, S. Hawley5, J. Neff6, L. Ramsey7, S. Redman7, S. Saar8, G. Furesz8, N. Piskunov9, G. Harper10, T. Ayres1, B. Tofany1 1Univ. of Colorado, 2Univ. of Turku, Finland, 3KIS, Univ. Freiburg, Germany, 4UC Berkeley, 5Univ. of Washington, 6College of Charleston, 7Penn State University, 8Harvard- Smithsonian CfA, 9Uppsala Univ., Sweden, 10Trinity College, Ireland. 205.03 Testing a Predictive Theoretical Model for the Mass Loss Rates of Cool Stars Steven R. Cranmer1, S. H. Saar1 1Harvard-Smithsonian CfA.

206 Cosmic Evolution from Galaxy Zoo 10am - 11:30am, America Central Galaxy Zoo (www.galaxyzoo.org) is familiar to many as a hugely successful public engagement project. Hundreds of thousands of members of the public have contributed to Galaxy Zoo which collects visual classifications of galaxies in Sloan Digital Sky Survey images (and most recently Hubble Space Telescope) using an internet tool. Classifications from phase one of Galaxy Zoo (the basic morphology of SDSS galaxies) have recently been made public. Galaxy Zoo has also shown itself, in a series of peer reviewed papers, to be a fantastic database for the study of galaxy evolution. In this session Galaxy Zoo team members will hi-light some of the most recent scientific results using Galaxy Zoo data, including the first results from phase two of the project (which collected more detailed morphologies). Chair Chris Lintott1 1University of Oxford, United Kingdom. 206.01 Barred Spirals on the Red Sequence - an important evolutionary stepping stone? Karen L. Masters1, R. C. Nichol2, B. Hoyle3, C. Lintott4, S. P. Bamford5, E. M. Edmondson2, L. Fortson6, W. C. Keel7, K. Schawinski8, A. M. Smith9, D. Thomas2, Galaxy Zoo Team 1SEPnet and ICG, University of Portsmouth, United Kingdom, 2ICG, University of Portsmouth, United Kingdom, 3ICCUB, University of Barcelona, Spain, 4Astronomy Dept, Adler Planetarium, 5School of Physics and Astronomy, Nottingham University, United Kingdom, 6University of Minnesota, 7University of Alabama, 8Einstein Fellow/Yale, 9Oxford University, United Kingdom.

58 Tuesday Sessions and Events

206.02 Bar Lengths in Nearby Disk Galaxies Ben Hoyle1, K. Masters2, B. Nichol2 1ICC University of Barcelona, Spain, 2Institute of Cosmology and Gravitation, University of Portsmouth UK., United Kingdom. 206.03 Galaxy Zoo: The Connection between AGN Activity and Bars in Late Type Galaxies Carolin N. Cardamone1, K. Schawinski2, K. Masters3, C. Lintott4, L. Fortson5 1MIT, 2Yale University, 3University of Portsmouth, United Kingdom, 4Oxford, United Kingdom, 5University of Minnesota. 206.04 Black Hole Growth and Host Galaxy Morphology: Two Different Evolutionary Pathways Kevin Schawinski1, M. Urry1, S. Virani2, P. Coppi1, S. Bamford3, E. Treister4, C. Lintott5, 6 6 7 8 9 10 11 M. Sarzi , M. Sarzi , W. Keel , S. Kaviraj , C. Cardamone , K. Masters , N. Ross , TUE R. Nichol10, J. Raddick12, A. Slosar13, A. Szalay12, D. Thomas10, J. vanden Berg12 1Yale University, 2James Madison University, 3University of Nottingham, United Kingdom, 4University of Hawaii, 5Adler Planetarium, 6University of Hertfordshire, United Kingdom, 7University of Alabama, 8Imperial College, United Kingdom, 9MIT, 10University of Portsmouth, United Kingdom, 11UC Berkeley, 12Johns Hopkins University, 13Brookhaven National Lab. 206.05 Building the low-mass end of the red sequence with local post-starburst galaxies O. Ivy Wong1, K. Schawinski2, S. Kaviraj3, K. Masters4, R. Nichol4, C. Lintott5, W. Keel6, D. Darg7, S. Bamford8, Galaxy Zoo Team 1CSIRO Australia Telescope National Facility, Australia, 2Yale University, 3Blackett Lab, Imperial College London, United Kingdom, 4Institute for Cosmology & Gravitation, University of Portsmouth, United Kingdom, 5Adler Planetarium, 6Department of Physics & Astronomy, University of Alabama, 7Oxford Astrophysics, Dept of Physics, University of Oxford, United Kingdom, 8Centre for Astronomy & Particle Theory, University of Nottingham, United Kingdom. 206.06 Spheroidal Post-mergers In The Local Universe Alfredo Carpineti1, S. Kaviraj1, D. Darg2, C. Lintott2, K. Schawinski1 1Imperial College, United Kingdom, 2Oxford University, United Kingdom.

207 Cosmic Microwave Background/ Relativistic Astrophysics, Gravitational Lenses & Waves 10:00am - 11:30am, Gloucester Chair Gregory Tucker1 1Brown Univ. 207.01D First Results from QUIET: CMB Polarization Power Spectra by Pseudo-Cl Estimator Yuji Chinone1, QUIET Collaboration 1Tohoku University, Japan. 207.02D First Results from QUIET: CMB Polarization Power Spectra by Maximum Likelihood Method Robert Dumoulin1 1Columbia University in The City of New York. 207.03 CMB Constraints on Energy Injection From Dark Matter Tongyan Lin1, T. Slatyer2, S. Galli3, D. Finkbeiner1 1Harvard University, 2Institute for Advanced Study, 3Universita di Roma “La Sapienza”, Italy.

59 Tuesday Sessions and Events

207.04 A Second-order Godunov Method for Multi-dimensional Relativistic Magnetohydrodynamics Kris Beckwith1, J. M. Stone2 1JILA, UC Boulder, 2Department of Astrophysical Sciences, Princeton University. 207.05 Measuring Parameters of Gaseous Massive Black Hole Binaries with LISA Ryan N. Lang1, S. A. Hughes2, N. J. Cornish3 1NASA Goddard Space Flight Center, 2Massachusetts Institute of Technology, 3Montana State University. 207.06 Broadband Searches for Continuous-Wave Gravitation Radiation with LIGO Vladimir Dergachev1, LIGO-Virgo scientific collaboration 1California Institute of Technology.

208 Invited Session: Russell Prize: Mapping the Universe with Redshift Surveys and Weak Lensing TUE 11:40am - 12:30pm, America Ballroom Chair Debra M. Elmegreen1 1Vassar College. Margaret J. Geller - Henry Norris Russell Lectureship The 2010 Henry Norris Russell Lectureship of the American Astronomical Society is awarded to Margaret Geller for a lifetime of work on the distribution and clustering of galaxies in the Universe and for her notable success in describing this work to the public. Her early research with John Huchra unambiguously revealed the characteristic filamentary structure with huge voids in this distribution, fundamentally changing the direction of research for a generation of astronomers. This work provided the impetus for the accurate large-scale simulations of today which are such important tools for understanding the structure itself and its connection to fundamental physics. 208.01 Mapping the Universe with Redshift Surveys and Weak Lensing Margaret J. Geller

ALMA Early Science Proposal Preparation Tutorial 12:30pm – 3:30pm, St. James, Fairmont Copley Plaza Each 3-hour session will be a tutorial about applying for ALMA Early Science observing time. NRAO-NAASC scientific staff will describe the ALMA Early Science observing modes and capabilities, and how to create and submit an ALMA observing proposal using the Observing Tool and Simulator. Organizer Mark T. Adams1 1NRAO.

60 Tuesday Sessions and Events Community Meeting of the Cosmic Origins Program Analysis Group (COPAG) 12:30pm – 3:30pm, Venetian, Fairmont Copley Plaza This session is a community meeting of the NASA Cosmic Origins Program Analysis Group (COPAG). The COPAG is responsible for soliciting and coordinating community input into the development and execution of NASA’s Cosmic Origins Program (COP). The COPAG serves as a community-based, interdisciplinary forum for analysis in support of Cosmic Origins objectives and of their implications for architecture planning, activity prioritization and for future exploration. It provides findings and analyses to NASA through the NASA Advisory Council (NAC) within which the COPAG Chair is a member of the Astrophysics Subcommittee. We will present a description of the on-going COPAG activities and tasks. We will outline how the COPAG plans to operate in the near future. All interested AAS meeting attendees are encouraged to TUE come and participate and provide their thoughts and suggestions. Organizer Mario R. Perez1 1NASA.

NSF Town Hall 12:45pm – 1:45pm, America South Personnel from the NSF Division of Astronomical Sciences will discuss the implementation of the response to the Astro2010 decadal survey, implications of the FY11 budget and FY12 budget request, the new data management requirement for NSF proposals, and other topical information of interest to the AAS community. Organizer James S. Ulvestad1 1NSF.

209 12-Years of Science with Chandra: Galaxies 2:00pm - 3:30pm, America North Chandra has informed our study of accreting compact objects and diffuse gas both within our own galaxy, in the local neighborhood of galaxies, and out to redshifts as high as 4. This session will cover a range of topics related to accreting binary populations and hot gas in galaxies near and far. Two 30-minute talks will bracket two 15-minute presentations. The first 30-minute talk will review compact object formation in Globular Clusters, the Milky Way, and external galaxies. The second 30-minute talk discusses insights gained from Chandra observations as to the formation of compact objects in low metallicity dwarf galaxies. The two 15-minute talks will highlight what has been learned about galaxies from the Chandra Deep Field South 4 Ms survey and an ultra-deep look at M82. Chair Ann E. Hornschemeier1 1NASA GSFC. 209.01 Compact Object Formation in Globular Clusters, the Milky Way and External Galaxies Thomas J. Maccarone1 1Univ. of Southampton, United Kingdom.

61 Tuesday Sessions and Events

209.02 X-ray emission from high-redshift star forming galaxies, results from the Chandra Deep Field South 4 Ms survey Bret Lehmer1 1Johns Hopkins University/GSFC. 209.03 The Deep Chandra View of Diffuse Emission in M82 K. D. Kuntz1, GNOMES Team 1Johns Hopkins Univ. 209.04 Ultra-Luminous X-ray Sources in the Most Metal Poor galaxies Andrea H. Prestwich1, R. Chandar2, J. Kuraszkiewicz1, A. Zezas3, M. Tsantaki3, R. Foltz1, V. Kalogera4, T. Linden5 1Harvard-Smithsonian, CfA, 2University of Toledo, 3University of Crete, Greece, 4Northwestern University, 5University of California, Santa Cruz.

210 Nuclear Physics III – Neutrino Astrophysics TUE 2:00pm - 3:30pm, St. George CD The proposed speakers will cover three topics. The first is the prospect that cosmology will be able to constrain the mass and hierarchy (normal or inverted) of neutrinos through their suppression of the growth of structure at large scales. As the effects associated with neutrino mass evolve with redshift and depend on scale, their signature in the power spectrum is distinctive. Second, the latest results from Borexino, a solar neutrino experiment now operating in Gran Sasso, will be presented. One of the goals of this experiment is a precise measurement of the flux of 7Be neutrinos, in order to verify that matter is affecting solar neutrino oscillation probabilities. The third speaker will summarize efforts to coordinate a variety of detectors in a neutrino “supernova watch” in anticipation of the next Galactic event. Chair Wick Haxton1 1UC Berkeley. 210.01 Prospects for Determining the Neutrino Mass Scale and Hierarchy from Cosmology Manoj Kaplinghat1 1University of California, Irvine. 210.02 Results from the Borexino Solar Neutrino Experiment Richard Saldanha1 1Princeton University. 210.03 The Detection of Supernova Neutrinos Kate Scholberg1 1Duke University.

211 Exoplanet Characterization with Kepler 2:00pm - 3:30pm, America South This session will begin with an overview of the activities of theKepler Giant Planet Working group. Invited talks will present resultsfrom Spitzer follow-up observations, as well as the theoreticalinterpretation of Kepler photometry of giant planets and follow-upobservations. As Kepler announced hundreds of giant planet candidatesin summer 2010, this session may include a few contributed talksbeyond the Kepler science team. Chair David W. Latham1 1Harvard-Smithsonian, CfA.

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211.01 Giant Planets and the Kepler Mission Douglas A. Caldwell1, Kepler Giant Planet Working Group 1SETI Institute. 211.02 Uniform Modeling of Kepler Objects of Interest. Jason Rowe1, S. T. Bryson2, D. A. Caldwell1, J. L. Christiansen1, M. R. Haas2, J. M. Jenkins1, P. Machalek1, F. R. Mullally1, M. Still2, S. E. Thompson1, Kepler Science Team 1NASAames Research Center/ SETI Institute, 2NASAames Research Center. 211.03 Detection of KOI-13.01 with Orbital Photometry Avi Shporer1, Kepler Science Team 1University of California, Santa Barbara. 211.04 Secondary Eclipses and an Intriguingly Inflated Gas Giant TUE Philip Nutzman1 1University of California, Santa Cruz. 211.05 Kepler’s Dark And Reflective Worlds Brice-Olivier Demory1, P. Nutzman2, S. Seager1, J. Fortney2, Kepler Science Team 1Massachusetts Institute of Technology, 2University of California. 211.06 Validation and characterization of Kepler exoplanet candidates with Warm Spitzer Jean-Michel Desert1, D. Charbonneau1, Kepler Science Team 1Harvard University. 211.07 Statistical Validation Of (Super-)Earth-size Planets Detections By Combining Kepler Follow-up Tools. Francois Fressin1, G. Torres1, J. Desert1, D. Charbonneau1, Kepler team 1Harvard CFA. 211.08 Characterizing the Interior Composition of Kepler’s Small Planets Sara Seager1, L. A. Rogers1 1Massachusetts Institute of Technology.

212 SMARTS: Current and Future Capabilities 2:00pm - 3:30pm, St. George AB This meeting-in-a-meeting will discuss the organization, science results, and future of the Small and Moderate Aperture Research Telescope System (SMARTS). This second session will start with presentations from the SMARTS Principal Scientist and CTIO Deputy Director on the organization of the consortium, and its current capabilities, followed by brief presentations on possible new instruments and capabilities. Much of the session will consist of a general discussion of future directions for the consortium. Chair Charles D. Bailyn1 1Yale Univ. 212.01 SMARTS Present and Future - A Discussion Charles Bailyn1, N. S. van der Bliek2, D. Fischer3 1Yale University, 2CTIO/NOAO, Chile, 3Yale Univ.

213 What’s New under the Suns? II 2:00pm - 3:30pm, Staffordshire The theme of sessions III and IV is “The Joys of Applying UV Spectroscopy to the Solar- Stellar Connection and Related Topics.” The application of spectroscopy mainly at ultraviolet

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wavelengths has led to a clearer understanding of phenomena and physical processes occurring in the outer atmospheres of the Sun, main-sequence and evolved cool stars, pre-MS objects, Brown Dwarfs, the interstellar medium near the Sun, exospheres of transiting hot Jupiters, and even Cosmology (through big-bang deuterium in the ISM). The venerable Copernicus and especially IUE satellites led the initial charge, but soon gave way to later generations of more sophisticated UV spectrographs such as GHRS, STIS, and now COS on Hubble; FUSE; and shorter wavelength instruments like those on Chandra and XMM-Newton. As in other areas of astronomy, observational progress so far has well outstripped theory. The speaker is Jeffrey Linsky, and contributed talks in this area are especially welcome. Chair Thomas R. Ayres1 1University of Colorado. 213.01 The Joys of Applying UV Spectroscopy to Understanding the Solar-Stellar Connection and Related Topics in Astrophysics Jeffrey Linsky1 TUE 1Univ. of Colorado. 213.02 Resolving the Coronal Loop Controversy with AIA Joan T. Schmelz1 1Univ. of Memphis. 213.03 UV Diagnostics of Stellar and Solar Flares Adam Kowalski1, S. L. Hawley1, H. S. Hudson2 1University of Washington, 2University of California, Berkeley.

214 Transforming Cultural Norms: Mentoring/Networking Groups for Women and Minorities 2:00pm - 3:30pm, Gloucester A growing number of universities, government labs, and other institutions have established scientific networking and peer mentoring groups for early career (undergraduate, graduate student, postdocs, and new faculty) women and minorities. These groups provide a promising channel for addressing retention and other equity issues. The AAS Committee on the Status of Women (in coordination with the AAS Committee on the Status of Minorities) will host a panel discussion of astronomers, physicists, and administrators from funding agencies working to maximize the impact of such groups. The goal of this session is (1) to provide information to the community on how to organize, fund, and ensure their sustainability and institutionalization and (2) to present examples showing how departments have managed to change the climate so that mentoring and networking groups become accepted as the norm. We encourage both junior and senior AAS members to attend and share their experiences and opinions. Organizer Laura Trouille1 1UW-Madison.

215 Astronomy Education & Public Outreach 2:00pm - 3:30pm, America Central Chair Gina Brissenden1 1Univ. of Arizona.

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215.01 Outreach for Families and Girls- Astronomy at Outdoor Concerts and at Super Bowl or Halloween Star Parties Donald A. Lubowich1 1Hofstra Univ. 215.02 NASA’s Astrophysics Education and Public Outreach Hashima Hasan1 1NASA Headquarters. 215.03 The First Pan-STARRS Asteroid Search Campaign: Astronomical Discovery Program for High Schools Students William S. Burgett1, P. Miller2, PS1SC, IASC 1Univ. of Hawaii, 2Hardin-Simmons University. 215.04 Other Worlds, Other Earths TUE Susan Sunbury1, R. R. Gould1 1Harvard Smithsonian Center for Astrophysics. 215.05 WWGD(What Would Galileo Do)?: Developing a Science Process Teacher Workshop at the Astronomical Society of the Pacific Jim Manning1, G. Schultz1, B. Kruse1 1Astronomical Society of the Pacific. 215.06 Measuring Student Gains in Understanding the Process of Scientific Research Travis A. Rector1, M. Krok1, M. Young2 1Univ. of Alaska Anchorage, 2M.J. Young and Associates. 215.07 The Big Ideas in Cosmology: a Curriculum for College Students Kimberly A. Coble1, K. M. McLin2, A. J. Metevier2, J. M. Bailey3, L. R. Cominsky2 1Chicago State Univ., 2Sonoma State Univ., 3University of Nevada. 215.08 Dyslexia Linked to Visual Strengths Useful in Astronomy Matthew H. Schneps1, J. R. Brockmole2, L. T. Rose3, M. Pomplun4, G. Sonnert1, L. J. Greenhill1 1Harvard-Smithsonian Center for Astrophysics, 2University of Notre Dame, 3Center for Applied Special Technology, 4University of Massachusetts. 215.09 The Role Of Indigenous Staff To Provide Sustainability Of Anamateur Observatory Onur Unat1, Y. Dogan1, A. Celik2, Z. Gurel1 1Marmara University, Turkey, 2VKV Koc High School, Turkey.

216 Invited Session: Early Science with the Expanded Very Large Array 3:40pm - 4:30pm, America Ballroom Chair Christine Jones1 1Harvard-Smithsonian, CfA. 216.01 Early Science with the Expanded Very Large Array Chris Luke Carilli1 1NRAO.

217 Star Formation, the Milky Way, Star Clusters 4:30pm - 6:00pm, America North Chair Pauline Barmby1 1 Univ. of Western Ontario. 65 Tuesday Sessions and Events

217.01D High-Mass Star Formation and Infrared Dark Clouds in the Galaxy Susanna C. Finn1 1Boston University. 217.02 MALT 90: The Millimeter Astronomy Legacy Team 90 GHz Survey James M. Jackson1, J. Foster1, K. Brooks2, J. Rathborne2, S. Longmore3 1Boston Univ., 2Australia Telescope National Facility, Australia, 3European Southern Observatory, Germany. 217.03 A New Molecular Arm in the Far Outer Galaxy Thomas M. Dame1, P. Thaddeus1 1Harvard-Smithsonian CfA. 217.04 A New Technique for Mapping the Structure of the Stellar Bar and Disk of the Milky Way Galaxy Robert A. Benjamin1 1Univ. of Wisconsin-Whitewater.

TUE 217.05 The First Detection of Blue Straggler Stars in the Milky Way Bulge Will Clarkson1, K. C. Sahu2, J. Anderson2, M. Rich3, E. Smith2, T. M. Brown2, H. E. Bond2, M. Livio2, D. Minniti4, A. Renzini5, M. Zoccali4 1Indiana University, 2Space Telescope Science Institute, 3UCLA, 4Pontifica Universidad Catolica de Chile, Chile, 5Osservatorio di Padova, Italy. 217.06 Model-free Mapping Of Disk And Halo Substructure In SDSS III Mario Juric1, A. Bonaca2

217.07 Evidence for a Mass-Transfer Origin for the Long-Period Blue Straggler Binaries in the Old Open Cluster NGC 188 Robert D. Mathieu1, A. M. Geller2 1Univ. of Wisconsin, 2Northwestern University.

218 Extrasolar Planets: Detection and Characterization 4:30pm - 6:00pm, America Central Chair G. Fritz Benedict1 1Univ. of Texas, Austin. 218.01 First Estimate of the Exoplanet Population from Kepler Observations William J. Borucki1, D. G. Koch1, N. Batalha2, D. Caldwell3, E. W. Dunham4, T. N. Gautier III5, S. B. Howell1, J. M. Jenkins3, G. W. Marcy6, J. Rowe1, D. Charbonneau7, D. Ciardi8, E. B. Ford9, J. L. Christiansen3, J. Kolodziejczak10, A. Prsa11 1NASAames Research Center, 2San Jose State University, 3SETI Institute, 4Lowell Observatory, 511Jet Propulsion Laboratory, Calif. Institute of Technology, 6University of California, 7Harvard-Smithsonian Center for Astrophysics, 8Exoplanet Science Institute/ Caltech, 9Uniersity of Florida, 10MSFC, 11Villanova University. 218.02 Spitzer Results toward Validation of Super-Earth Candidates Identified by Kepler Sarah Ballard1, D. Charbonneau1, J. Desert1, F. Fressin1, Kepler Team 1Harvard-Smithsonian Center for Astrophysics. 218.03 The GJ 436 System: Directly Determined Exoplanetary Diameter and Fundamental Stellar Parameters Kaspar von Braun1, T. S. Boyajian2, S. R. Kane1, G. T. van Belle3, D. R. Ciardi1, M. Lopez-Morales4, H. A. McAlister2, T. J. Henry2, G. Schaefer5, T. A. ten Brummelaar5, S. Ridgway6, L. Sturmann5, J. Sturmann5, N. H. Turner5, C. Farrington5, P. J. Goldfinger5 1Caltech, 2Georgia State University, 3ESO, Germany, 4Institut de Ciencies de L’Espai, Spain, 5CHARA, 6NOAO.

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218.04 Analysis of HAT-P-2b Warm Spitzer Full Orbit Light Curve Nikole Lewis1, H. Knuston2, A. P. Showman1, J. J. Fortney3, E. Agol4, A. Burrows5, D. Charbonneau6, N. B. Cowan7, D. Deming8, J. Desert6, J. Langton9, G. Laughlin3, K. J. Mighell10 1University of Arizona, 2UC Berkeley, 3UC Santa Cruz, 4University of Washington, 5Princeton University, 6Harvard University, 7Northwestern University, 8NASA Goddard, 9Principia College, 10NOAO. 218.05 Young Low-Mass Companion Candidates from the PTF Orion Planet Search Project Julian C. Van Eyken1, D. R. Ciardi1, R. L. Akeson1, C. A. Beichman1, A. F. Boden2, K. von Braun1, J. Crepp2, B. J. Fulton3, D. M. Gelino1, D. W. Hoard4, S. B. Howell5, S. R. Kane1, P. Plavchan1, S. V. Ramírez1, L. M. Rebull4, A. Shporer6, J. R. Stauffer4, PTF Collaboration TUE 1NExScI, Caltech, 2Caltech, 3LCOGT, 4Spitzer Science Center, Caltech, 5NOAO, 6LCOGT/UC Santa Barbara. 218.06 A Search for H-alpha Absorption in Exoplanetary Exospheres Adam G. Jensen1, S. Redfield1, W. D. Cochran2, M. Endl2, L. Koesterke2, T. S. Barman3 1Wesleyan University, 2University of Texas, 3Lowell Observatory. 218.07 Stacking the Hay: Modeling the Worst-Case Scenario for Exozodiacal Clouds Christopher C. Stark1, K. Cahoy2 1Carnegie Institution of Washington, 2MIT. 218.08 Finding the Needle: How To Use A Space-borne Coronagraph To Detect Exoplanets Embedded In Debris Disks Kerri Lynn Cahoy1, C. C. Stark2, O. Guyon3, M. S. Marley4, J. J. Fortney5 1MIT, 2Carnegie Institute of Washington, DTM, 3University of Arizona, 4NASAames Research Center, 5University of California, Santa Cruz.

219 Supernovae, PNe, Evolved Stars and other Topics 4:30pm - 6:00pm, St. George CD Chair Paul B. Eskridge1 1Minnesota State Univ. 219.01 Type Ia Supernovae at z>1.5 from the HST Multi-Cycle Treasury Surveys Steven A. Rodney1, A. G. Riess1, L. Strolger2, H. C. Ferguson3, S. Casertano3, A. Koekemoer3, T. Dahlen3, N. A. Grogin3, J. Hjorth4, O. Graur5, B. Mobasher6, C. Scarlata7, B. J. Weiner8, S. M. Faber9, M. Postman3, CANDELS Collaboration, CLASH Collaboration 1The Johns Hopkins University, 2Western Kentucky University, 3Space Telescope Science Institute, 4University of Copenhagen, Denmark, 5Tel Aviv University, Israel, 6University of California, Riverside, 7University of Minnesota, 8University of Arizona, 9University of California, Santa Cruz. 219.02 An Unbiased Statistical Survey of Ibc Supernova Host Abundances Nathan Sanders1, A. M. Soderberg1, E. M. Levesque2 1Harvard University, 2University of Colorado at Boulder. 219.03 Searching for the Progenitors of Type Ia Supernova Rosanne Di Stefano1 1Harvard-Smithsonian CfA.

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219.04D Magnetic Fields And Developing Asymmetries In Circumstellar Masers Niktaamiri1, W. Vlemmings2, H. van Langevelde3, A. Kemball4 1Leiden Observatory, Netherlands, 2Argelander Institute for Astronomy, University of Bonn, Germany, 3Joint Institute for VLBI in Europe, Netherlands, 4Department of Astronomy, University of Illinois. 219.05 An Improved Tlusty Model Of Cataclysmic Variable Accretion Disk Annuli. Albert P. Linnell1, I. Hubeny2 1Univ. of Washington, 2Univ. of Arizona. 219.06 Spectroscopic Separation of Solar Wind Charge Exchange, Local Bubble, and Nearby Supernova Remnant X-rays: Diffuse X-ray Spectrometer Recent Results Jeffrey P. Morgenthaler1, R. J. Edgar2, W. T. Sanders3, R. K. Smith2, D. Koutroumpa4, D. B. Henley5, R. L. Shelton5, I. P. Robertson6, M. R. Collier4, T. E. Cravens6 1Planetary Science Institute, 2Harvard-Smithsonian Center for Astrophysics, 3NASA Headquarters, 4NASA/GSFC, 5University of Georgia, 6University of Kansas.

TUE 219.07 Ejecta Knot Evolution in Cassiopeia A John Rutherford1, E. Figueroa1, D. Dewey1, S. Trowbridge1, K. Sato1, F. Bastien2 1MIT, 2Vanderbilt. 219.08 A New Evolutionary Phase of Supernova Remnant 1987A Sangwook Park1, S. A. Zhekov2, D. N. Burrows3, J. L. Racusin4, D. Dewey5, R. McCray6 1University of Texas at Arlington, 2Space and Solar-Terrestrial Research Institute, Bulgaria, 3Pennsylvania State University, 4NASA/GSFC, 5MIT, 6University of Colorado.

220 Cosmology 4:30pm - 6:00pm, America South Chair Edward L. Wright1 1UC, Los Angeles. 220.01 Nonsingular Big-Bounce Cosmology Without Inflation From Torsion Nikodem J. Poplawski1 1Indiana University. 220.02 Is the 2MASS Dipole Convergent? Maciej Bilicki1, M. Chodorowski1, G. A. Mamon2, T. H. Jarrett3 1Nicolaus Copernicus Astronomical Center, Poland, 2Institut d’Astrophysique de Paris, France, 3Infrared Processing and Analysis Center, Spitzer Science Center, Jet Propulsion Laboratory, California Institute of Technology. 220.03D A Method for 21cm Power Spectrum Estimation in the Presence of Foregrounds Adrian Liu1, M. Tegmark1 1Massachusetts Institute of Technology. 220.04 Fast Power Spectrum Analysis and Foreground Subtraction for 21 cm Cosmology Joshua S. Dillon1, A. Liu1, M. Tegmark1 1Massachusetts Institute of Technology. 220.05 An Experiment To Search For The 21-cm All-sky Reionization Spectral Signal. Jeffrey Peterson1 1Carnegie Mellon Univ. 220.06 High-Redshift Gamma-Ray Bursts and Star Formation: Present and Future Constraints Derek B. Fox1 1Penn State University.

68 Tuesday Sessions and Events 221 Prospects for High Resolution Low Energy X-ray Spectroscopy 4:30pm - 6:00pm, Staffordshire There is a tremendous discovery space available for high-resolution spectroscopic studies in the low-energy (<1keV) X-ray regime. Many important and strong atomic transitions including CV CVI, NV, OVII, OVIII, NeIX, NeX and FeXXVII FeXXVIII, occur within this range. Spectral Resolution of about 3000 would open up thermal line broadening, turbulence and Doppler shifts in non- extreme objects. This makes the range of the available studies very broad including: the basic astrophysics of accretion, investigation of the dark matter between the galaxies and extreme physics including the neutron star equation of state. While beyond the grasp of the current X-ray satellites, a mission, with 10 times the grating area of Chandra, is within the envelope of the NASA Explorer class missions. The purpose of this special session is to draw out some of the TUE specific scientific possibilities of such a mission. Chair Scott J. Wolk1 1SAO. 221.01 High Resolution X-ray Spectroscopy of AGN: Recent Results and Future Advances Herman L. Marshall1 1MIT. 221.02 The WHIM in X-rays: current evidence and future prospects Fabrizio Nicastro1 1Smithsonian Astrophysical Observatory. 221.03 High-Resolution Spectroscopic Studies of the Intergalactic Medium J. Michael Shull1 1Univ. of Colorado. 221.04 Blast our resolve or resolve our blast? Jeremy J. Drake1 1Harvard-Smithsonian, CfA. 221.05 High Resolution Soft X-ray Spectroscopy for Young Stellar Objects Nancy S. Brickhouse1 1Harvard-Smithsonian, CfA. 221.06 Whimex: Exploring The High Temperature Intergalactic Medium In This Decade Webster C. Cash, Jr.1, WHIMex Science and Instrument Teams 1Univ. of Colorado. 221.07 The Warm-Hot Intergalactic Medium Explorer (WHIMex) Mission Concept Charles F. Lillie1, W. C. Cash2, R. L. McEntaffer3, W. Zhang4, S. O’Dell5, M. Bautz6, M. Elvis7 1Northrop Grumman Aerospace Systems, 2University of Colorado, 3University of Iowa, 4NASA/GSFC, 5NASA/MSFC, 6Smithsonian Astrophysical Observatory, 7Massachusetts Institute of Technology.

222 Sustainability and Astronomy: “Green” Professional Action and Public Outreach 4:30pm - 6:00pm, St. George AB Astronomers use more energy than the average citizen, and have more potential educational influence than the average citizen as well. This session will serve as a presentation and discussion forum about why and how we should take steps to reduce our profession’s environmental impact -- primarily but not exclusively greenhouse gas emissions -- as well

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as to enhance and increase our efforts to educate the public about the science of planetary atmospheres, global energy budgets, and climate change. The format will include informal presentations by astronomers showing what they’re already doing to reduce energy usage in their work; discussion of public education strategies and priorities; and a panel discussion with climate experts and federal funding agency representatives. This session represents a continuing effort by the AAS to foster active discussion in the community regarding climate change and other environmental issues that touch on our profession. Panelists: Kartik Sheth (NRAO) Rob Deconto (Dept. of Geosciences, UMass Amherst) Presentations: Organizer James D. Lowenthal1 1Smith College. TUE 223 Invited Session: SPD Hale Prize: The Sun’s Magnetic Surface 7:00pm - 8:00pm, America South Chair Debra M. Elmegreen1 1Vassar College. 223.01 The Sun’s Magnetic Surface Hendrik Spruit1 1MPI for Astrophysics, Germany.

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224 The Sun and The Solar System 8:00am - 7:00pm, Essex Ballroom 224.01 Secular Constraints on the Dynamical History of the Solar System Rebekah Ilene Dawson1, R. Murray-Clay1 1Harvard-Smithsonian Center for Astrophysics. 224.02 Physical Characterization of 2002 Ve68, A Quasi-moon Of Venus. Tzitlaly Barajas1, M. D. Hicks2, D. Mayes2, H. Rhoades2, J. Somers3, K. Garcia1, J. Foster1, T. Truong1 POSTERS: TUE 1California State University Los Angeles, 2Jet Propulsion Laboratory, 3Moorpark College. 224.03 Rotationally Resolved Photometry of the V-type Near-Earth Asteroid 4055 Magellan (1985 DO2) Karen Garcia1, T. Truong1, M. D. Hicks2, T. Barajas1, J. Foster1 1California State University Los Angeles, 2Jet Propulsion Laboratory. 224.04 Searching For Hazardous Asteroids Brian Elwood1, A. W. Puckett2, K. Coble1, S. Cortes3 1Chicago State University, 2University of Alaska at Anchorage, 3University of Arizona. 224.05 Additional Los Alamos RAGE Hydrocode Simulations of Effective Mitigation of Porous PHO Objects Robert Weaver1, C. Plesko1, W. Dearholt1 1LANL. 224.06 The Monitoring of Transient Lunar Phenomena Jarrel Doorn1, M. Eaton1, G. Ahrendts1, T. Barker1 1Wheaton College. 224.07 Formation of Satellites Around Migrating Ice Giant Planets Christopher R. Fuse1, M. Neville1 1Rollins College. 224.08 Investigations on Gas Giant Moon Formation During Thommes Ejection Mary H. Neville1, C. Fuse1 1Rollins College. 224.09 The Vertical Structure of the Martian Ionosphere Zachary Girazian1, P. Withers1, M. Paetzold2, S. Tellmann2 1Boston University, 2University of Cologne, Germany. 224.10 An External Source for Charon’s Atmosphere: Accretion of Pluto’s Atmosphere Prabal Saxena1, M. Summers1 1George Mason University.

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224.11 Attempted Stellar-Occultation Observations for KBO (20000) Varuna on 10 February 2011 Jay M. Pasachoff1, B. A. Babcock1, J. L. Elliot2, M. J. Person2, A. A. S. Gulbis3, C. Zuluaga2, A. Zangari2, W. Rosing4, F. B. Bianco5, J. E. Ciotti6, M. R. Kessler6, S. W. L. Plunkett, Jr.6, N. D. Hiraoka6, K. Mohanan7, E. Pilger8, T. George9, D. Breit10, S. Preston10, K. Lonergan11, S. Menaker12, J. Egger13, M. Lockhart2, M. Gutoski14, P. Rulon14, D. Hampton15, X. Jiang16, J. Bai17, W. P. Chen18, M. Lehner19, J. H. Wang20, Z. W. Zhang20, N. Tokimasa21 1Williams College, 2MIT, 3SALT and MIT, South Africa, 4LCOGT, 5UCSB/LCOGT, 6Windward CC, 7Leeward CC, 8Hawaii Inst. Geophys., 9IOTA/Columbia Basin Col., 10IOTA, 11Wellesley College, 12Anchorage, 13Aeroquest Machining, 14Fairbanks Astron. Unit, 15Fairbanks, 16Beijing Astron. Obs., China, 17Yunnan Astron. Obs., China, 18NCU, Taiwan, 19ASIAA/Penn/ CfA, Taiwan, 20TAOS, Taiwan, 21Nishi-Harima Astron. Obs., Japan. 224.12 Constraints On The Size Of KBO (50000) Quaoar From A Single-chord Stellar Occultation Michael J. Person1, J. L. Elliot1, A. S. Bosh1, A. Zangari1, C. Zuluaga1, T. Brothers1, S. Sallum1, S. Levine2, L. Bright2, S. Sheppard3, T. Tilleman4 1MIT, 2Lowell, 3Carnegie Insitute, 4USNO. 224.13 First Observations of a Stellar Occultation by KBO (50000) Quaoar from MIT’s George R. Wallace, Jr., Astrophysical Observatory POSTERS: TUE Stephanie Sallum1, T. Brothers1, J. L. Elliot1, M. J. Person1, A. S. Bosh1, A. Zangari1, C. Zuluaga1, S. Levine2, L. Bright2, S. Sheppard3, T. Tilleman4 1MIT, 2Lowell, 3Carnegie Insitute, 4USNO. 224.14 An Automated System For Follow-up Of Pan-STARRS NEOs Using The LCOGT Network Tim Lister1 1Las Cumbres Observatory (LCOGT). 224.15 Monitoring Active Centaurs by Pan-STARRS 1 Hsing-Wen Lin1, Y. Chen1, W. Ip1, M. Holman2, W. Chen1, P. Protopapas2 1Institute of Astronomy, Taiwan, 2Harvard-Smithsonian Center for Astrophysics. 224.16 Plasma Heating During Coronal Mass Ejections Nicholas Arnold Murphy1, J. C. Raymond1, K. E. Korreck1 1Harvard-Smithsonian Center for Astrophysics. 224.17 Temperature Analysis of 171-A Coronal Loops Brian T. Worley1, J. T. Schmelz1 1The University of Memphis. 224.18 Observing Isothermal and Multithermal Coronal Loops using SDO-AIA Sankaet Pathak1, J. Schmelz1 1University of Memphis. 224.19 Analysis of Full Coronal Loops Observed with the Atmospheric Imaging Assembly Ben Jenkins1, J. Schmelz1 1University of Memphis. 224.20 Differential Emission Measure Analysis of Coronal Loop Data From AIA, EIS, and XRT Jennifer W. Garst1 1Univ. Of Memphis. 224.21 Cross-calibration Of EIS And XRT Using Coronal Bright Points Jason Kimble1, J. T. Schmelz1 1University of Memphis.

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224.22 The Solar Rotation and its Evolution During Cycle 23 Sylvain G. Korzennik1, A. Eff-Darwich2 1Harvard-Smithsonian Center for Astrophysics, 2IAC, Spain. 224.23 Dimming of the 17th Century Sun Peter V. Foukal1, A. Ortiz2, R. Schnerr3 1Heliophysics, Inc., 2Institute of Theoretical Astrophysics, University of Oslo, Norway, 3Institute for Solar Physics, Stockholm Observatory, Sweden.

225 Circumstellar Disks 8:00am - 7:00pm, Essex Ballroom POSTERS: TUE 225.01 Resolved Images of Large Cavities in Protoplanetary Transition Disks Sean M. Andrews1, D. J. Wilner1, C. Espaillat1, M. Hughes2, K. Dullemond3, M. K. McClure4, C. Qi1, J. M. Brown1 1Harvard-Smithsonian Center for Astrophysics, 2University of California, Berkeley, 3Universitat Heidelberg, Germany, 4University of Michigan. 225.02 Modeling Morphological Structures Observed in Spatially Resolved Scattered Light Images of Protoplanetary Disks John P. Wisniewski1, B. Whitney2, SEEDS Team 1University of Washington, 2University of Wisconsin. 225.03 Unraveling the Accretion Disk Spectrum in the Symbiotic Binary R Aquarii Edwin M. Kellogg1, J. DePasquale1, J. Nichols1 1Harvard/Smithsonian CfA. 225.04 Discovery Of Strong Helium 10830A Absorption In The Mid-eclipse Disk Of Epsilon Aurigae Robert E. Stencel1, B. Kloppenborg1, M. Sitko2, J. Rayner3, A. Tokunaga3 1Univ. of Denver, 2Univ. of Cincinnati, 3NASA IRTF. 225.05 Accretion in the Disk of epsilon Aurigae: Results of Monte Carlo Radiative Transfer Modelling Naomi Pequette1, R. Stencel1, B. Whitney2 1University of Denver, 2Space Science Institute. 225.06 Hydrodynamic Simulations of Algol Systems with Tilted Accretion Disks Eric Raymer1, J. Blondin1 1North Carolina State University. 225.07 Dynamics and Evolution of Self-Gravitating Circumstellar Disks on a Moving Mesh Diego Munoz1, L. Hernquist1 1Harvard University.

226 Young Stellar Objects, Very Young Stars, T-Tauri Stars, H-H Objects 8:00am - 7:00pm, Essex Ballroom 226.01 Near-Infrared Variability in Young Stars with Disks Thomas Rice1, S. J. Wolk1, C. Aspin2 1Harvard-Smithsonian Center for Astrophysics, 2University of Hawaii Institute for Astronomy. 226.02 Catching the Weak T-Tauri Population in L1641 North and NGC 1980. Ignazio Pillitteri1 1SAO.

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226.03 Accretion Variability in Young Spectroscopic Binaries David R. Ardila1, G. Herczeg2, C. Johns-Krull3, M. Robert4 1NASA Herschel Science Center / IPAC / Caltech, 2Max Planck Institute for Extraterrestrial Physics, Germany, 3Rice University, 4University of Wisconsin at Madison. 226.04 Near-infrared Variability Of Young Stellar Objects In The YSOVAR Program Joseph L. Hora1, J. Stauffer2, M. Morales-Calderon2, J. Carpenter2, J. Bloom3, D. Starr3, YSOVAR Team 1Harvard-Smithsonian CFA, 2Caltech, 3University of California - Berkeley. 226.05 Inner Structure in the TW Hya Circumstellar Disk Rachel L. Akeson1, R. Millan-Gabet1, D. Ciardi1, A. Boden2, A. Sargent2, J. Monnier3, H. McAlister4, T. ten Brummelaar4, J. Sturmann4, L. Sturmann4, N. Turner4 1NASA Exoplanet Science Institute, Caltech, 2Dept of Astronomy, Caltech, 3University of Michigan, 4CHARA, Georgia State University. 226.06 Examining Star-Disk interactions in Pre-Main Sequence Binaries: A Submillimeter Array Survey of Taurus Multiple Star Systems Robert J. Harris1, S. M. Andrews1 1Harvard University. 226.07 The Anatomy of the Young Protostellar Outflow HH 211: Strong Evidence for CO v = 1-0 Fundamental Band Emission from Dense Gas in the Terminal Shock POSTERS: TUE Achim Tappe1, J. Forbrich1, S. Martín2, C. J. Lada1 1Harvard-Smithsonian Center for Astrophysics, 2European Southern Observatory, Chile. 226.08 Optical And Infrared Monitoring Of KH 15D Holly Capelo1, W. Herbst1, C. Hamilton2 1Wesleyan Uniersity, 2Dickinson College. 226.09 Simultaneous Spitzer/Chandra Observation Of Young Stellar Objects In GGD 12-15 - Do X-ray Flares Produce Disk Afterglows? Jan Forbrich1, K. R. Covey2, S. J. Wolk1, J. R. Stauffer3, R. R. A. Gutermuth4, M. Morales Calderon3, B. A. Whitney5, J. L. Hora1, B. Posselt6 1Harvard-Smithsonian CfA, 2Cornell University, 3Caltech, 4Smith College, 5Space Science Institute, 6Pennsylvania State University.

227 Results From Kepler 8:00am - 7:00pm, Essex Ballroom 227.01 Using the Kepler February 2011 Data Release to Estimate the Frequency of Planets Courtney D. Dressing1 1Harvard University. 227.02 Starspots And Spin-orbit Alignment In the Wasp-4 Exoplanetary System Roberto Sanchis Ojeda1, J. N. Winn1, M. J. Holman2, J. A. Carter2, D. J. Osip3, C. I. Fuentes4 1MIT, 2Cfa - Harvard, 3Las Campanas Observatory, Chile, 4Northern Arizona University. 227.03 Following up Kepler Objects of Interest Using Adaptive Optics Images Elisabeth R. Adams1, A. K. Dupree1, C. Kulesa2, D. W. McCarthy2, Kepler Science Team 1SAO, 2U. of Arizona. 227.04 Kepler Observations of Pulsations In A Sample of Magnetically-Active Stars James E. Neff1, A. Brown2, S. Hawley3, A. Kowalski3, L. Walkowicz4, S. Saar5 1College of Charleston, 2CASA/University of Colorado, 3University of Washington, 4University of California/Berkeley, 5Harvard/Smithsonian Center for Astrophysics.

74 TUESDAY POSTER SESSIONS

227.05 High Cadence Kepler Observations of Flare Stars Suzanne L. Hawley1, A. F. Kowalski1, J. P. Wisniewski1, E. J. Hilton1, L. M. Walkowicz1, A. Brown2 1Univ. of Washington, 2Univ. of Colorado. 227.06 NGC 6811: An Intermediate-age Cluster In The Kepler Field Kenneth Janes1, S. Barnes2, S. Meibom3, S. Hoq1 1Boston Univ., 2Lowell Observatory, 3Center for Astrophysics. 227.07 Application of an Empirical Bayesian Technique to Systematic Error Correction and Data Conditioning of Kepler Photometry Jeffrey C. Smith1, J. M. Jenkins1, J. E. Van Cleve1, J. Kolodziejczak2, J. D. Twicken1, M. C. Stumpe1, M. N. Fanelli3 1SETI Institute/NASAames Research Center, 2NASA Marshall Space Flight Center, 3Bay POSTERS: TUE Area Environmental Research Institute.

228 12-Years of Science with Chandra 8:00am - 7:00pm, Essex Ballroom 228.01 The X-ray Variability of Capella Jennifer Posson-Brown1, V. Kashyap1 1Smithsonian Astrophysical Observatory. 228.02 X-ray binaries in Young Massive Clusters Sanghamitra Goswami1, F. A. Rasio1 1Northwestern University. 228.03 Focused Wind Mass Accretion in Mira AB Margarita Karovska1, M. de Val-Borro2, W. Hack3, J. Raymond1, D. Sasselov4, N. P. Lee1 1Harvard Smithsonian, CfA, 2Max Planck Institute, Germany, 3STScI, 4Harvard University. 228.04 Using Chandra Hetg And Swift Xrt Spectra To Understand Cygnus X-3 R. Petri Savolainen1, M. L. McCollough1, D. C. Hannikainen2 1Smithsonian Astrophysical Observatory, 2Aalto University Metsähovi Radio Observatory, Finland. 228.05 Probing Cygnus X-3’s “Little” Friend Michael L. McCollough1 1Harvard-Smithsonian, CfA. 228.06 No Confirmed New Isolated Neutron Stars in the SDSS Data Release 4 Marcel A. Agueros1, B. Posselt2, S. F. Anderson3, P. Rosenfield3, F. Haberl4, L. Homer3, B. Margon5, E. R. Newsom1, W. Voges4 1Columbia University, 2Harvard-Smithsonian Center for Astrophysics, 3University of Washington, 4Max-Planck-Institut für extraterrestrische Physik, Germany, 5University of California-Santa Cruz. 228.07 A Complete Sample of ULX Host Galaxies Douglas A. Swartz1, A. F. Tennant2, R. Soria3, M. Yukita4 1USRA/MSFC, 2NASA/MSFC, 3MSSL/UCL, United Kingdom, 4UA Tuscaloosa. 228.08 On the Plerionic Supernova Remnant CTB 87 (G74.9+1.2) and Its Powering Engine: Insights from the Chandra X-ray Observatory Samar Safi-Harb1, H. Matheson1, R. Kothes2 1Univ. of Manitoba, Canada, 2DRAO/NRC/HIA, Canada. 228.09 X-ray and Optical Emission Correlations in the Shocked Ejecta in Cassiopeia A Daniel Patnaude1, R. A. Fesen2 1Harvard-Smithsonian, CfA, 2Dartmouth College.

75 TUESDAY POSTER SESSIONS

228.10 The Chandra Carina Complex Project: Introduction and Diffuse X-ray Emission Leisa K. Townsley1, CCCP Team 1Penn State Univ. 228.11 The Chandra Carina Complex Project: Finding Oases in the X-Ray Desert of Intermediate-Mass Stars Matthew S. Povich1 1Penn State University. 228.12 A Deep Chandra Legacy Observation of the Nearby Grand Design Spiral M83 Knox S. Long1, L. Bianchi2, W. P. Blair2, P. Ghavamian1, K. D. Kuntz2, P. P. Plucinsky3, R. Soria4, P. F. Winkler5 1STScI, 2JHU, 3SAO, 4Curtin Institute of Radio Astronomy, Australia, 5Middlebury College. 228.13 Chandra ACIS Survey of M33 (ChASeM33): The Final Source Catalog Paul P. Plucinsky1, R. Tuellmann1, T. J. Gaetz1, K. D. Kuntz2, B. F. Williams3, K. S. Long4, ChASeM33 Team 1Harvard-Smithsonian, CfA, 2Johns Hopkins University, 3University of Washington, 4Space Telescope Science Institute. 228.14 An X-ray Imaging Survey of Quasar Jets -- Testing the Inverse Compton Model Herman L. Marshall1, J. M. Gelbord2, D. A. Schwartz3, D. W. Murphy4, J. E. J. Lovell5, D. M. Worrall6, M. Birkinshaw6, E. S. Perlman7, L. Godfrey8, D. L. Jauncey9 POSTERS: TUE 1MIT, 2PSU, 3SAO, 4JPL, 5U. Tasmania, Australia, 6U. Bristol, United Kingdom, 7FIT, 8Curtin U. of Tech., Australia, 9CSIRO, Australia. 228.15 A Chandra and XMM-Newton Study of the Hot Gas Filament in the Centaurus A Northern Middle Radio Lobe Ralph P. Kraft1, W. Forman1, P. Nulsen1, M. Hardcastle2, M. Birkinshaw3, C. Jones1, J. Croston4, D. Worrall5, S. Murray6 1Harvard-Smithsonian, CfA, 2University of Hertfordshire, United Kingdom, 3Bristol University, United Kingdom, 4University of Southampton, United Kingdom, 5University of Bristol, United Kingdom, 6Johns Hopkins University. 228.16 X-ray Absorption Variability In Ngc 4507 Andrea Marinucci1, G. Risaliti1, M. Elvis1, S. Bianchi2, G. Matt2 1SAO, 2Roma 3University, Italy. 228.17 AGN Variability in the 4 Ms Chandra Deep Field-South Monica Young1, N. Brandt1, Y. Xue1, B. Luo1, CDF-S Team 1Pennsylvania State University. 228.18 An In-depth Chandra ACIS View Of The Circumnuclear Region Of NGC 4151: The Jet, The Biconical Outflow, And A Leaky Torus Junfeng Wang1, G. Fabbiano1, M. Elvis1, G. Risaliti2, M. Karovska1, A. Zezas3, C. G. Mundell4 1Harvard-Smithonian CfA/SAO, 2INAF, Italy, 3University of Crete, Greece, 4Liverpool John Moores University, United Kingdom. 228.19 The Environmental Impact Of The High-redshift (z=1.532) Radio-loud Quasar 3c270.1 Belinda J. Wilkes1, D. Lal1, D. M. Worrall2, M. Birkinshaw2, M. Haas3, P. Barthel4, S. Willner1, M. Ashby1, C. Leipski5 1Harvard-Smithsonian, CfA, 2University of Bristol, United Kingdom, 3Astronomisches Institut, Ruhr-University, Germany, 4Kapteyn Institute, Netherlands, 5MPIA, Germany.

76 TUESDAY POSTER SESSIONS

228.20 The Role of Shock Heating in AGN Feedback: A Case Study of the Galaxy Group NGC 5813 Scott W. Randall1, W. Forman1, S. Giacintucci2, P. Nulsen1, M. Sun3, C. Jones1, E. Churazov4, L. David1, R. Kraft1, M. Donahue5, E. Blanton6, A. Simionescu7, N. Werner7 1Center for Astrophysics, 2University of Maryland, 3University of Virginia, 4Max-Planck- Institut fur Astrophysik, Germany, 5Michigan State University, 6Boston University, 7KIPAC. 228.21 Probing The Outskirts Of Galaxy Clusters With Chandra, Suzaku, And XMM Eric D. Miller1, J. George2, D. Davis3, M. W. Bautz1, R. P. Mushotzky2, J. P. Henry4 1MIT, 2U. Maryland, 3NASA/GSFC, 4U. Hawaii. 228.22 Sloshing, Shocks, and Bubbles in the Cool Core Cluster Abell 2052 Elizabeth L. Blanton1, S. W. Randall2, T. E. Clarke3, C. L. Sarazin4, B. R. McNamara5, E. M. Douglass1, M. McDonald6 POSTERS: TUE 1Boston University, 2Harvard-Smithsonian Center for Astrophysics, 3Naval Research Laboratory, 4University of Virginia, 5University of Waterloo, Canada, 6University of Maryland. 228.23 Cosmological Constraints from Galaxy Cluster Gas-Mass Fractions: the Latest from Chandra Adam Mantz1, S. W. Allen2, R. G. Morris2 1NASA Goddard Space Flight Center, 2Stanford University. 228.24 Chandra Probe of the Missing Baryons Taotao Fang1, D. Buote1, P. Humphrey1, C. Canizares2 1Univ. of California-Irvine, 2MIT. 228.25 ACIS Thermal Control and Observing Strategies Nancy Adams-Wolk1, T. Aldcroft1, P. P. Plucinsky1, G. Germain1 1Harvard-Smithsonian, CfA. 228.26 The ACIS Instrument On The Chandra X-ray Observatory: Instrument Status And Performance Evolution Catherine E. Grant1, ACIS instrument team 1MIT. 228.27 Enhanced Wavdetect: Carrying Out Source Detection In Multi-look Observations Vinay Kashyap1, J. Drake1, N. Wright1, T. Aldcroft1 1Harvard Smithsonian, CfA. 228.28 X-ray Constraints on the Lyman Alpha Escape Fraction Zhenya Zheng1, S. Malhotra1, J. Wang2, J. Rhoads1, S. Finkelstein3, E. Gawiser4, C. Gronwall5, L. Guaita6, K. Nilsson7, R. Ciardullo5 1Arizona State University, 2University of Science and Technology of China, China, 3Texas A&M University, 4The State University of New Jersey, 5Penn State University, 6Universidad Catolica de Chile, Chile, 7European Southern Observatory, Germany. 228.29 Young X-ray Binary Populations in Low Metallicity Star-Forming Galaxies Vallia Antoniou1, A. Zezas2, V. Kalogera3 1Iowa State University, 2Smithsonian Astrophysical Observatory, 3Northwestern University. 228.30 Chandra ACIS Sub-pixel Resolution Dong-Woo Kim1, C. S. Anderson1, A. E. Mossman1, G. E. Allen2, G. Fabbiano1, K. J. Glotfelty1, M. Karovska1, V. L. Kashyap1, J. C. McDowell1 1Smithsonian Astrophysical Observatory, 2MIT Kavli Institute for Astrophysics and Space Research.

77 TUESDAY POSTER SESSIONS

228.31 Edges, Bubbles And Shocks In The Dominant Elliptical Galaxy Ngc5846 Marie E. Machacek1, R. Kraft1, D. Jerius1, C. Jones1, W. R. Forman1, S. Randall1, S. Giacintucci2, M. Sun3 1Smithsonian Astrophysical Obs., 2University of Maryland, 3University of Virginia. 228.32 The HETG Orion Legacy Project Norbert S. Schulz1, D. P. Huenemoerder1, C. R. Canizares1, P. Testa2, J. Nichols2, A. Mitschang3 1MIT, 2SAO, 3Macquarie University, Australia. 228.33 Binary Quasars Observed by Chandra Paul J. Green1, A. D. Myers2, W. A. Barkhouse3, M. Trichas1, T. L. Aldcroft1, A. Ruiz4, P. Hopkins5, G. T. Richards6 1Smithsonian Astrophysical Observatory, 2University of Illinois, 3University of North Dakota, 4Instituto de Fisica de Cantabri, Spain, 5University of California, 6Drexel University.

229 Black Holes 8:00am - 7:00pm, Essex Ballroom 229.01 The Halo Occupation Distribution of Black Holes

POSTERS: TUE Colin DeGraf1, M. Oborski1, T. Di Matteo1, S. Chatterjee2, D. Nagai2, J. Richardson2, Z. Zheng2 1Carnegie Mellon University, 2Yale University. 229.02 Quasi-spherical, Time-dependent Viscous Accretion Flow With High Viscosity Seong-Jae Lee1, D. Ryu2, I. Chattopadhyay3, S. Hyung1 1Chungbuk National University, Korea, Republic of, 2Chungnam National University, Korea, Republic of, 3ARIES, India. 229.03 Measuring Black-Hole Spin and Modeling the Jet Dynamics in Microquasar XTE J1550-564 James F. Steiner1, J. E. McClintock1 1Harvard-Smithsonian Center for Astrophysics. 229.04 The Local Environments of Ultra-Luminous X-Ray Sources in Interacting Galaxies Beverly Smith1, O. Miller1, M. Nowak2, C. Struck3 1East Tennessee State Univ., 2Massachusetts Institute of Technology, 3Iowa State University. 229.05 Long Term Monitoring of Black Hole Binaries with SMARTS Charles D. Bailyn1, M. Buxton1 1Yale Univ. 229.06 Evidence for Black Hole Growth in Local Analogs to Lyman Break Galaxies Jianjun Jia1, A. Ptak2, T. M. Heckman1, R. A. Overzier3, A. Hornschemeier2, S. M. LaMassa1 1The Johns Hopkins University, 2Goddard Space Flight Center, 3Max-Planck Institute for Astrophysics, Germany. 229.07 Testing General Relativity with the Event Horizon Telescope Jessica Ruprecht1, T. Johannsen2, V. L. Fish3, A. E. Broderick4, S. S. Doeleman3, A. Loeb5, A. E. E. Rogers3 1MIT, 2University of Arizona, 3MIT Haystack Observatory, 4CITA, Canada, 5Harvard CFA. 229.08 Measuring the Spin of the Galactic Center Black Hole Jeremy Steeger1, J. C. Dolence2, S. S. Doeleman3, V. L. Fish3, C. F. Gammie2, S. C. Noble4, H. Shiokawa2, A. E. E. Rogers3 1MIT, 2University of Illinois, 3MIT Haystack Observatory, 4Rochester Institute of Technology. 78 TUESDAY POSTER SESSIONS

229.09 Status of the Event Horizon Telescope Vincent L. Fish1, S. S. Doeleman1, Event Horizon Telescope collaboration 1MIT Haystack Observatory.

230 Binary Stellar Systems, X-ray Binaries 8:00am - 7:00pm, America Ballroom Foyer 230.01 Photometric and Spectroscopic Observations of Solar Type Eclipsing Binary, GSC 0620 1143 Ronald G. Samec1, P. M. Smith1, R. Robb2, D. R. Faulker3, W. van Hamme4 1Bob Jones Univ., 2University of Victoria, Canada, 3University of South Carolina, 4 Lancaster, Florida International University. POSTERS: TUE 230.02 Searching For Low-mass Companions Of Cepheids Nancy Remage Evans1, H. Bond2, G. Schaefer3, M. Karovska1, B. Mason4, J. DePasquale1, I. Pillitteri1, E. Guinan5, S. Engle5 1SAO, 2Space Telescope Science Institute, 3Georgia State Univ., CHARA Array, 4US Naval Observatory, 5Villanova Univ. 230.03 Long Period Eclipsing Binaries in the Magellanic Clouds: a Period-I Magnitude Relation Edward J. Devinney1, A. Prsa1, E. F. Guinan1 1Villanova University. 230.04 Regular High Resolution Full Visual Spectrum Monitoring of Epsilon Aurigae Throughout Its 2009-2011 Eclipse John C. Martin1, J. O’Brien1 1U of Illinois Springfield. 230.05 Towards A Full Orbital Solution For Epsilon Aurigae Brian K. Kloppenborg1, P. Hemenway1, E. Jensen2, W. Osborn3, R. Stencel1 1University of Denver, 2Swarthmore College, 3Central Michigan University. 230.07 Fundamental Parameters of 4 Massive Eclipsing Binaries in Westerlund 1 Alceste Z. Bonanos1, E. Koumpia1 1IAA, National Observatory of Athens, Greece. 230.08 Do Neutron stars Or Black Holes Dominate The X-ray Binary Population Of The Youngest Starburst Galaxies? Silas Laycock1, A. Camero2, C. Wilson-Hodge2, B. Williams3, M. Garcia4, A. Prestwich4 1UMass Lowell, 2MSFC, 3U. Washington, 4CfA. 230.09 Discovery And Multi-wavelength Observations Of The New X-ray Transient Source Swift J1357.2-0933 Hans A. Krimm1, J. Bloom2, N. Gehrels3, S. T. Holland1, J. A. Kennea4, C. B. Markwardt3, J. Miller-Jones5, G. Sivakoff6 1CRESST/USRA/NASA’s GSFC, 2University of California, Berkeley, 3NASA’s GSFC, 4Pennsylvania State University, 5Curtin University, Australia, 6University of Virginia. 230.10 Identification of Supersoft X-ray Sources and Quasisoft X-ray Sources in the Magellanic Clouds Using XMM-Newton Tsz Ho Tsang1, K. L. Li1, C. S. J. Pun1, R. Di Stefano2, A. K. H. Kong3 1The University of Hong Kong, Hong Kong, 2Havard-Smithsonian Center for Astrophysics, 3National Tsing Hua University, Taiwan. 230.11 On the Nature of the Microquasar GRS 1915+105: Clues from Radio Polarization Imaging. John F. C. Wardle1, E. A. Dare2, C. C. Cheung3 1Brandeis Univ., 2Tufts Univ., 3Naval Research Laboratory.

79 TUESDAY POSTER SESSIONS

230.12 A Coincident Search for Radio and Gravitational Waves from Binary Neutron Star Mergers Brett Cardena1 1The College of New Jersey. 230.13 The Stability of Hoyle-Lyttleton Accretion in Three Dimensions John M. Blondin1, E. Raymer1 1North Carolina State Univ.

231 The Milky Way, the Galactic Center 8:00am - 7:00pm, America Ballroom Foyer 231.01 Using Open Clusters to Constrain the Large Scale Structure of the Galactic Magnetic Field and the Distribution of Polarizing Dust April Pinnick1, D. P. Clemens1, M. Pavel1 1Boston University. 231.02 Formation And Evolution Of The Disk System Of The Milky Way: [α/Fe] Ratios And Kinematics Of The SEGUE G-dwarf Sample Timothy C. Beers1, Y. Lee1, D. An2, R. Schoenrich3, C. M. Rockosi4, H. L. Morrison5, J. A. Johnson6, A. Just7, Z. Ivezic8, J. Bird6, B. Yanny9, P. Harding5 POSTERS: TUE 1Michigan State Univ./JINA, 2Ewha Womans Univ., Korea, Republic of, 3MPIA, Germany, 4Lick Observatory/UCSC, 5Case Western Reserve Univ., 6Ohio State University, 7Univ. of Heidelberg, Germany, 8Univ. of Washington, 9FNAL. 231.03 Recognition of Distant Supergiantsamong Faint Red Stars in the Galactic Plane Darrell J. MacConnell1, R. F. Wing2, E. Costa3 1Computer Sciences Corp., 2Ohio State University, 3Universidad de Chile, Chile. 231.04 Ionized Gas Kinematics in the Inner 2 pc of the Milky Way: A Spiral Wave in a Keplerian Disk John H. Lacy1, W. Irons1 1Univ. of Texas.

232 Pulsars, Neutron Stars and Related Topics 8:00am - 7:00pm, America Ballroom Foyer 232.01 A Large-Bandwidth High Frequency Survey for Radio Pulsars in the Galactic Center Robert Wharton1, W. Majid2, J. Deneva1 1Cornell University, 2JPL. 232.02 Chandra observations of PSR B1451-68 Bettina Posselt1, G. G. Pavlov1, G. P. Garmire1 1Pennsylvania State University.

233 Cosmology 8:00am - 7:00pm, America Ballroom Foyer 233.01 PIPER: Primordial Inflation Polarization Explorer Justin Lazear1, D. Benford2, D. Chuss2, D. Fixsen2, J. Hinderks2, G. Hinshaw3, C. Jhabvala2, B. Johnson2, A. Kogut2, P. Mirel2, H. Mosely2, J. Staghun2, E. Wollack2, A. Weston2, K. Vlahacos2, C. Bennett1, J. Eimer1, M. Halpern3, K. Irwin4, J. Dotson2, P. Ade5, C. Tucker5 1Johns Hopkins University, 2NASA-GSFC, 3University of British Columbia, Canada, 4NIST, 5Cardiff University, United Kingdom.

80 TUESDAY POSTER SESSIONS

233.02 New Results from the Atacama Cosmology Telescope David N. Spergel1 1Princeton Univ. Obs. 233.03 Probing the First Stars and Black Holes with the Dark Ages Radio Explorer (DARE) Jack O. Burns1, J. Lazio2, J. Bowman3, R. Bradley4, C. Carilli4, S. Furlanetto5, G. Harker1, A. Loeb6, J. Pritchard7 1Univ. of Colorado at Boulder, 2JPL, 3Arizona State University, 4National Radio Astronomy Observatory, 5UCLA, 6Harvard University, 7Harvard-Smithsonian Center for Astrophysics. 233.04 The Log-Density as a Better Cosmological Density Variable Mark C. Neyrinck1, X. Wang1, B. Falck1, I. Szapudi2, A. Szalay1 1Johns Hopkins Univ., 2IfA. POSTERS: TUE

234 Dark Matter & Dark Energy/Large Scale Structures, Cosmic Distance Scale 8:00am - 7:00pm, America Ballroom Foyer 234.01 Satellite Galaxies as Probes of Dark Matter Halos Ingolfur Agustsson1, T. G. Brainerd1 1Boston University. 234.02 Self-Similar Secondary Infall: Trying to Understand Halo Formation Phillip Zukin1, E. Bertschinger1 1MIT. 234.03 Baryon Acoustic Oscillations Analysis Techniques Xiaoying Xu1, J. Eckel1, D. Eisenstein2, M. Metchnik1, N. Padmanabhan3, P. Pinto1, H. Seo4, M. White4 1University of Arizona, 2Harvard CfA, 3Yale, 4UC Berkeley, LBNL. 234.04 Galaxy Bias and its Effects on the Baryon Acoustic Oscillations Measurements Kushal Mehta1, H. Seo2, J. Eckel1, D. Eisenstein3, M. Metchnik1, P. Pinto1, X. Xu1 1University of Arizona, 2Berkeley Center for Cosmological Physics, LBL and Department of Physics, University of California, Berkeley, 3Harvard University. 234.05 Nonlinear Behavior of Baryon Acoustic Oscillations from the Zeldovich Approximation Using a Non-Fourier Perturbation Approach Nuala McCullagh1, A. S. Szalay1 1Johns Hopkins University.

235 Relativistic Astrophysics, Gravitational Lenses & Waves 8:00am - 7:00pm, America Ballroom Foyer 235.01 Strong Gravitational Lensing Of mm And submm Surveys Yashar Hezaveh1, G. Holder1 1McGill University, Canada. 235.02 A Preliminary Analysis of Cosmic Magnification of SDSS Galaxies Tereasa G. Brainerd1, T. V. Wenger1 235.03 Finite Source Effects in Strong Lensing Austen Groener1 1Drexel University. 235.04 Stellar Tidal Disruption as an Electromagnetic Signature of Supermassive Black Hole Recoil Nicholas Stone1, A. Loeb1 1Harvard University. 81 TUESDAY POSTER SESSIONS

235.05 Gravitational Nanolensing from Subsolar Mass Dark Matter Halos Jacqueline Chen1, S. Koushiappas1 1Brown University.

236 Galaxy Clusters 8:00am - 7:00pm, America Ballroom Foyer 236.01 Specific Star Formation In Coma Cluster Galaxies Louise O. V. Edwards1, D. Fadda1 1California Institute of Technology. 236.02 Optical Substructure Analysis of Galaxy Clusters Identified by Double-lobed Radio Sources Joshua Wing1, E. Blanton1 1Boston University. 236.03 Star Formation in the Interacting Cluster System Abell 2197/2199 Seth A. Cohen1, G. A. Wegner1 1Dartmouth College. 236.04 The Structure of 2MASS Galaxy Clusters 1 1

POSTERS: TUE Jeffrey A. Blackburne , C. S. Kochanek , et al. 1The Ohio State University.

237 Gamma Ray Bursts 8:00am - 7:00pm, America Ballroom Foyer 237.01 Gamma Ray Burst All-Sky Spectrometer Arielle Steger1 1University of Washington. 237.02 General Relativistic - Simulating Radio Emission in GRB and the FERMI outburst in the Crab Christopher Matthews1 1University of Notre Dame.

238 Evolution of Galaxies 8:00am - 7:00pm, America Ballroom Foyer 238.01 The Evolution of Isolated Elliptical Galaxies and Fossil Groups: X-ray Point Sources and Diffuse Gas Emma J. Broming1, C. Fuse1 1Rollins College. 238.02 New Results from the Survey Of a Large Area With Naco (SWAN Kiersten Ruisard1, A. J. Baker1, G. Cresci2, R. I. Davies3 1Rutgers, the State University of New Jersey, 2Arcetri Observatory, Italy, 3Max Planck Institute for Extraterrestrial Physics, Germany. 238.03 The Evolution Of AGN And Their Host Galaxies At z~1 In Wide-field Multi- wavelength Surveys Andy Goulding1, DEEP2 survey team 1Harvard Smithsonian CfA. 238.04 GRBs As Probes: The Galaxy Mass-Metallicity Relation at 3

82 Wednesday Sessions and Events WEDNESDAY

300 Invited Session: Demographics in Astronomy and Astrophysics 8:30am - 9:20am, America Ballroom Chair Nicholas B. Suntzeff1 1Texas A&M University. 300.01 Demographics in Astronomy and Astrophysics James S. Ulvestad1 1NSF.

301 12-Years of Science with Chandra: AGN and SMBHs 10:00am - 11:30am, America North WED This session will concentrate on recent discoveries in the area of active galactic nuclei (AGN) and super-massive black holes (SMBHs). In the last few years “double-AGN” have been discovered via imaging with Chandra. These are likely the precursors to SMBH merger events. These mergers also may be the triggers that light up SMBH to form active AGN. Merging galaxies are often heavily obscured, so some recent Chandra work has concentrated on the X-ray/IR connection as a means to identify merging AGN. While the correlation between SMBH and galaxy mass is now well known, how it comes about is not. This session will highlight studies which aim to understand this connection. The session will start with two 30-minute talks, and will also feature two 15-minute talks including results from the Chandra Deep Field South 4Ms survey. Chair Laura Brenneman1 1Harvard-Smithsonian Center for Astrophysics. 301.01 It Takes Two to Tango: a Panchromatic View of Merging Black Holes Francesca M. Civano1 1Harvard Smithsonian Center for Astrophysics. 301.02 TheamUSE surveys: Down-sizing in Black Hole Accretion Elena Gallo1 1University of Michigan. 301.03 Formation and Evolution of Dusty Tori in AGNs Shuang-Nan Zhang1, Y. Liu1 1Institute of High Energy Physics, CAS, China. 301.04 Cosmic Accretion and Galaxy Co-Evolution: Lessons from the Extended Chandra Deep Field South C. Megan Urry1 1Yale Univ.

302 Particle Physics I – Dense Matter 10:00am - 11:30am, St. George CD The main focus of the session is on observations that may constrain the equation of state of the dense nuclear matter found in neutron stars. This includes the implications of a recently reported massive neutron star, as well as the importance of anticipated mass/radius measurements. The session includes a talk on x-ray bursts as a diagnostic of conditions in the neutron star crust, as well as one on the pair-instability supernova mechanism that is thought to be important for early, very massive, low-metallicity progenitors. 83 Wednesday Sessions and Events

Chair John Cowan1 1University of Oklahoma. 302.01 Astrophysical Measurement of the Equation of State of Neutron Star Matter Feryal Ozel1 1University of Arizona. 302.02 Probing the Nuclear Properties of Accreting Neutron Star Crusts Andrew Cumming1 1McGill University, Canada. 302.03 Laboratory experiments and Shock Breakout Probes of the Early Universe Chris Fryer1 1LANL.

303 Astrophysics with Kepler I 10:00am - 11:30am, America South In addition to exoplanet studies, Kepler data represents a treasuretrove of unprecedented photometric data that has already enabled abroad range of astrophysical studies, including WED binary stars, variablestars, astroseismology, white dwarf science. These special sessionprovide a venue for recent non-exoplanet results from the KeplerScience Team, the Kepler Guest Observer program and entireastronomical community. Invited talks will address the extent ofstellar activity as a function of stellar type and present highlightsof the Eclipsing Binary working group, and overview of results fromthe Guest Observer program and Kepler Astroseismic Science Consortium. The session is expected to include several contributed talkspresented results based on Kepler data from the broader astronomicalcommunity. Chair Jon Michael Jenkins1 1SETI Institute. 303.01 Overview of results from the Kepler Guest Observer program and public archive Martin D. Still1 1NASAames Research Center. 303.02 Kepler Eclipsing Binary Stars. Scientific Harvest from the First 4 Months of Data Andrej Prsa1, J. A. Orosz2, W. F. Welsh2, R. W. Slawson3, N. Batalha4, M. Rucker4, L. R. Doyle3 1Villanova University, 2San Diego State University, 3SETI Institute, 4San Jose State University. 303.03 Sounding the Stars: Ensemble Asteroseismology with Kepler Sarbani Basu1 1Department of Astronomy, Yale University. 303.04 A new view of pulsating stars with Kepler Steven D. Kawaler1 1Iowa State University. 303.05 RR Lyrae studies with Kepler Katrien Kolenberg1, KASC RR Lyrae Working Group 1Harvard-Smithsonian Center for Astrophysics.

84 Wednesday Sessions and Events 304 The Panchromatic View of Star Formation and Protoplanetary Disks in Diverse Environments I 10:00am - 11:30am, America Central Progress in studying star and planet formation over the last decade has been immense. Spurred by the impetus of major space-based facilities such as Spitzer, Hubble and Chandra, many of the Galaxy’s more prominent star-forming regions have now been mapped from radio to X-rays. Recent sub-millimeter access to molecular species and interferometric techniques from optical to radio are also providing detailed insights into protoplanetary disk chemistry and structure in many of these regions. This two-session AAS “Meeting in a Meeting” will focus on the most recent key observations and modeling that is shaping current ideas on how stars and planets form and evolve, from low-mass star forming regions to starbursts. The discussion will point the directions for observational and theoretical attack in the coming new era of ALMA and JWST. Chair Jeremy J. Drake1 1Harvard-Smithsonian, CfA.

304.01 Introduction to the panchromatic view of star formation and protoplanetary WED disks in diverse environments Jeremy J. Drake1 1Harvard-Smithsonian, CfA. 304.02 A personal view of star and protoplanetary disk formation and early evolution Lee W. Hartmann1 1Univ. of Michigan. 304.03 Live Fast, Die Young, Blow Some Bubbles: A High-energy Look at Massive Star Formation and Feedback Leisa K. Townsley1 1Penn State Univ. 304.04 Star Formation Across 8 Orders in Wavelength Scott J. Wolk1 1SAO. 304.05 The IR View of Nearby Star Formation: Spitzer’s Legacy Robert A. Gutermuth1 1FCAD/Smith College.

305 The Literature-Data Connection: Meaning, Infrastructure and Impact 10:00am - 11:30am, Staffordshire This special session will provide a forum for data providers, publishers and scientists to review the current efforts in the curation and preservation of astronomical data products published with or analyzed in scholarly publications. Speakers will be addressing a range of issues related to the publication and preservation of data products, namely: Nomenclature: how to uniquely name and refer to all digital assets (archival and user-provided); Persistence: what underlying technology should be used to manage the resolution of identifiers (Handles, DOIs, IVOA identifiers); Preservation: where user-provided data and metadata is stored, how to implement validation, verification, migration and versioning; Policies: what are the responsibilities of all parties involved in the publication process: authors, editors, archives, projects; Dissemination: ensuring that the metadata for all digital assets collected and preserved as part of this effort are properly exposed to the VAO and IVOA community to facilitate harvesting, indexing and discovery. Invited speakers will be from leading institutions, societies and projects involved in the curation and archival of astronomical publications, data and metadata.

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Chair Alberto Accomazzi1 1Harvard Smithsonian Center for Astrophysics. 305.01 Data Publication & Citation practices in Astronomy August Muench1 1Harvard-Smithsonian, CfA. 305.02 Easy Long-Term Identifiers and the “Data Paper” John Kunze1 1University of California. 305.03 ESO’s Science Archive Facility Martino Romaniello1 1ESO, Germany. 305.04 ALMA’s Science Archive Mark Lacy1 1NRAO. 305.05 The Data Connection with the AAS Journals Richard Green1, C. Biemesderfer2 1LBTO, 2AAS. WED 305.06 Enhancing AstroInformatics and Science Discovery from Data in Journal Articles Joseph Mazzarella1 1Caltech.

306 Low-Mass Stellar Science in the Era of Large Surveys 10:00am - 11:30am, St. George AB Large surveys, such as SDSS and 2MASS have revolutionized astronomy, particularly the for the study of low-mass stars and brown dwarfs, which were underrepresented in previous surveys due to their intrinsic faintness. Recent SDSS investigations have led to new determinations of the low-mass stellar IMF, a calibrated age-activity relation, and new measurements of Galactic structure. Large, wide-field surveys are now entering a new era by focusing on the time- domain. The temporal and spatial coverage of current surveys, such as PanSTARRS, MEarth and PTF, enable new investigations into the age-activity-rotation relations, flaring properties of low-mass stars, kinematics of the Galaxy (via improved proper motions) and parallaxes out to unprecedented distances. Furthermore, these surveys are primed to discover eclipsing binaries and the smallest known transiting exoplanets. This session will highlight the major low-mass studies from SDSS and 2MASS, present ongoing investigations with MEarth, PanSTARRS and PTF, and preview future work enabled by LSST. Chair John J. Bochanski1 1Penn State. 306.01 Low-Mass Stars in the Sloan Digital Sky Survey Andrew A. West1 1Boston University. 306.02 A proper motion survey for brown dwarfs with Pan-STARRS 1 and 2MASS Niall Deacon1, M. C. Liu1, E. Magnier1, B. Goldman2, B. P. Bowler1 1Institute for Astronomy, Hawaii, 2Max-Planck-Institut für Astronomie, Germany.

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306.03 The MEarth Project: Characterizing the Nearest M Dwarfs while Searching for Transiting, Habitable Exoplanets Zachory K. Berta1, D. Charbonneau1, J. Irwin1, C. Burke1, J. Dittman1, E. Falco2, E. Newton1, P. Nutzman3, A. A. West4, M. Zastrow4 1Harvard-Smithsonian Center for Astrophysics, 2Smithsonian Astrophysical Observatory, 3UC Santa Cruz, 4Boston University. 306.04 Low-Mass Star Surveys with the Palomar Transient Factory Nicholas M. Law1, A. PTF Collaboration2 1Dunlap Institute, University of Toronto, Canada, 2Caltech. 306.05 Cool Stellar Science with LSST Lucianne M. Walkowicz1 1UC Berkeley.

308 Invited Session: From Hot Jupiters to Habitable Worlds 11:40am - 12:30pm, America Ballroom

Chair WED Lee Anne M. Willson1 1Iowa State Univ. 308.01 From Hot Jupiters to Habitable Worlds Debra Fischer1 1Yale University.

AAS Members Meeting 12:45pm - 1:45pm, America South You may think you belong to the AAS, but it’s actually the other way around: the Society belongs to you. So please come to the Annual Business Meeting in Boston and tell us how we can serve you better. You’ll hear a report on the Society’s finances, learn about new initiatives from the AAS Council, and have a chance to raise and comment on issues of concern to you personally and to the astronomical community more generally. The AAS leadership is especially interested in receiving feedback from members on the draft strategic plan (http://aas.org/about/strategic_ plan), which translates our mission and vision statement into prioritized action items for the next five years.

The Annual Business Meeting is also the time and place to propose candidates for the Society’s Nominating Committee, which in turn selects candidates for election as officers or councilors. This committee is a key component of AAS governance and strongly influences the course of the Society’s future. There will be one vacancy on the Nominating Committee to be filled in 2011, and the Bylaws specify that we need at least two candidates nominated at the Annual Business Meeting. Please think about colleagues whose experience and judgment you value, and, after obtaining their consent, come to the Annual Business Meeting prepared to put their names forward. Chair Debra M. Elmegreen1 1Vassar College.

309 12-Years of Science with Chandra: Clusters and Groups of Galaxies 2:00pm - 3:30pm, America North It is through X-ray observations that we recognize that the bulk of baryonic material in clusters 87 Wednesday Sessions and Events

and groups is not in the galaxies, but in the surrounding hot gas. Chandra’s distinguishing strength, angular resolution an order of magnitude better than any other X-ray observatory offers, has enabled a renaissance in the understanding of this gas, revealing an unexpected richness of phenomena: shocks, cold fronts, mergers, “sloshing” cores, and extensive evidence of interaction with cluster- and group-centered AGN. As well, the study of the density and properties of clusters as a function of redshift has taken on a core role in cosmology. This session reviews recent Chandra results in the area of AGN-driven feedback and non-thermal phenomena, measurement of the cosmological parameters, and study of groups, which control the evolution of an order of magnitude more baryons than do the rich clusters. Chair Jan M. Vritlek1 1Harvard Smithsonian CfA. 309.01 Cooling Cores, AGN, and the Mechanisms of Feedback William R. Forman1 1SAO. 309.02 The Baryon Content of Galaxy Groups Ming Sun1 1University of Virginia.

WED 309.03 X-Ray Properties of Clusters Detected with the South Pole Telescope Karl Andersson1 1MIT. 309.04 Baryon content of clusters and groups in the context of hierarchical cosmology Andrey Kravtsov1 1University of Chicago.

310 Particle Physics II – High Energy Astrophysics 2:00pm - 3:30pm, St. George CD New experiments have substantially revolutionized the field of high-energy astrophysics. In particular, great excitement was triggered by the discovery of an increasing positron fraction at high energy, that points to either previously unaccounted-for local sources of high-energy cosmic rays, or to new physics, for instance Galactic dark matter annihilation or decay. A further milestone in the field was provided by the Fermi Telescope measurement of the electron- positron fraction, which turned out to be much harder than previously envisioned in the 100 GeV to 1 TeV range. The Fermi Telescope also provided the first pictures of the gamma-ray sky in the 10-100 GeV range, discovering dozens of new gamma-ray pulsars and contributing to the understanding of Galactic cosmic rays and particle acceleration in Galactic and extra-Galactic objects. The Pierre Auger telescope unveiled with unprecedented statistics the highest energy end of the cosmic ray spectrum, contributing to the elucidation of the long-standing issue of the GZK cutoff and shedding light on the possible origin of these ultra-high energy particles. New advanced experiments are now available for studies of neutrinos arising from energetic events in our Galaxy and beyond. The proposed review talks will cover sources and composition of cosmic rays from the Auger results, a sample of science results from the Fermi Telescope, and radio detection of ultra-high energy neutrinos. Chair R. Paul Drake1 1Univ. of Michigan. 310.01 Pierre Auger: The Sources and Composition of Cosmic Rays Glennys R. Farrar1 1New York University.

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310.02 High Energy Astronomy with the Fermi Gamma-Ray Space Telescope Charles D. Dermer1 1NRL. 310.03 Radio Detection of Ultra High Energy Neutrinos James J. Beatty1 1Ohio State University.

311 Astrophysics with Kepler II 2:00pm - 3:30pm, America South See Astrophysics with Kepler I Chair Martin D. Still1 1NASAames Research Center. 311.01 Devil in the Details: Investigating Astrophysical Phenomena with Kepler Light

Curves WED Jon Michael Jenkins1, Kepler SOC, Kepler SO, Kepler Science Team 1SETI Institute. 311.02 Understanding Stellar Variability in Kepler Lightcurves Gibor S. Basri1 1UC, Berkeley. 311.03 The Kepler Cluster Study Soren Meibom1, Kepler Science Team 1Harvard-Smithsonian,CfA. 311.04 Ages of Old Open Clusters in the Kepler Field from Detached Eclipsing Binaries Eric L. Sandquist1, K. Brogaard2, F. Grundahl2, M. Jeffries1, R. Mathieu3, M. Shetrone4, J. Orosz1, H. Bruntt2, J. V. Clausen5, A. Dotter6, S. Frandsen2, A. Geller7, D. Stello8, D. VandenBerg9, K. Williams10 1San Diego State Univ., 2Aarhus University, Denmark, 3U. Wisconsin, 4McDonald Observatory, 5Copenhagen U., Denmark, 6Space Telescope Science Institute, 7Northwestern Univ., 8University of Sydney, Australia, 9Univ. of Victoria, Canada, 10Texas A&M U. 311.05 The Effects of Starspots on Transit Timings for Kepler-9 William F. Welsh1, Kepler Science Team 1San Diego State Univ. 311.06 A First Look at Galaxies with Kepler Michael N. Fanelli1, Kepler Team 1NASAames Research Center.

312 The Panchromatic View of Star Formation and Protoplanetary Disks in Diverse Environments II 2:00pm - 3:30pm, America Central Progress in studying star and planet formation over the last decade has been immense. Spurred by the impetus of major space-based facilities such as Spitzer, Hubble and Chandra, many of the Galaxy’s more prominent star-forming regions have now been mapped from radio to X-rays. Recent sub-millimeter access to molecular species and interferometric techniques from optical to radio are also providing detailed insights into protoplanetary disk chemistry and structure in many of these regions. This two-session AAS “Meeting in a Meeting” will focus on the most recent key observations and modeling that is shaping current ideas on how stars and planets

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form and evolve, from low-mass star forming regions to starbursts. The discussion will point the directions for observational and theoretical attack in the coming new era of ALMA and JWST. Chair Jeremy J. Drake1 1Harvard-Smithsonian, CfA. 312.01 Star Formation and the Dynamical Evolution of Young Clusters Nicholas James Wright1 1Harvard-Smithsonian Center for Astrophysics. 312.02 Observations and theory on the externally induced photoevaporation of circumstellar disk Mario G. Guarcello1 1Harvard-Smithsonian CfA. 312.03 Protoplanetary disk chemistry Karin Oberg1 1Harvard-Smithsonian CfA. 312.04 Protoplanetary disks to planets Catherine Espaillat1 1Harvard-Smithsonian Center for Astrophysics. WED

313 The Oort Cloud: How is it Filled? How is it Emptied? 2:00pm - 3:30pm, St. George AB For many years the Oort Cloud has been regarded as a spherical shell that was created with the birth of the sun and which is emptied by the combined action of random impacts and systematic galactic tides. The most recent popular model, the Nice model, populates the Oort cloud with objects scattered by the giant planets during the migration of Jupiter inwards and Saturn, Uranus, and Neptune outwards shortly after the birth of the solar system. Now this model is under attack – even by some of its original authors.

Meanwhile a new class of comets have been observed, the trans-Jovians. Historically all cometary observations have been of comets whose perihelion lies inside the orbit of Jupiter. In 1974 a comet from the Oort cloud (aphelion Q> 20000 AU) was observed to have a perihelion distance q of 6 AU. The discovery rate has been growing exponentially. Now there are 31 comets originating from the Oort cloud that have q>5 AU. 24 of these were discovered after 1995. [Catalogue of Cometary Orbits, 2008]. Both ordinary and trans-Jovian comets show a strong influence of radial galactic tides. There is no easy explanation for why the expected z-tides from the galactic disk are not prominent. An explanation using new physics has been proposed. The same new physics may also explain a very recent observation at the other end of the cometary pipeline. There are two classes of Kuiper Belt objects: cold and hot. The former have an inclination to the ecliptic 5 deg. They have markedly different luminosity functions. Those discovered within the orbit of Neptune have virtually the same luminosity function as the hot ones. These are natural candidates for being conveyed inward by galactic tides. The cold ones are the traditional Scattered Disk Objects.

Finally there was a scare in the 1980’s. A companion to the sun, the Nemesis star, might intersect the Oort cloud periodically and cause mass extinctions on earth by producing huge cometary showers. Fortunately Nemesis was shown not to exist. A more benign brown dwarf has been postulated to be circling in the outer solar system. This putative dwarf has already been given a name by the WISE Explorer mission. Chair Matthew J. Holman1 1Harvard-Smithsonian, CfA. 90 Wednesday Sessions and Events

313.01 A Jovian Mass Object in the Oort Cloud? Jack J. Lissauer1, J. J. Matese2, D. P. Whitmire2 1NASAames Research Center, 2University of Louisiana. 313.02 WISE and the Oort Cloud Edward L. Wright1 1UC, Los Angeles. 313.03 Galalctic Tides & the Sinusoidal Potential David F. Bartlett1 1Univ. of Colorado.

314 SPICA and the Promise of the Far-Infrared 2:00pm - 3:30pm, Gloucester We present a forum to discuss the scientific potential of US participation inthe Japanese-led SPICA mission. The US far-IR astronomical community and theAstro-2010 Decadal Review panel have identified SPICA participation as a highpriority for the coming decade. SPICA WED features a 3-meter class telescopeactively cooled to below 6K, designed for a 5-year lifetime at L2. Withsuitable instrumentation, SPICA can offer sensitivities orders of magnitudebetter than Spitzer or Herschel, commensurate with JWST and ALMA, but in thefar-infrared part of the spectrum. The Background LimitedInfrared-Submillimeter Spectrograph (BLISS) was rated highly by the survey’sProgram Prioritization Panel on Electromagnetic Observations from Space as onepossible way to meet the opportunity afforded by the SPICA mission. BLISS onSPICA will be able to observe galaxies back to the first billion years after theBig Bang, probing the conditions deep within dusty galaxies, and unraveling thecomplete history of dust-obscured star-formation and black hole growth at allepochs. Since the far-infrared contains emission lines from the dominant gascoolants in Galactic proto-planetary disks, SPICA will also be extremelypowerful for studying planet formation. SPICA/BLISS will be able to detectextremely smallamounts of gas and organic materials, enabling the firstcomplete chemical census of disks in many star-forming regions over the completerange of disk ages and evolutionary states. In this AAS special session we willhighlight the scientific promise of SPICA and the opportunities made possible byUS participation in the mission, which would provide a critical first steptoward a US-led single large aperture or interferometric FIR mission in thefollowing decade. Chair Charles Bradford1 1Caltech/ JPL. 314.01 SPICA: The Space Infrared Telescope for Cosmology and Astrophysics Takao Nakagawa1 1Institute of Space and Astronautical Science, Japan. 314.02 Far-IR Emission Lines from High-Redshift Cooling J. Michael Shull1 1Univ. of Colorado. 314.03 The Evolution of the Interstellar Medium as Traced by Mid and Far-IR Spectroscopy Gordon Stacey1 1Cornell.

315 Using the Discoveries of Astronomy to Teach Physics 2:00pm - 3:30pm, Staffordshire Max Tegmark (MIT), Dave Charbonneau (Harvard), Joeamato (Colgate), Karen Kwitter (Williams), Phil Sadler (Harvard), and Chris Impey (U. Arizona) will discuss aspects of the enrichment of

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undergraduate physics courses by including in them the physics that underlies the remarkable discoveries and technological advances that astronomers, astrophysicists, and space scientists have made in recent decades. Gravity waves, the search for exo-planets, the cosmic microwave background, and cosmology are just a few engaging astronomy topics rich in physics concepts.

Physics courses designed around astronomical themes exist and deserve encouragement (e.g., NSF Award 9150573 or Physics from Spaceship Earth, a text in preparation), publicity, and discussion; so do efforts to bring modern ideas into the curriculum (e.g., general relativity: http://www.compadre.org /relativity/ items/ detail. cfm?ID=8570). The innovative technologies of telescopes and detectors of modern astronomy are also a rich mine of material for physics courses. This session is intended to stimulate you to imagine and devise ways to use this material for physics instruction. The speakers bring to the session a range of perspectives. Some speakers are from large research universities; some from smaller departments; some will emphasize research, others, education and outreach. I n July 2011 there will be a two-day workshop at U. Nebraska, Lincoln, “Using Astronomy to Teach Physics.” In March 2012 theamerican Journal of Physics will publish a theme issue on enhancing physics courses with materials from modern astronomical research. In June 2012 a five-day Gordon Research Conference in western Massachusetts will explore how to enhance physics WED instruction with the results from astronomy and space science research. This AAS session is intended to stimulate your ideas and motivate you to come to the workshop, to publish in the theme issue, and to participate in the Gordon conference. Chair Charles H. Holbrow1 1Colgate University/MIT. 315.01 Using Cosmology to Teach Physics Max Tegmark1 1MIT. 315.02 Using Exoplanets to Engage Students in Physics David Charbonneau1 1Harvard University. 315.03 A Calculus-Level Introductory Physics Course with an Astronomy Theme Josephamato1 1Colgate University. 315.04 Using Planetary Nebulae to Teach Physics Karen B. Kwitter1 1Williams College. 315.05 Lessons from Outreach: What works; what doesn’t Philip M. Sadler1 1Harvard-Smithsonian, CfA. 315.06 Excitement, Instruction, Engagement, and Learning Chris David Impey1 1Univ. of Arizona.

316 Invited Session: What Drives the Growth of Black Holes? 3:40pm - 4:30pm, America Ballroom Chair Christine Jones1 1Harvard-Smithsonian, CfA.

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316.01 What Drives the Growth of Black Holes? Ryan C. Hickox1 1Durham University, United Kingdom.

317 AGN, Mergers, and Jets 4:30pm - 6:00pm, America North Chair C. Megan Urry1 1Yale Univ. 317.01 Investigating The Agn - Merger Connection At Z~2 With CANDELS Dale Kocevski1, M. Mozena1, A. M. Koekemoer1, J. R. Trump1, N. A. Grogin2, D. C. Koo1, K. Nandra3, S. M. Faber1, CANDELS Collaboration 1University of California, Santa Cruz, 2Space Telescope Science Institute, 3Max Planck Institute for Extraterrestrial Physics. 317.02 Space Densities Of AGN And The FR Dichotomy Melanie Gendre1, J. V. Wall2, P. N. Best3 WED 1JBCA, United Kingdom, 2UBC, Canada, 3ROE, United Kingdom. 317.03 Large scale Extragalactic Jets In The Chandra Era Francesco Massaro1, D. Harris1, C. Cheung2 1Smithsonian Astrophysical Observatory, 2National Radio Astronomy Observatory. 317.04 Black Hole Spin and Radio Loud/Quiet Dichotomy of Active Galactic Nuclei Alexander Tchekhovskoy1, R. Narayan2, J. C. McKinney3 1Princeton University, 2Harvard University, 3Stanford University.

318 Dust and Star Formation 4:30pm - 6:00pm, America Central Chair David G. Turner1 1Saint Mary’s Univ., Canada. 318.01 Spectroscopic Detection of Carbon Monoxide Fundamental Band in the Cassiopeia A Supernova Remnant Jeonghee Rho1, T. Onaka2, J. Cami3, W. Reach4 1SOFIA Science Center/USRA/NASAames Research Center, 2University of Tokyo, Japan, 3University of Western Ontario, Canada, 4SOFIA Science Center/USRA. 318.02 How Are Magnetic Fields Being Traced By Dust? Testing Grain Alignment Theory Using GPIPS Katherine Jameson1, D. P. Clemens2, R. Marchwinski2, M. Pavel2, A. Pinnick2 1University of Maryland, 2Boston University. 318.03 Recalibrating SFD Using SDSS Spectroscopy And Photometry Eddie Schlafly1, D. P. Finkbeiner1 1Harvard. 318.04 Optical Properties of Astronomical Silicates with Infrared Techniques Giuseppe Cataldo1, S. A. Rinehart2, D. Benford2, E. Dwek2, R. E. Kinzer3, J. Nuth2, R. Silverberg2, E. Wollack2 1NASA GSFC/USRA, 2NASA GSFC, 3NASA GSFC/ORAU.

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318.05 New H- Photodetachment and Radiative Attachment Computations for Astrophysical Environments Hossein Sadeghpour1, P. C. Stancil2, B. M. McLaughlin3, A. Dalgarno1, R. C. forrey4 1Harvard-Smithsonian Center for Astrophysics, 2University of Georgia, 3Queen’s University Belfast, Ireland, 4Penn State University, Berks Campus. 318.06 Synthetic Observations of Protostellar Outflows in Radiation-Hydrodynamic Simulations Stella Offner1, E. J. Lee2, A. A. Goodman1, H. G. Arce3 1Harvard-Smithsonian Center for Astrophysics, 2University of Toronto, Canada, 3Yale University. 318.07 The Enigmatic Dense Core L1451-mm: A First Hydrostatic Core Candidate Jaime E. Pineda1, A. A. Goodman2, H. G. Arce3, S. Schnee4, T. Bourke2, J. Foster5, T. Robitaille2, J. Tanner3, J. Kauffmann6, M. Tafalla7, P. Caselli8, G. Anglada9 1University of Manchester, United Kingdom, 2Harvard University, 3Yale University, 4NRAO, 5Boston University, 6JPL, 7OAN, Spain, 8University of Leeds, United Kingdom, 9IAC-CSIC, Spain. 318.08 EVLA Continuum Observations of Massive Protostars Peter Hofner1 1New Mexico Tech. WED

319 Galaxy Clusters 4:30pm - 6:00pm, America South Chair Edwin M. Kellogg1 1Smithsonian Astrophysical Obs. 319.01 Mass Profiles and Concentration Parameters for 148 Clusters at z<0.3 Kenneth J. Rines1, M. J. Geller2, A. Diaferio3 1Western Washington University, 2Smithsonian Astrophysical Observatory, 3University of Torino, Italy. 319.02 The Missing Weak Lensing Mass in Abell 781D Richard Cook1, I. Dell’Antonio1 1Brown University. 319.03 X-ray Mass Proxies From Hydrodynamic Simulations Of Galaxy Clusters Elena Rasia1 1University of Michigan. 319.04 Weak Lensing in the Galaxy Cluster Abell 2465 Gary A. Wegner1, C. E. Heymans2 1Dartmouth College, 2University of Edinburgh, Institute for Astronomy, United Kingdom. 319.05 Exploring Star Formation in Cluster Galaxies with the Herschel Space Observatory Tim Rawle1, M. Rex1, E. Egami1, S. Chung2, D. Fadda3, Herschel Lensing Survey 1University of Arizona, 2University of Florida, 3NASA Herschel Science Center, CalTech.

320 Pulsars and Neutron Stars 4:30pm - 6:00pm, Staffordshire Chair Saeqa Dil Vrtilek1 1Harvard-Smithsonian, CfA.

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320.01 Violation of the Inverse Square Law deduced from a Maximum-Likelihood Analysis of Observational Data on Fluxes and Distances of Radio Pulsars John Singleton1, J. Middleditch2, A. Schmidt2, P. Sengupta3, H. Ardavan4 1National High Magnetic Field Laboratory, 2Los Alamos National Laboratory, 3Nanyang Technological University, Singapore, 4Cambridge University, United Kingdom. 320.02 Fitting Of Fermi Lat Observations Of Gamma-ray Emitting Pulsars To The Frequency Spectrum Of A Faster-than-light Source Andrea C. Schmidt1, J. Singleton2, H. Ardavan3, J. Middleditch4 1LANL/UNM, 2MPA-NHMFL, 3University of Cambridge, United Kingdom, 4LANL. 320.03 Discovery of Hottest Superfluid and Superconductor in the Universe Wynn C. G. Ho1, P. S. Shternin2, D. G. Yakovlev2, C. O. Heinke3, D. J. Patnaude4 1University of Southampton, United Kingdom, 2Ioffe Physical Technical Institute, Russian Federation, 3University of Alberta, Canada, 4Smithsonian Astrophysical Observatory. 320.04D Estimating the Gamma-ray Pulsar Population with the Fermi-LAT Blind Search Sensitivity Michael Dormody1, Fermi-LAT Collaboration 1UCSC. WED 320.05 Searching For The First “Radio-Quiet” Gamma-ray Emitting Millisecond Pulsar Albert K.H. Kong1, R. H. H. Huang1, P. H. T. Tam1, K. S. Cheng2, J. Takata2, C. Y. Hui3 1National Tsing Hua University, Taiwan, 2University of Hong Kong, Hong Kong, 3Chungnam National University, Korea, Republic of. 320.06 On The Cooling Tails Of Thermonuclear X-ray Bursts: News From Terzan 5 Manuel Linares1, D. Chakrabarty1, M. van der Klis2 1MIT, 2University ofamsterdam, Netherlands. 320.07 Pulsar Timing Noise: Magnetospheric State Switching or Free Precession? Ian Jones1 1University of Southampton, United Kingdom. 320.08 Fermi/Gamma-ray Burst Monitor Analysis of SGR J1550-5418 Bursts During an Extreme Outburst in January 2009 Alexander Jonathan Van Der Horst1, C. Kouveliotou2, Y. Kaneko3, E. Gogus3, N. Gorgone4, GBM Magnetar Team 1Universities Space Research Association, 2NASA/MSFC, 3Sabanci University, Turkey, 4Connecticut College.

321 Molecular Clouds, HII Regions, Interstellar Medium 4:30pm - 6:00pm, St. George CD Chair Matthew S. Povich1 1Penn State University. 321.01 Galactic Plane Infrared Polarization Survey - First Data Release Dan P. Clemens1, A. Pinnick1, M. Pavel1, J. Moreau1, R. Marchwinski1, M. Bartlett1, B. Taylor1 1Boston Univ. 321.02 Galactic Plane Infrared Polarization Survey (GPIPS) - Example Science Applications Michael D. Pavel1, D. P. Clemens1, A. F. Pinnick1, J. M. Moreau1, R. Marchwinski1, M. Bartlett1, B. Taylor1 1Boston University.

95 Wednesday Sessions and Events

321.03 The Distance and Stability of the HI Filament that Comprises HVC A0 Gerrit L. Verschuur1, D. L. Nidever2 1University of Memphis, 2University of Virginia. 321.04 The GALFA-HI Survey: Toward the Second Data Release Kevin A. Douglas1, J. E. G. Peek2, J. Grcevich2, D. Saul2, M. Lee3, N. Pingel3, E. J. Korpela4, S. Stanimirovic3, M. E. Putman2, S. J. Gibson5, C. E. Heiles4 1NAIC, 2Columbia University, 3University of Wisconsin-Madison, 4University of California, Berkeley, 5Western Kentucky University. 321.05 Molecule Formation in the Heeschan-Riegel-Crutcher Cloud D. Anish Roshi1, N. G. Kantharia2 1National Radio Astronomy Observatory, 2National Center for Radio Astrophysics, TIFR,, India. 321.06 A Spitzer Survey of an Isolated Globule: DC314.8-5.1 Sachindev S. Shenoy1, D. C. B. Whittet2, Y. J. Pendleton3, C. Boersma1, L. J. Allamandola4, D. Horne2, P. A. Mayeur2 1ORAU - NASA ARC, 2Rensselaer Polytechnic Institute, 3NASA Lunar Science Institute, 4NASA ARC. 321.07 Measuring Dust with Pan-STARRs 1 1 WED Douglas P. Finkbeiner , E. F. Schlafly 1Harvard University. 321.08 Turbulent Molecular Gas and Star Formation in the Shocked Intergalactic Medium of Stephan’s Quintet Pierre Guillard1, F. Boulanger2, A. Gusdorf3, M. Cluver1, P. N. Appleton1, G. Pineau des Forets2, P. Ogle1, U. Lisenfeld4, P. Duc5, E. Falgarone6, C. K. Xu1 1Caltech, 2Institut d’Astrophysique Spatiale, France, 3Max Planck Institut für Radioastronomie, Germany, 4Departamento de Física Teórica y del Cosmos, Spain, 5AIM, Unité Mixte de Recherche CEA-CNRS, Université Paris VII, UMR 7158, France, 6ENS, LERMA, UMR 8112, CNRS, Observatoire de Paris, France.

Closing Reception 7:00pm – 8:30pm, Grand Ballroom, Fairmont Copley Plaza

96 WEDNESDAY POSTER SESSIONS POSTERS

322 Variable Stars 8:00am - 7:00pm, Essex Ballroom 322.01 Hα Monitoring of Early-Type Emission Line Stars Steven P. Souza1, E. Boettcher2, S. Wilson1, M. Hosek1 1Williams College, 2Haverford College. 322.02 Many Flares Make a Corona Steven H. Saar1, V. Kashyap1, J. Drake1, K. Reeves1, A. Connors2 1Harvard-Smithsonian, CfA, 2Eureka Scientific. 322.03 Variable Stars in the 3.6 Year DIRBE Near-Infrared Light Curve Archive Kathleen E. Kraemer1, S. D. Price1, B. J. Smith2, T. A. Kuchar3, D. R. Mizuno3, J. Webb2 1Air Force Research Lab, 2East Tennessee State University, 3Boston College. 322.04 Analyzing Dust Spectra Of Oxygen-rich Agb Stars Using Spatially Resolved Spectroscopy. Suklima Guha Niyogi1, A. K. Speck1, K. Volk2 1University of Missouri, 2Space Telescope Science Institute. 322.05 Red-Eye Astronomy: 15 Years of V-band and Near-IR Tio Photometry of the Red POSTERS: WED Supergiants Alpha Orionis And TV Geminorum. Richard P. Wasatonic1, E. Guinan1, S. Engle1 1Villanova Univ. 322.06 New Evidence for Mass-Loss from δ Cephei Based on HI 21-cm Line Observations Lynn D. Matthews1, M. Marengo2, N. R. Evans3 1MIT Haystack Observatory, 2Iowa State University, 3Harvard-Smithsonian Center for Astrophysics. 322.07 A Phase Shift in the Light Curve of Cepheid Variable CF Cas Timothy M. Taber1, F. R. Chromey1 1Vassar College. 322.08 Securing the Distance Scale via a Universal VI Wesenheit Template and Deep Infrared ZAMS Daniel Majaess1, D. Turner1, D. Lane1 1Saint Mary’s University, Canada. 322.09 The Connection Between SX Phe and Blue Stragglers: Globular Cluster Variables as Period-Luminosity Relation Calibrators Roger Cohen1, A. Sarajedini1 1Univ. Of Florida.

323 Stellar Atmospheres, Winds 8:00am - 7:00pm, Essex Ballroom 323.01 Theoretical Near-IR Spectra for Surface Abundance Studies of Massive Stars George Sonneborn1, J. Bouret1 1NASA’s GSFC. 323.02 A Detailed Spectral Analysis of the Sharp-lined B3 IV Star Iota Herculis Saul J. Adelman1, A. Farr1, A. Gulliver2, G. Hill3, G. Peters4, K. Yuce5 1The Citadel, 2Brandon University, Canada, 3Retired, New Zealand, 4University of Southern California, 97 WEDNESDAY POSTER SESSIONS

323.03 Surface Abundance Patterns in A-Type Stars from UV Spectral Synthesis Edward L. Fitzpatrick1 1Villanova University. 323.04 Line Identifications in the Far Ultraviolet Spectrum of the Eclipsing Binary System 31 Cygni Wendy Hagen Bauer1, P. D. Bennett2 1Wellesley College, 2Eureka Scientific. 323.05 Comparing High-Precision Stellar Diameters From the Navy Prototype Optical Interferometer With Stellar Atmosphere Models as a Function of Wavelength Anders M. Jorgensen1, J. T. Armstrong2, H. R. Schmitt2, E. K. Baines2, D. Mozurkewich3, C. Tycner4, D. J. Hutter5, T. Hall1, D. Paiton1, M. Brown1, B. Curtis1 1New Mexico Tech, 2Naval Research Laboratory, 3Seabrook Engineering, 4Central Michigan University, 5Naval Observatory Flagstaff Station. 323.06 Diameters and Temperatures of Main-Sequence Stars Tabetha S. Boyajian1, H. McAlister1, K. von Braun2, G. van Belle3, D. Gies1, T. ten Brummelaar1, C. Farrington1, P. Goldfinger1, S. Ridgway4, L. Sturmann1, J. Sturmann1, G. Schaefer1, N. Turner1 1Georgia State UNIV./CHARA, 2NExScI/Caltech, 3ESO, Germany, 4NOAO.

324 SPICA 8:00am - 7:00pm, Essex Ballroom 324.01 Is Space-based Interferometry Dead? David Leisawitz1, D. Benford1, A. Blain2, J. Carr3, M. Fich4, J. Fischer3, P. Goldsmith5, J. Greaves6, M. Griffin7, G. Helou8, R. Ivison9, M. Kuchner1, R. Lyon1, H. Matsuo10, S. A. Rinehart1, E. Serabyn5, H. Shibai11, R. Silverberg1, J. Staguhn12, S. Unwin5, D. Wilner13, A. Wootten14, E. L. Wright15 1NASA GSFC, 2Univ. Leicester, United Kingdom, 3NRL, 4Univ. Waterloo, Canada, 5Caltech JPL, 6Univ. St. Andrews, United Kingdom, 7Cardiff Univ., United Kingdom,8 Caltech IPAC, 9 10 11 12 POSTERS: WED UK ATC, United Kingdom, NAOJ, Japan, Nagoya Univ., Japan, JHU/NASA GSFC, 13CfA, 14NRAO, 15UCLA. 324.02 Designing the Balloon Experimental Twin Telescope for Infrared Interferometry Stephen Rinehart1, R. Barry2, D. Benford1, W. Danchi2, D. Fixsen3, C. Jhabvala4, D. Leisawitz5, L. Mundy6, R. Silverberg1, J. Staguhn7 1NASA’s GSFC Code 665, 2NASA’s GSFC Code 667, 3University of Maryland, College Park, 4NASA’s GSFC Code 553, 5NASA’s GSFC Code 605, 6University of Maryland College Park, 7Johns Hopkins University. 324.03 How WISE Points to Future Far-Infrared Missions Dominic J. Benford1, D. T. Leisawitz1, E. L. Wright2 1NASA / GSFC, 2UCLA. 324.04 Understanding The Heating And Cooling Of Galaxies Over Cosmic Time With BLISS on SPICA Lee Armus1, G. Helou2, M. Bradford3, E. Murphy4, P. Appleton5 1Spitzer Science Center/Caltech, 2IPAC/Caltech, 3JPL/Caltech, 4Observatories of the Carnegie Institution for Science, 5NASA Herschel Science Center/Caltech. 324.05 The Background-Limited Infrared Submillimeter Spectrograph (BLISS) for SPICA Charles Bradford1, BLISS-SPICA Study Team 1Caltech/ JPL.

98 WEDNESDAY POSTER SESSIONS

324.06 The Molecular Hydrogen Discovery Potential of SPICA/BLISS Philip N. Appleton1, L. Armus1, G. Helou1, C. M. Bradford2, E. Murphy1 1Caltech, 2JPL.

325 Low-Mass Stellar Science 8:00am - 7:00pm, Essex Ballroom 325.01 Using Stellar Spectra to Constrain the Distribution of Galactic Dust David Jones1, A. A. West1, J. B. Foster1 1Boston University. 325.02 Light Curves, Energetics and Rates of M Dwarf Flares Eric J. Hilton1, S. L. Hawley1, A. F. Kowalski1, S. J. Schmidt1, J. R. A. Davenport1, J. P. Wisniewski1, K. J. Bell1, B. Tofflemire1, J. Holtzman2 1Univ. Of Washington, 2New Mexico State University. 325.03 The Living with a Red Dwarf Program: dM Star Evolution and the Usefulness of Rotation as an Age Indicator Scott G. Engle1, E. Guinan1, S. Kafka2, S. Messina3, T. Oswalt4, J. Bochanski5 1Villanova University, 2Carnegie Institution - DTM, 3INAF-Catania Astrophysical Observatory, Italy, 4Florida Institute of Technology, 5The Pennsylvania State University. 325.04 Activity in M Dwarf Members of NGC 2516 and M67: Calibrating an Age-

Activity Relation POSTERS: WED Jan M. Andersen1, A. A. West1, K. R. Covey2, M. McDonald3, S. Veilleux3, A. Seth4 1Boston University, 2Cornell University, 3University of Maryland, 4Harvard-Smithsonian Center for Astrophysics. 325.05 FIRE Echelle Spectroscopy of T Dwarfs: Speeds and Spins of the Coldest Brown Dwarfs Adam J. Burgasser1, J. J. Bochanski2, R. A. Simcoe3, J. K. Faherty4 1UC San Diego, 2Pennsylvania State University, 3MIT, 4American Museum of Natural History.

326 M Dwarfs, Brown Dwarfs, White Dwarfs 8:00am - 7:00pm, Essex Ballroom 326.01 A Smarts Distance Runner: The 0.9m At Ctio Jennifer G. Winters1, T. Henry2, W. Jao1, J. Subasavage3, C. Finch4, N. Hambly5 1RECONS/Georgia State University, 2RECONS, 3Cerro Tololo Inter-American Observatory, Chile, 4US Naval Observatory, 5SUPA/University of Edinburgh, United Kingdom. 326.02 New Stars with Mid-Infrared Excesses John Gizis1, N. Troup1 1Univ. Of Delaware. 326.03 M Dwarf Photometric Variability In The Optical And NIR James R. A. Davenport1, A. C. Becker1, A. F. Kowalski1, S. L. Hawley1, E. J. Hilton1 1University of Washington. 326.04 The First Detection of Time-Variable Infrared Line Emission During M Dwarf Flares Sarah J. Schmidt1, E. J. Hilton1, B. Tofflemire1, J. P. Wisniewski1, A. F. Kowalski1, J. Holtzman2, S. L. Hawley1 1University of Washington, 2New Mexico State University.

99 WEDNESDAY POSTER SESSIONS

326.05 Hα Variability in Active M Dwarf Spectra on Intermediate Timescales Keaton Bell1, E. J. Hilton1, S. L. Hawley1, A. B. Rogel2 1University of Washington, 2Bowling Green State University. 326.06 A Proper-Motion Corrected, Cross-Matched Catalog Of M Dwarfs In SDSS And FIRST Erin Arai1, A. A. West1, N. Thyagarajan2, M. Agüeros2, D. Helfand2 1Boston University, 2Columbia University. 326.07 The Effect of Close Companions on the Magnetic Activity of M Dwarfs Dylan Morgan1, A. A. West1, N. M. Silvestri2 1Boston University, 2University of Washington. 326.08 Measuring M Dwarf Metallicities To Inform The MEarth Project Target List Elisabeth Rose Newton1, J. Irwin1, D. Charbonneau1, B. Rojas-Ayala2, Z. Berta1, C. Burke1, J. Dittman1, E. Falco1, P. Nutzman3 1Harvard University, 2Cornell University, 3UC Santa Cruz. 326.09 FIRE Spectroscopy Of The Ultracool Brown Dwarf, UGPS 0722-05 John J. Bochanski1, A. J. Burgasser2, R. A. Simcoe3 1Penn State, 2UC, San Diego, 3Massachusetts Institute of Technology. 326.10 The Properties and Kinematics of a Sample of Cool Subdwarfs from SDSS Antonia Savcheva1 1Boston University. 326.11 Multiple Systems Abound!: New Wide Common Proper Motion Multiple Star Systems in the Lepine-Shara Proper Motion North and South Catalogs Jacqueline Faherty1, K. Bartel1, R. Stoner2, S. Wilansky1, S. Lepine1 1American Museum of Natural History, 2The Spence School. 326.12 An Investigation into the Periodic Optical Variability of Radio Detected Ultracool Dwarfs using the GUFI Photometer Richard P. Boyle1, L. K. Harding2, G. Hallinan3, R. F. Butler2, A. Golden2 1Vatican Observatory, 2National University of Ireland Galway, Ireland, 3UC Berkeley. POSTERS: WED 326.13 The ELM Survey: A Successful Targeted Survey for Extremely Low Mass White Dwarfs Warren R. Brown1, M. Kilic1, C. Allende Prieto2, S. J. Kenyon1 1Smithsonian Astrophysical Observatory, 2Instituto de Astrofisica de Canarias, Spain.

327 Blazars, Quasars, and Other AGN 8:00am - 7:00pm, Essex Ballroom 327.01 A Continuing Blazar Monitoring Campaign at Radio Wavelengths with the Morehead State University 21-Meter Space Tracking Antenna Thomas Pannuti1, C. K. Grimes1, J. M. Tussey1, E. J. Goff1, N. D. Fite1, B. J. Cahall1 1Morehead State University. 327.02 Similarity of Optical-IR and Gamma-Ray Variability Properties of Fermi Blazars Ritaban Chatterjee1, C. Bailyn1, E. Bonning1, M. Buxton1, P. Coppi1, J. Isler1, C. M. Urry1 1Yale Univ. 327.03 Intranight Optical Variability of Core Dominated Quasars and TeV Blazars Paul J. Wiita1, A. Goyal2, Gopal-Krishna2, G. C. Anupama3, D. K. Sahu3, S. Joshi4, C. Karthick4, R. Sagar4 1The College of New Jersey, 2National Centre for Radio Astrophysics, India, 3Indian Institute of Astrophysics, India, 4ARIES, India.

100 WEDNESDAY POSTER SESSIONS

327.04 A Model for Microvariability in Blazars Gopal Bhatta1, J. Webb1, S. Dhalla1, H. Hallingsworth1 1Florida International University. 327.05 Doubling the Sample of Jet Speed Measurements for the TeV Blazars B. Glenn Piner1, V. C. Tiet1, P. G. Edwards2 1Whittier College, 2CSIRO, Australia. 327.06 Analysis of Parsec-Scale Jet Behavior of a Sample of Blazars during High Gamma-Ray States Svetlana G. Jorstad1, A. P. Marscher1, I. Agudo1, B. Harrison1 1Boston Univ. 327.07 Simulations Of Millimeter-wave To Gamma-ray Flares Of Blazars In A Turbulent Jet Alan P. Marscher1 1Boston Univ. 327.08 The Massive Host Galaxies Of z>2 Obscured Quasars Mark Lacy1, A. O. Petric2, S. E. Ridgway3, A. Martinez-Sansigre4, A. Sajina5, D. Farrah6, T. Urrutia7 1NRAO, 2Caltech, 3CTIO/NOAO, Chile, 4University of Portsmouth, United Kingdom, 5Tufts University, 6University of Sussex, United Kingdom, 7Spitzer Science Center. 327.09 Optical+Near-IR Bayesian Classification of Quasars Sajjan S. Mehta1, G. T. Richards1, A. D. Myers2 1Drexel University, 2University of Illinois at Urbana-Champaign. POSTERS: WED 327.10 Bolometric Corrections as a Function of Ionizing Spectra for SDSS-Selected Quasars Coleman M. Krawczyk1, G. T. Richards1 1Drexel University. 327.11 Red Radio-intermediate Quasars From The Wise Survey Carol J. Lonsdale1, M. Kim1, J. Condon1, M. Lacy1, A. Kimball1, T. Jarrett2, C. Tsai2, A. Blain3, WISE 1NRAO, 2IPAC, 3University of Leicester, United Kingdom. 327.12 Modeling the Hβ Emission Lines in Luminosity-Averaged Quasar Spectra Meadows Zachary1, S. Zamfir1, P. Marziani2, J. W. Sulentic3 1University of Wisconsin - Stevens Point, 2INAF-Osservatorio Astronomico di Padova, Italy, 3Instituto de Astrofísica de Andalucia, Spain. 327.13 CIV Emission And The Ultraviolet Through X-ray Spectral Energy Distribution Of Radio-quiet Quasars Gordon T. Richards1, N. E. Kruczek1, S. C. Gallagher2, R. P. Deo2, P. B. Hall3, P. C. Hewett4, K. M. Leighly5 1Drexel Univ., 2University of Western Ontario, Canada, 3York University, Canada, 4Institute of Astronomy, United Kingdom, 5The University of Oklahoma. 327.14 Radio Quiet-er: The Search for Radio-Silence within CIV Emission Line Parameter Space Rachael Kratzer1, G. T. Richards1 1Drexel University. 327.15 The Kiloparsec-scale Jet Of The Quasar 3C345 David H. Roberts1, J. F. C. Wardle1, V. V. Marchenko1 1Brandeis Univ. 327.16 Nozzle Analysis and Line-Driven Disk Winds in QSOs Nicolas Antonio Pereyra1 1University of Texas - Panamerican.

101 WEDNESDAY POSTER SESSIONS

327.17 Probing Emission And Absorption Processes In AGNs With MHD Accretion-Disk Winds Keigo Fukumura1, D. Kazanas2, E. Behar3, I. Contopoulos4 1CRESST/UMBC/GSFC, 2NASA/GSFC, 3Department of Physics, Technion, Israel, 4Academy of Athens, Greece. 327.18 Origins of X-Shaped Radio Galaxies Robert Sobczak1, J. Starr1, P. J. Wiita1 1The College of New Jersey. 327.19 Modeling and Classifying X-Shaped Radio Galaxies Julian Starr1, R. Sobczak1, P. J. Wiita1 1The College of New Jersey. 327.20 Determining the Contribution to Feedback from Low Accretion Rate AGN Lisa M. Winter1 1CASA/University of Colorado-Boulder. 327.21 A Decade of Variability in Centaurus A: Results from Chandra/ACIS Observations Matthew Barger1, T. Calnan1 1Elon University. 327.22 Suzaku Spectra of NGC 5548 and MCG--6-30-15: What Drives Broad Fe Kα Emission? Laura Brenneman1, M. Elvis1 1Harvard-Smithsonian Center for Astrophysics. 327.23 Narrow Line Seyfert 1 Galaxies from the Final Data Release of SDSSII Aycha Tammour1, P. B. Eskridge1 1Minnesota State University. 327.24 The Elusive Radio Loud Seyfert 2 Galaxy NGC 2110 Volker Beckmann1, O. Do Cao2 1APC, Francois Arago Centre, France, 2Laboratoire AIM Paris-Saclay, CEA/Irfu, France. POSTERS: WED 327.25 First Optical Spectra of Newly Detected Swift BAT AGN James Hogg1, L. M. Winter1, J. Tueller2, W. Baumgartner2 1University of Colorado, 2NASA GSFC. 327.26 Multi-wavelength Diagnostics of the AGN/Star-formation Connection Stephanie M. LaMassa1 1Johns Hopkins Univ.

328 Surveys and Large Programs 8:00am - 7:00pm, Essex Ballroom 328.01 CANDELS: The Cosmic Assembly Near-infrared Deep Extragalactic Legacy Survey Henry Closson Ferguson1, CANDELS collaboration 1STScI. 328.02 Tracing the Mass Assmebly at Large Radii of Massive Quiescent Galaxies Elizabeth J. McGrath1, D. Koo1, M. Mozena1, S. Faber1, A. van der Wel2, S. Wuyts3, A. Koekemoer4, CANDELS Collaboration 1University of California, Santa Cruz, 2MPIA, Germany, 3CfA, 4STScI.

102 WEDNESDAY POSTER SESSIONS

328.03 First Results On High-redshift AGN Candidates From The CANDELS Survey Anton M. Koekemoer1, J. Donley1, N. Grogin1, N. Hathi2, D. Kocevski3, R. Lucas1, J. Trump3, C. Conselice4, S. Faber3, H. Ferguson1, R. Chary5, CANDELS Collaboration 1STScI, 2OCIW, 3UCSC, 4Nottingham, United Kingdom, 5Caltech. 328.04 Optical And Near-infrared Variabilityamong Distant Galactic Nuclei Of The CANDELS UDS Field Norman A. Grogin1, A. Rajan1, A. M. Koekemoer1, C. J. Conselice2, D. D. Kocevski3, R. A. Lucas1, D. Rosario4, C. Villforth1, CANDELS Collaboration 1Space Telescope Science Institute, 2University of Nottingham, United Kingdom, 3UC Santa Cruz, 4Max-Planck-Institute for Extraterrestrial Physics, Germany. 328.05 A Comparison Of GOODS NICMOS Survey And CANDELS WFC3 H-band Galaxy Morphologies In The GOODS-South Field Ray A. Lucas1, N. A. Grogin1, C. J. Conselice2, A. Koekemoer1, A. Bauer3, CANDELS Collaboration, GOODS NICMOS-H Survey Collaboration 1STScI, 2University of Nottingham, United Kingdom, 3AAO, Australia. 328.06 Morphology Of GOODS-Herschel Selected ULIRGs In CANDELS Jeyhan S. Kartaltepe1, M. Dickinson1, A. Koekemoer2, GOODS-Herschel Collaboration, CANDELS Collaboration 1National Optical Astronomy Observatory, 2Space Telescope Science Institute. 328.07 Clumps of z~2 Star-forming Galaxies

Yicheng Guo1, M. Giavalisco1, P. Cassata1, CANDELS Collaboration POSTERS: WED 1University of Massachusetts, Amherst. 328.08 The Bivariate Size-luminosity Distribution Of Z~4-5 LBGs In The Goods Fields Kuang-Han Huang1, H. C. Ferguson2, S. Ravindranath3 1Johns Hopkins University, 2Space Telescope Science Institute, 3Inter-University Center for Astronomy and Astrophysics, India. 328.09 The Morphologies of BOSS Target Galaxies from COSMOS HST Imaging Karen L. Masters1, C. Maraston1, A. Beifiori1, A. Leauthaud2, R. Mandelbaum3, R. Nichol1, D. Thomas1, K. Bundy4, J. Pforr1, N. Ross2, R. Skibba5, SDSS3 Collaboration 1ICG, University of Portsmouth, United Kingdom, 2Lawrence Berkeley National Laboratory, 3Princeton University, 4UC Berkeley, 5University of Arizona. 328.10 WISE Nearby Galaxy Atlas Thomas H. Jarrett1, F. Masci1, C. Tsai1, S. Petty2, D. Benford3 1IPAC/Caltech, 2UCLA, 3GSFC. 328.11 The Swift/BAT 70 Month All Sky Hard X-ray Survey Wayne H. Baumgartner1, J. Tueller2, C. Markwardt2, G. Skinner3, R. Mushotzky4 1UMBC & NASA/GSFC, 2NASA/GSFC, 3UMCP & NASA/GSFC, 4University of Maryland. 328.12 Pan-STARRS-1: Public Release of MDS Transient Discoveries Mark Huber1, A. Rest2, G. Narayan3, S. Smartt4, K. Smith4, M. Wood-Vasey5, R. Chornock6, C. Stubbs3, R. J. Foley6, E. Berger3, R. P. Kirshner6, J. Tonry7, A. Riess8, S. Rodney1, S. Gezari1, A. M. Soderberg6, P. Challis6, M. T. Botticella4, R. Kotak4, M. McCrum4, A. Pastorello4, S. Valenti4, D. Scolnic1, B. Dilday9, H. Flewelling7, PS1 Builders 1Johns Hopkins University, 2Space Telescope Science Institute, 3Harvard University, 4Queen’s University Belfast, United Kingdom, 5University of Pittsburgh, 6Harvard- Smithsonian Center for Astrophysics, 7University of Hawaii, Institute for Astronomy, 8Johns Hopkins University/Space Telescope Science Institute, 9Las Cumbres Observatory Global Telescope Network and University of California.

103 WEDNESDAY POSTER SESSIONS

328.13 Getting to Know our Nearest Couples: CTIOPI Astrometry of Nearby Low-Mass Binaries Angelle M. Tanner1, T. Henry2, D. Koerner3, J. Catanzarite4, RECONS team 1GSU, 2RECONS, 3NAU, 4JPL. 328.14 Advanced Spectral Library (ASTRAL): Cool Stars Thomas R. Ayres1, ASTRAL Co-Investigators 1University of Colorado.

329 Spiral Galaxies 8:00am - 7:00pm, America Ballroom Foyer 329.01 Photometric Properties of Face-on Isolated Spiral Galaxies Alexander Bahr1, P. Epstein1, A. Durbala1 1University of Wisconsin-Stevens Point. 329.02 BUDDA Decomposition of Isolated Face-on Spiral Galaxies Paulette Epstein1, A. Bahr1, A. Durbala1 1University of Wisconsin-Stevens Point. 329.03 Mapping The Spatial Distribution Of Dust Extinction In Ngc 4038/39 Using Optical - Mir Filters Mukund P. Wosti1, P. B. Eskridge1 1Minnesota State University. 329.04 Global Chemical Compositions Of Spiral Galaxies Stuart Dack1, M. McCall1 1York University, Canada. 329.05 Deep Images of the Stellar Stream Around NGC 5907 Seppo J. Laine1, J. Davies1, D. Martinez-Delgado2, C. Grillmair1, R. Arendt3, M. L. N. Ashby4, S. Majewski5, R. J. GaBany6 1Caltech, 2MPIA, Germany, 3CRESST/UMBC/GSFC, 4CfA/Harvard, 5U. Virginia, 6Blackbird

POSTERS: WED Obs. 329.06 Enhancing the Picture of Star Formation in Local Galaxies with the Green Bank Telescope Katherine Rabidoux1, K. Johnson2, A. Kepley2, D. J. Pisano1, D. Balser3 1West Virginia University, 2University of Virginia, 3National Radio Astronomy Observatory. 329.07 The Shearing HI Pattern of NGC 3031 Jason Speights1, D. Westpfahl1 1New Mexico Tech.

330 Herschel 8:00am - 7:00pm, America Ballroom Foyer 330.01 Transient Correction for PACS/Herschel Unchopped Spectroscopy Dario Fadda1, J. D. Jacobson1 1Caltech. 330.02 HIGGS: The Herschel Inner Galaxy Gas Survey Volker Tolls1, C. L. Martin2, HIGGS Team 1Harvard-Smithsonian, CfA, 2Oberlin College.

104 WEDNESDAY POSTER SESSIONS

330.03 Recent Results from the Herschel Orion Protostar Survey William J. Fischer1, T. Megeath1, B. Ali2, D. Watson3, M. Puravankara3, R. Vavrek4, C. Poteet1, J. Tobin5, T. Stanke6, A. Stutz7, HOPS team 1University of Toledo, 2NHSC/IPAC/Caltech, 3University of Rochester, 4HSC/ESAC, Spain, 5University of Michigan, 6ESO, Germany, 7MPIA, Germany. 330.04 A Herschel SPIRE Study of M81: Separating Cold and Warm PAH Emissions Nanyao Y. Lu1, G. Bendo2, VNGS Team 1Caltech, 2Imperial College, United Kingdom. 330.05 Active Galactic Nuclei, Host Star Formation, and the Far Infrared Aden R. Draper1, D. R. Ballantyne1 1Center for Relativistic Astrophysics, School of Physics, Georgia Institute of Technology. 330.06 Molecular Collisional Excitation Computations for Modeling of FIR/Submm Observations Jeff Nolte1, B. H. Yang2, W. el-Qadi1, S. Fonseca dos Santos3, T. G. Lee4, N. Balakrishnan3, R. C. Forrey5, P. C. Stancil1, G. Shaw6, N. P. Abel7, R. L. Porter1, D. Quan8, G. J. Ferland8, D. R. Schultz9, P. A. M. van Hoof10 1University of Georgia, 2Texas Tech University, 3University of Nevada, 4Auburn University, 5Penn State University, 6Centre for Excellence in Basic Science, India, 7University of Cincinnati, 8University of Kentucky, 9Oak Ridge National Laboratory, 10Royal Observatory of Belgium, Belgium. POSTERS: WED 331 Instrumentation: Space Missions & Related Topics 8:00am - 7:00pm, America Ballroom Foyer 331.01 Updated Status and Performance for the Cosmic Origins Spectrograph Justin Ely1, D. Massa1, M. Wolfe1, C. Proffitt2, C. Oliveira1, A. Aloisi1, B. York1, R. Osten1, D. Sahnow3, V. Dixon3, T. Ake2, W. Zheng3, K. Azalee Bostoem1, S. Niemi1, K. Hart4 1STScI, 2STScI/CSC, 3JHU, 4UMD. 331.02 Updated Status and Performance of the Space Telescope Imaging Spectrograph Michael A. Wolfe1, W. V. Dixon2, E. Mason3, C. Proffitt4, A. Aloisi1, C. Oliveira1, R. C. Bohlin1, R. Osten1, K. A. Bostroem1, W. Zheng2, I. Pascucci3, S. Niemi1, B. York1, P. Sonnentracker3, R. Diaz1, J. C. Ely1 1STScI, 2JHU, 3STScI/ESA, 4STScI/CSC. 331.03 An All Reflective Ultraviolet Integral Field Spectrometer Timothy Cook1, S. Chakrabarti1 1Boston Univ. 331.04 Laser Stabilization and Material Studies for the Laser Interferometer Space Antenna (LISA) Amanda Cordes1, G. Mueller1, D. B. Tanner1, P. Arsenovic2, J. Livas2, A. Preston2, J. Sanjuan1, S. A. Reza1, S. Mitryk1, J. Eichholz1, A. Spector1, D. Donelan1, R. Spannagel3, D. Korytov1 1University of Florida - Physics Department, 2Goddard Space Flight Center, 3University of Applied Sciences Konstanz, Germany. 331.05 What Is New For WFC3 Astrometric Calibration? Vera Kozhurina-Platais1, L. Petro1, C. Cox1, M. Dulude1 1STScI. 331.06 The Bragg Reflection Polarimeter On the Gravity and Extreme Magnetism Small Explorer Mission Ryan Allured1, P. Kaaret1, GEMS Team 1University of Iowa.

105 WEDNESDAY POSTER SESSIONS

331.07 Integration and Testing of the Micro-X Rocket Payload Enectali Figueroa-Feliciano1, Micro-X Collaboration 1Massachusetts Institute of Technology. 331.08 Status and Calibration of the HST Wide Field Camera 3 John W. MacKenty1, WFC3 Team 1STScI. 331.09 Get Better Resolution by Throwing Away Light: Non-Redundant Masking in Optical Systems Alexandra Greenbaum1, A. Sivaramakrishnan2 1Rensselaer Polytechnic Institute, 2Space Telescope Science Institute. 331.10 Laser Noise Stabilization, Processing, And Extraction Simulations For The Lisa Mission At The University Of Florida. Yinan Yu1, S. Mitryk1, D. Sweeney1, A. Spector1, J. Eichholz1, D. Donelan1, A. Preston2, J. S. Munoz1, S. Azer1, D. Tanner1, G. Mueller1 1University of Florida, 2Goddard Space Flight Center. 331.11 Improvements to Warm IRAC/Spitzer Space Telescope Operations Sean J. Carey1, J. Ingalls1, W. Glaccum1, J. Krick1, J. Stauffer1, S. Willner2, J. Hora2, L. Storrie-Lombardi1 1Spitzer Science Center / Caltech, 2Harvard-Smithsonian Center for Astrophysics. 331.12 Two-Dimensional Spectroscopy with the Cosmic Origins Spectrograph Steven V. Penton1, D. Sahnow2, K. France1 1Univ. of Colorado, 2Johns Hopkins University. 331.13 Scheduling Predictability and Scientific Productivity of Current HST Pure Parallel Observations Galina Soutchkova1, A. Patterson2, W. Workman2 1STScI, 2CSC/STScI. 331.14 Space Qualified Building Blocks For NASA Explorer-class Optical Telescopes And Instruments: Heritage Technology Used In WISE, JWST Kepler, Spitzer And POSTERS: WED Other Contemporary Spaceborne Missions Anthony B. Hull1, M. Schwalm2, A. Clarkson3, J. Barentine1 1L-3 Integrated Optical Systems: Tinsley, 2L-3 Integrated Optical Systems: SSG, 3L-3 Integrated Optical Systems: Brashear. 331.15 Three Dimensional Orbit By Implementation Of Spacecraft Stability Analysis Making A Halo Orbit About CN Lines Cyrus Nejat1 1University of Southern California.

332 Intergalactic Medium & QSO Absorption Line Systems 8:00am - 7:00pm, America Ballroom Foyer 332.01 HST/COS Probes the Starburst Wind of NGC 2611 Brian A. Keeney1, J. T. Stocke1 1Univ. of Colorado. 332.02 Mid-Infrared Observations of Possible Intergalactic Star Forming Regions in the Leo Ring Mark Giroux1, B. Smith1, C. Struck2 1East Tennessee State Univ., 2Iowa State University.

106 WEDNESDAY POSTER SESSIONS

332.03 New Constraints On Gas Properties From The Fuv: Oiv + Ovi Absorbers Joe Meiring1, T. Tripp1, J. Tumlinson2, C. Thom2, J. Prochaska3, J. Werk3, C. Howk4, N. Lehner4 1U Mass, 2STSCI, 3UCSC, 4Notre Dame. 332.04 High Redshift Science With The FIRE IR Spectrograph At Magellan Robert A. Simcoe1, M. Matejek1, K. Cooksey1, A. Burgasser2, J. Bochanski3, R. Bernstein4 1MIT, 2UCSD, 3Penn State, 4UCO/Lick Observatories.

333 Astronomy Education & Public Outreach 8:00am - 7:00pm, America Ballroom Foyer 333.01 Dark Energy is “Dying” and Other Student Ideas About Cosmology Janelle M. Bailey1, K. Coble2, G. L. Cochran3, R. Sanchez1, D. Larrieu2, V. L. Hayes2, M. Nickerson2, L. R. Cominsky4, K. M. McLin4 1Univ. Nevada, Las Vegas, 2Chicago State Univ, 3Florida International Univ, 4Sonoma State Univ. 333.02 Investigating Student Understanding of the Universe: Dark Matter Melissa Nickerson1, K. Coble1, G. L. Cochran2, V. L. Hayes1, C. T. Camarillo1, J. M. Bailey3, K. M. McLin4, L. R. Cominsky4 1Chicago State University, 2Florida International University, 3University of Nevada, POSTERS: WED 4Sonoma State University. 333.03 Investigating Student Understanding of the Universe: Age and Expansion Kimberly A. Coble1, G. L. Cochran2, V. Hayes1, M. Nickerson1, C. T. Camarillo1, J. M. Bailey3, K. M. McLin4, L. R. Cominsky4 1Chicago State Univ., 2Florida International University, 3University of Nevada, 4Sonoma State Univ. 333.04 Investigating Student Understanding of the Universe: Structure Virginia Hayes1, K. Coble1, M. Nickerson1, G. Cochran2, C. T. Camarillo1, J. M. Bailey3, K. M. McLin4, L. R. Cominsky4 1Chicago State University, 2Florida International University, 3University of Nevada, 4Sonoma State University. 333.05 Investigating Student Understanding of the Universe: Perceptions of Astronomical Sizes and Distances Carmelita Camarillo1, K. Coble1, V. Hayes1, M. Nickerson1, G. L. Cochran2, J. M. Bailey3, K. M. McLin4, L. R. Cominsky4 1Chicago State University, 2Florida International University, 3University of Nevada, 4Sonoma State University. 333.06 Integration of Galileoscopes into a Large MathMovesU Program Robert T. Sparks1, C. E. Walker1, S. M. Pompea1 1NOAO. 333.07 The Flagstaff Star Party Model for Using Galileoscopes: Evaluation Report Stephen M. Pompea1, R. T. Sparks1, C. Dugan1, E. Dokter2, K. Schindler3 1NOAO, 2University of Arizona, 3Lowell Observatory. 333.08 Engaging the Public in the Citizen Science GLOBE at Night Campaign Constance E. Walker1, R. T. Sparks1, S. M. Pompea1 1NOAO. 333.09 The HST Cycle E/PO Grant Program: Program Highlights Bonnie Eisenhamer1, L. Knisely1, H. Ryer1 1STScI.

107 WEDNESDAY POSTER SESSIONS

333.10 Astronomy Education via The Dynamic Web K. M. Flurchick1, W. Avery1, B. F. Griego2, R. Culver2 1North Carolina A&T State University, 2Colorado State University. 333.11 Astrobites: The Astro-ph Reader’s Digest For Undergraduates Nathan Sanders1, E. R. Newton1, I. Czekala1, K. Rosenfeld1, C. D. Dressing1, D. Gifford2, J. Suresh1, E. Schneider3, C. Morley4, S. Kohler5 1Harvard University, 2University of Michigan, 3University of Arizona, 4UC Santa Cruz, 5UC Boulder. 333.12 Evidence of Historical Supernovae in Ice Cores Donna Young1 1SAO. 333.13 A Comparison of Online and On-Ground Student Performance in Calculus- based Physics I Andria C. Schwortz1 1Quinsigamond Community College.

334 Dwarf Galaxies 8:00am - 7:00pm, America Ballroom Foyer 334.01 A Study of Galaxy Properties in the Overlap Between the Sloan Digital Sky Survey and the Arecibo Legacy Fast ALFA Survey Matthew Dunlap1 1George Mason University. 334.02 Metallicities of RR Lyr Stars in Two Fields of the Small Magellanic Cloud Scott R. Baird1, H. A. Smith2, K. H. Cook3, S. C. Keller4, A. R. Walker5 1Benedictine College and University of Kansas, 2Michigan State University, 3Lawrence Livermore National Laboratories, 4Australian National University, Australia, 5Cerro Tololo Inter-American Observatory, Chile.

POSTERS: WED 334.03 The Haverford Variable Star Search project: Segue 2 and Segue 3 Emily Cunningham1, E. Boettcher1, B. Willman1 1Haverford College. 334.04 The Field Star Cluster Population in the Starburst Galaxy NGC 5253 Daniel R. Harbeck1, J. Gallagher III2, D. Crnojevic3 1WIYN Observatory, 2University of Wisconsin, 3IfA, United Kingdom.

108 Thursday Sessions and Events THURSDAY

400 Invited Session: The Least Luminous Galaxies in the Universe 8:30am - 9:20am, America Ballroom Chair Lee Anne M. Willson1 1Iowa State Univ. 400.01 The Least Luminous Galaxies in the Universe Beth Willman1 1Haverford College.

401 Particle Physics III: Variations of Fundamental Constants and Dark Matter Searches 10:00am - 11:30am, America North The session will focus on two aspects of the hunt for new physics with laboratory astrophysics: (i) variation of fundamental constants and (ii) the search for dark matter. We propose to introduce and discuss the topic of searches for variations in the fundamental constants with an overview THU talk, followed by a more focused contribution on laboratory measurements of the variation of alpha and of the electron-to-proton mass. We will then have an overview on the very exciting field of direct dark matter detection: in the last few months several experiments aiming at detecting the extremely small energy deposition that weakly interacting dark matter particles might leave onto ordinary matter have reported tantalizing signals. Laboratory astrophysics faces challenges and opportunities, with new detector concepts which will soon come online (including directional detectors and bubble-chamber detectors, as well as ton-size noble gas detectors). We plan to have an overview talk on this topic, with a specific focus on directional dark matter detectors. Chair Steven Robert Federman1 1Univ. of Toledo. 401.01 An Overview in Variations in the Fundamental Constants Keith Olive1 1University of Minnesota. 401.02 Results from the XENON100 Dark Matter Search Rafael F. Lang1 1Columbia University. 401.03 Testing the Time Stability of the Fundamental “Constants” of Physics Steve Lamoreaux1 1Yale University.

402 Extrasolar Planets: Theory and Characterization 10:00am - 11:30am, America Central Chair David J. Helfand1 1Columbia Astrophysics Lab.

109 Thursday Sessions and Events

402.01 Carbon-rich Planets: Atmospheric Spectra, Thermal Inversions, And Formation Conditions Nikku Madhusudhan1, O. Mousis2, J. Lunine3, T. Johnson4 1Princeton University, 2UTINAM, CNRS/INSU, France, 3University of Arizona, 4NASA JPL. 402.02 Kepler Super-Earths And Constraints To The High-density Limit On Radius Dimitar D. Sasselov1, Kepler Team 1Harvard-Smithsonian CfA. 402.03 The Low Density Limit of the Mass-Radius Relation for Exo-Neptunes Leslie Rogers1, P. Bodenheimer2, J. Lissauer3, S. Seager1 1Massachusetts Institute of Technology, 2University of California Santa Cruz, 3NASA-Ames Research Center. 402.04 The Dynamics of Stellar Coronae Harboring Close-in Planets Ofer Cohen1, J. J. Drake1, V. L. Kashyap1, I. V. Sokolov2, C. Garraffo1, T. I. Gombosi2 1Harvard-Smithsonian Center for Astrophysics, 2University of Michigan. 402.05 The Role of Binary Planetesimals in Planet Formation Hagai Perets1 1Harvard Smithsonian Center for Astrophysics. 402.06 Wind-Shearing Between Planetesimals in Gaseous Protoplanetary Disks Ruth Murray-Clay1, H. Perets1 1Harvard-Smithsonian Center for Astrophysics. 402.07 Can Hydrogen Sulfide Gas Be a Biosignature in a Habitable Exoplanet?

THU Renyu Hu1, S. Seager1, W. Bains2 1MIT, 2Rufus Scientific, United Kingdom. 402.08 Obliquity Variations of a Moonless Earth Jack J. Lissauer1, J. W. Barnes2, J. E. Chambers3 1NASAames Research Center, 2University of Idaho, 3Carnegie Institution.

403 Evolution of Galaxies II 10:00am - 11:30am, America South Chair Ryan C. Hickox1 1Durham University, United Kingdom. 403.01 Extended Lyman-alpha Emission From Interacting Galaxies At High Redshifts Hidenobu Yajima1, Q. Zhu1, Y. Li1 1Pennsylvania State University. 403.02 The Average Physical Properties and Star Formation Histories of the UV- Brightest Star-forming Galaxies at z~3.7 Kyoung-Soo Lee1, A. Dey2, N. Reddy2, M. J. I. Brown3, A. H. Gonzalez4, B. T. Jannuzi2, M. C. Cooper5, X. Fan6, F. Bian6, E. Glikman1, D. Stern7, M. Brodwin8, A. Cooray5 1Yale University, 2NOAO, 3Monash University, Australia, 4University of Florida, 5University of California, Irvine, 6University of Arizona, 7JPL, 8CfA. 403.03D Optical and Infrared Backgrounds from HST and Beyond Timothy Dolch1, H. C. Ferguson2, R. Chary3, A. R. Cooray4, A. M. Koekemoer2, S. Ravindranath5, T. Sukhbold6 1Johns Hopkins Univ., 2Space Telescope Science Institute, 3California Institute of Technology, 4University of California, Irvine, 5Inter-University Center for Astronomy and Astrophysics, India, 6Univeristy of Arizona.

110 Thursday Sessions and Events

403.04 Hα Star Formation Rates for z>1 Galaxy Clusters in the IRAC Shallow Cluster Survey Using WFC3 IR Grism Spectroscopy Gregory Zeimann1, A. Stanford2, M. Brodwin3, A. Dey4, D. Stern5, A. Gonzalez6 1UC Davis, 2UC Davis/LLNL, 3Harvard-Smithsonian Center for Astrophysics, 4NOAO, 5Jet Propulsion Laboratory, 6University of Florida. 403.05 The Spitzer Interacting Galaxy Atlas Lauranne Lanz1, N. Brassington2, A. Zezas3, H. A. Smith1, M. L. N. Ashby1, C. Klein4, P. Jonsson1, L. E. Hernquist1 1Harvard-Smithsonian Center for Astrophysics, 2University of Hertfordshire, United Kingdom, 3University of Crete, Greece, 4University of California, Berkeley.

404 Invited Session: GALEX: Mapping the Hidden Side of Galaxy Evolution and the UV Universe 11:40am - 12:30pm, America South Chair Nicholas B. Suntzeff1 1Texas A&M University. 404.01 GALEX: Mapping the Hidden Side of Galaxy Evolution and the UV Universe Christopher D. Martin1 1Caltech. THU

111 THURSDAY POSTER SESSIONS POSTERS

405 The Sun and Solar System II 8:00am- 12:00pm, Essex Ballroom 405.01 Differential Emission Measure Analysis of Coronal Loop Data From AIA, EIS, and XRT Jennifer W. Garst1 1Univ. Of Memphis. 405.02 A New Tool for Classifying Small Solar System Objects Ryan Desfosses1, D. Arel1, M. E. Walker1, J. Ziffer1, T. Harvell1, H. Campins2, Y. R. Fernandez2 1University of Southern Maine, 2University of Central Florida. 405.03 WISE Observations of Primitive Asteroid Families Julie Ziffer1, H. Campins2, J. Licandro3, M. S. Kelley4, Y. R. Fernandez2, M. Delbo5, K. Hargrove2, V. Alí-Lagoa6 1University of Southern Maine, 2University of Central Florida, 3Departamento de Astrofísica, Universidad de La Laguna, Spain, 4University of Maryland, Department of Astronomy, 5Laboratoire Cassiopée, Observatoire de la Cote d’Azur, France, 6Instituto de Astrofísica de Canarias, Spain. 405.04 Orbital Stability of Spacecraft Exploring Multiple Asteroid Systems Keaton Burns1, F. Marchis2, J. Bellerose3 1UC Berkeley, 2SETI Institute / UC Berkeley, 3Carnegie Melon University. 405.05 A Lightcurve and Color Analysis of Asteroid 4709 Ennomos Thomas Harvell1, J. Ziffer1, Y. R. Fernandez2, M. Reuillard1, M. E. Walker1 1University of Southern Maine, 2University of Central Florida. 405.06 The Potential of AutoClass as an Asteroidal Data Mining Tool Matthew Walker1, J. Ziffer1, T. Harvell1, Y. R. Fernandez2, H. Campins2 1University of Southern Maine, 2University of Central Florida.

406 Extrasolar Planets 8:00am- 12:00pm, Essex Ballroom

406.01 ExoplanetSat Constellation Mary Knapp1, R. Jensen-Clem1, S. Seager1, D. Miller1, M. W. Smith1 1MIT. 406.02 ExoplanetSat: The Search for Earth-Sized Planets 1 1 1 1 1 1 POSTERS: THU Rebecca Jensen-Clem , S. Seager , M. W. Smith , C. Pong , M. Knapp , D. Miller 1MIT.

406.03 Science Capabilities Of A Next-generation UV/O/NIR Telescope With A Starshade Tiffany M. Glassman1, A. S. Lo1 1Northrop Grumman Aerospace Systems.

406.04 Fiber Scrambling for High Precision Spectrographs Zachary Kaplan1, J. F. P. Spronck1, D. Fischer1 1Yale University. 406.05 On the Frequency of Additional Planets in Short Period Hot Jupiter Systems from Transit Timing Variations Jason Dittmann1, L. Close2, L. Scuderi2 1Harvard Center For Astrophysics, 2University of Arizona.

112 THURSDAY POSTER SESSIONS

406.06 New Exo-Planet Candidates Discovered by the Citizen Scientists of PlanetHunters.org John Michael Brewer1, D. A. Fischer1, M. E. Schwamb1, M. J. Giguere1, T. Sartori1, C. J. Lintott2, S. Lynn3, A. Smith3, K. Schawinski1, J. Spronck1, R. Simpson3 1Yale University, 2Adler Planetarium, 3University of Oxford, United Kingdom. 406.07 The Occurrence Rate of Earth Analog Planets Orbiting Sunlike Stars Joseph Catanzarite1, M. Shao1 1JPL. 406.08 Inflated Hot Jupiters may not Require Inflated Physics Eduardo L. Martin1, H. Spruit2 1INTA-CSIC Centro de Astrobiologia, Spain, 2Max-Planck-Institut fur Astrophysik, Germany.

407 Stars, Star Formation and Associated Topics 8:00am- 12:00pm, Essex Ballroom 407.01 The Effect Of Limited Spatial Resolution Of Stellar Surface Magnetic Field Maps On Mhd Wind And Coronal X-ray Emission Models Cecilia Garraffo1, O. Cohen1, J. J. Drake1, C. Downs2 1Harvard-Smithsonian CfA, 2Institute for Astronomy, University of Hawaii at Manoa. 407.02 Magnetic Launching And Collimation Of Jets From The Disk-magnetosphere Boundary: 2.5D MHD Simulations Patrick Lii1, M. Romanova1, R. Lovelace1 1Cornell University. 407.03 CO(6-5) And C I (2-1) Pointed Observations Of 5 Haebe Disks Hales Antonio1 1ALMA/NRAO, Chile. 407.04 Evolving Dust Chemistry in Post-AGB Stars Alexa H. Hart1, J. Hora1, L. Cerrigone2 1Harvard-Smithsonian Center for Astrophysics, 2Max-Planck-Institut fuer

Radioastronomie, Germany. POSTERS: THU 407.05 Spectropolarimetric Study of SN2004dt Alejandro Clocchiatti1, P. A. Zelaya1, J. L. Quinn1, D. Baade2, P. Hoeflich3, J. Maund4, F. Patat2, L. Wang5, J. C. Wheeler6 1Univ. Catolica De Chile, Chile, 2European Southern Observatory, Germany, 3Florida State University, 4Dark Cosmology Centre Niels Bohr Institute, Denmark, 5Texas A&M University, 6University of Texas at Austin. 407.07 Kepler observations of NGC 6826 Peter Stine1, N. Jevtic1, W. Nilsen1 1Bloomsburg Univ. 407.08 SNRs in the Sedov-Taylor Phase: How Does Efficient Particle Acceleration Impact Their Evolution? Daniel Castro1 1Harvard Smithsonian Center for Astrophysics. 407.09 Flux Correlations in Supersonic Isothermal Turbulence Richard P. Wagner1, A. G. Kritsuk2, M. L. Norman1 1San Diego Supercomputer Center, 2University of California, San Diego.

113 THURSDAY POSTER SESSIONS

407.10 High-resolution Evla Imaging Of Dimethyl Ether (ch$_{3}$)$_{2}$o In Orion--kl Al Wootten1, C. Favre2, A. Remijan1, N. Brouillet3, T. Wilson4, D. Despois3, A. Baudry3 1NRAO, 2Department of Physics and Astronomy, University of \AA rhus, Denmark, 3Laboratoire d’Astrophysique de Bordeaux, Universit\’e de Bordeaux, France, 4Naval Research Laboratory. 407.11 Variable X-ray Emission From The Accretion Shock In The Classical T Tauri Star V2129 Oph Ettore Flaccomio1, C. Argiroffi2, J. Bouvier3, J. Donati4, K. V. Getman5, S. G. Gregory6, G. A. J. Hussain7, M. M. Jardine8, M. B. Skelly4, F. M. Walter9 1INAF Osservatorio Astronomico di Palermo, Italy, 2DSFA, Università di Palermo, Italy, 3UJF-Grenoble / CNRS-INSU, France, 4LATTUMR 5572, CNRS & Univ. de Toulouse, France, 5Pennsylvania State University, 6California Institute of Technology, 7ESO, Germany, 8Univ. of St Andrews, United Kingdom, 9Stony Brook University. 407.12 Search For And Characterization Of Galactic Star Clusters With 2MASS And Pan- STARRS 1 Chien-Cheng Lin1, E. Magnier1, W. Chen2 1Institute for Astronomy, HI, 2Graduate Institute of Astronomy, NCU, Taiwan. 407.13 Open Clusters and Galactic Evolution Peter M. Frinchaboy1 1Texas Christian Univ. (TCU). 407.14 High and Low Metallicity Models of Extremely Low-Mass Stars and Brown Dwarfs Lorne A. Nelson1 1Bishop’s University, Canada. 407.15 The Chromospheric Activity and Age Relation among Main Sequence Stars in Wide Binaries Terry D. Oswalt1, J. Zhao1 1Florida Institute of Technology. 407.16 MOST Ultra-high Precision Photometry of delta Capricorni - the Nearest & Brightest Eclipsing Binary with a Pulsating Component: An Important Asteroseismic Laboratory for A-type Stars Edward F. Guinan1, S. G. Engle1, A. Prsa1, R. P. Wasatonic1, F. C. Fekel2, M. Williamson2, J. Matthews3, K. Kolenberg4, M. Breger5 1Villanova Univ., 2Tennessee State Univ., 3MOST / Univ. of British Columbia, Canada, 4CfA, 5Univ. of Vienna, Austria. 407.17 The Pulsation Spectra of Kepler B Stars Bernard J. McNamara1, J. Jackiewicz1, J. McAteer1, L. Boucheron1, H. Cao1, D. Voelz1, M. Kirk1, G. Taylor1, K. DeGrave1, A. Al-Ghraibah1, C. Lovekin2, A. Pevtsov1 1New Mexico State Univ., 2Los Alamos National Laboratory.

POSTERS: THU 407.18 RR Lyrae Period--Mid-infrared-luminosity Relations Dervied from the WISE Preliminary Data Release Christopher R. Klein1, J. W. Richards1, N. R. Butler1, J. S. Bloom1 1UC Berkeley Astronomy Department.

114 THURSDAY POSTER SESSIONS 408 Galaxies, Galaxy Clusters and Friends 8:00am- 12:00pm, Essex Ballroom 408.01 Galaxy Properties Across and Through the 6dFGS Fundamental Plane Chris M. Springob1, C. Magoulas2, R. Proctor3, M. Colless1, D. H. Jones4, C. Kobayashi5, L. Campbell6, J. Lucey7, J. Mould8, A. Merson7 1Australian Astronomical Observatory, Australia, 2University of Melbourne, Australia, 3University of Sao Paulo, Brazil, 4Monash University, Australia, 5Australian National University, Australia, 6University of Western Kentucky, 7University of Durham, United Kingdom, 8Swinburne University of Technology, Australia. 408.02 Do Disk Galaxies Have Different Central Velocity Dispersions At A Given Rotation Velocity? Taissa Danilovich1, H. Jones2, J. Mould3, E. Taylor4, C. Tonini1, R. Webster1 1University of Melbourne, Australia, 2Monash University, Australia, 3Swinburne University of Technology, Australia, 4University of Sydney, Australia. 408.03 Gravitational Torques of 3.6μm and 4.5μm Nearby Barred Spirals Asha Tailor1, R. Groess1 1University of the Witwatersrand, South Africa. 408.04 An Optical and X-ray Spectral Study of Unobscured AGN: The SED Model Fits Chichuan Jin1, M. J. Ward1, C. Done1, J. Gelbord2 1Durham University, United Kingdom, 2Penn State University. 408.05 The Nature Of Submm Emission From X-ray Bright AGN Markos Trichas1, M. Page2, Herschel Multi-Tiered Extragalactic Survey 1Harvard-Smithsonian Center for Astrophysics, 2Mullard Space Science Laboratory, United Kingdom. 408.06 Exploring the Effects of Environment on Quasar Variability Brian C. Wilhite1, C. L. Pope1 1Elmhurst College. 408.07 An Unusual Pan-STARRS Selected AGN Martin J. Ward1, S. Hutton1, S. Mattila2, R. Kotak3 1 2 3 Durham University, United Kingdom, University of Turku, Finland, Queen’s University POSTERS: THU Belfast, United Kingdom. 408.08 SMARTS Optical Spectroscopy of 3C 454.3 Jedidah Isler1, C. Bailyn1, E. Bonning1, M. Buxton1, R. Chatterjee1, P. Coppi1 G. Fossati2, L. Maraschi3, R. Scalzo1, C. Urry1 1Yale University, 2Rice University, 3INAF - Osservatorio Astronomico di Brera, Italy. 408.10 Detections Of CO (2-1) Line Emission In z~6 Quasar Host Galaxies With The Expanded Very Large Array Ran Wang1, J. Wagg2, C. Carilli3, F. Walter4, D. Riechers5, C. Willott6, F. Bertoldi7, A. Omont8, A. Beelen9, M. Strauss10, P. Cox11, T. Forveille12, K. Menten13, X. Fan14 1NRAO / Steward Observatory, 2ESO, Chile, 3NRAO, 4MPIfA, Germany, 5Caltech, 6Herzberg Institute of Astrophysics, Canada, 7University of Bonn, Germany, 8IAP, France, 9IAS, France, 10Princeton University, 11IRAM, France, 12Observatoire de Grenoble, France, 13MPIfR, Germany, 14Steward Observatory. 408.11 Dust-obscured Star Formation And The Contribution Of Galaxies Escaping UV/ optical Color Selections At z~2 Laurie Riguccini1, E. Le Floc’h1, O. Ilbert2, H. Aussel1, M. Salvato3, P. Capak4, H. McCracken5, J. Kartaltepe6, D. Sanders7, N. Scoville4 1CEA-Saclay, France, 2LAM, France, 3IPP, Germany, 4Caltech, 5IAP, France, 6NOAO, 7IfA.

115 THURSDAY POSTER SESSIONS

408.12 Virtual Universes for the Caltech-Cornell Atacama Telescope Andrew Benson1 1California Institute of Technology. 408.13 UV Properties And Morphology Of Spectroscopically-confirmed Galaxies At 5.6 < z < 7 Linhua Jiang1, E. Egami1 1University of Arizona. 408.14 HI Deficiency Estimates in Galaxy Group WBL 368 Isaac Hughes1, C. Weigel1, M. Brault1, P. Troischt1, ALFALFA Team 1Hartwick College. 408.15 Crossing the Streams: A Joint Sunyaev-Zeldovich/Optical Finder for Galaxy Cluster Surveys Brian Nord1, M. Jeff1 1University of Michigan. 408.16 The Caustic Mass - Optical Richness Relation For C4 Galaxy Clusters Daniel Gifford1, C. Miller1, C. Harrison1, M. Kao2 1University of Michigan, 2Massachusetts Institute of Technology. 408.17 Detection of Dark Matter Filament Signals Through Stacking GMBCG Galaxy Cluster Pairs Alex Nguyen1, J. P. Dietrich1, T. A. McKay1 1University of Michigan. 408.18 X-ray And Radio Plasma Interactions In Clusters Of Galaxies: A194 And A2634 Murat Hudaverdi1, E. ERCAN2 1TUBITAK Space Technologies Research Institute, Turkey, 2Bogazici University, Turkey. 408.19 Modeling Agn Feedback In Cosmological Simulations Camille Avestruz1 1Yale University. 408.20 Dynamical Mass Estimates of Galaxy Group WBL 368 Michelle Brault1, P. Troischt1, ALFALFA Team 1Hartwick College. 408.21 The Galaxy Cluster Environment of Wide Angle Tail Radio Sources Edmund Douglass1, E. L. Blanton1, T. E. Clarke2, S. W. Randall3 1Boston University, 2Naval Research Laboratory, 3Harvard-Smithsonian Center for Astrophysics. 408.22 The Virgo Cluster Through the AGES Rhys Taylor1, J. I. Davies2, R. F. Minchin1 1Arecibo Observatory, 2Cardiff University, United Kingdom. POSTERS: THU 408.23 Network Methods Of Centering For The Maxbcg Clusters Blythe Moreland1, T. McKay1, B. Nord1 1University of Michigan. 408.24 Intrinsic Alignment of Cluster Galaxies: the Redshift Evolution Jiangang Hao1, J. M. Kubo1, R. Feldmann1, J. Annis1, D. E. Johnston1, H. Lin1, T. A. McKay2 1Fermi National Accelerator Laboratory, 2Department of Physics, University of Michigan. 408.25 The Connection Between Radio Mini-Halos and Core Gas Sloshing John A. ZuHone1, M. Markevitch1, G. Brunetti2 1NASA/Goddard Space Flight Center, 2INAF, Italy.

116 THURSDAY POSTER SESSIONS

408.26 Stacking Detection of Diffuse Radio Emission in Galaxy Clusters Andrew Emerick1, S. Brown2, L. Rudnick1 1University of Minnesota, 2CSIRO Astronomy and Space Science, Australia.

409 Instrumentation, Surveys and Data 8:00am- 12:00pm, Essex Ballroom 409.01 The Nuclear Spectroscopic Telescope Array (NuSTAR) Daniel Stern1, F. Harrison2, S. Boggs3, F. Christensen4, B. Craig5, C. Hailey6, W. Zhang7, NuSTAR Team 1JPL/ Caltech, 2Caltech, 3UC Berkeley, 4DTU-Space, Denmark, 5UC Berkeley / LLNL, 6Columbia University, 7GSFC. 409.02 Modeling the Effect of Interpixel Capacitance (IPC) on Astronomical Images Kyle T. Ausfeld1, Z. Ninkov1, S. Baum1 1Rochester Institute of Technology. 409.03 Chiron - A Fiber-fed High-resolution Echelle Spectrometer At Ctio 1.5m Telescope Julien Spronck1, C. Schwab1, A. Tokovinin2, M. Giguere1, A. Szymkowiak1, D. Fischer1 1Yale University, 2Cerro Tololo Inter-american Observatory, Chile. 409.04 Revisiting Intensity Interferometry Using Picosecond Timescale Resolution Matthew A. Camarata1, E. P. Horch1 1Southern Connecticut State University. 409.05 Imaging System for a Sub-Orbital Sounding Rocket Mission Based Upon Next Generation Detector Technology Todd Veach1, P. Scowen1, M. Beasley2, S. Nikzad3 1Arizona State University, 2University of Colorado at Boulder, 3Jet Propulsion Laboratory. 409.06 Advanced Multibeam Spectrometer for the Green Bank Telescope D. Anish Roshi1, GBT spectrometer development team 1National Radio Astronomy Observatory. 409.07 Optical Versus X-ray Properties Of Hard X-ray Selected Agn Loredana Bassani1, P. Parisi1 POSTERS: THU 1Iasf Inaf Bologna, Italy. 409.08 The Arecibo Zone of Avoidance Survey Travis P. McIntyre1, P. A. Henning1, R. F. Minchin2, E. Momjian3 1The University of New Mexico, 2Arecibo Observatory, 3NRAO. 409.09 UCAC4 Status Norbert Zacharias1, C. Finch1, M. I. Zacharias1, T. Girard2 1U.S. Naval Observatory, 2Yale University. 409.10 EMU: Evolutionary Map of the Universe Julie Banfield1, EMU Team 1CSIRO ATNF (Australia), Australia. 409.11 The INTEGRAL Narrow Line Seyfert 1 galaxies Francesca Panessa1 1IASF-Roma (INAF), Italy. 409.12 Optimizing Speckle Data Reduction for Analysis of Faint Sources Joseph Gaulin1, E. Horch1, S. Howell2, D. Ciardi3 1Southern Connecticut State University, 2NASA Ames Research Center, 3NASA Exoplanet Science Institute, Caltech.

117 THURSDAY POSTER SESSIONS

409.13 The Hopkins Ultraviolet Telescope Data Archive: Old Data in a New Format William P. Blair1, V. Dixon1, J. Kruk2, M. Romelfanger1 1Johns Hopkins Univ., 2NASA/GSFC. 409.14 Minor Planet Observations with the Differential Speckle Survey Instrument Jean-Claude Bouvier1, E. Horch1 1Southern Connecticut State University.

410 High Energy, Cosmology and Other Topics 8:00am- 12:00pm, Essex Ballroom 410.01 Orbits of Local Group Galaxies Constrained by the Proper Motions of M33 and IC10. Edward J. Shaya1 1Univ. of Maryland. 410.02 Chasing a WHIM: The Changing Picture of an Important Baryon Reservoir Lara A. Phillips1, A. Snedden1 1University of Notre Dame. 410.03 Spherical accretion with modified dynamics Nirupam Roy1 1National Radio Astronomy Observatory. 410.04 How The Expansion Rate Evolves: The Role Of Dark Energy, Textures, And Curvature Jeremy R. Mould1, B. Schmidt2 1Swinburne University, Australia, 2Australian National University, Australia. 410.05 Mapping Cosmic Structure Using 21-cm Hydrogen Signal at Green Bank Telescope Tabitha Voytek1, GBT 21-cm Intensity Mapping Group 1Carnegie Mellon University. 410.06 Pathfinder for a HI Dark Energy Survey Kevin Bandura1, Cylindrical Radio Telescope Team 1Carnegie Mellon. 410.07 Advanced LIGO Interferometers: The Rubber Hits the Road! Jeffrey S. Kissel1, LIGO Scientific Collaboration 1Massachusetts Institute of Technology. 410.08 Searches for Gravitational Waves from Compact Binary Coalescence with the LIGO and Virgo detectors. Ruslan Vaulin1, LIGO and Virgo Scientific Collaboration 1

POSTERS: THU MIT. 410.09 Searches for Gravitational-wave Bursts Erotokritos Katsavounidis1, LIGO Scientific Collaboration and Virgo Collaboration 1MIT. 410.10 Electromagnetic Follow-up of Gravitational-Wave Transient Candidates Joel K. Fridriksson1, LIGO Scientific Collaboration and Virgo Collaboration 1MIT. 410.11 Constraining The Ages Of X-ray Sources In Ngc 922 Floyd Jackson1, A. Prestwich2, R. Chandar3, B. Rangelov3 1Department of Physics, Durham University, United Kingdom, 2Harvard-Smithsonian, Center for Astrophysics, 3Department of Physics and Astronomy, The University of Toledo.

118 THURSDAY POSTER SESSIONS

410.12 A New High-precision Relativistic Many-body Method For Predicting Dielectronic Recombination Resonances In Low-energy Cosmic Plasmas Andrei Derevianko1, V. A. Dzuba2, M. G. Kozlov3 1University of Nevada, 2University of New South Wales, Australia, 3Petersburg Nuclear Physics Institute, Russian Federation. 410.13 Radio Observations During a Jet Ejection from CH Cyg Jennifer Weston1, J. Sokoloski1 1Columbia University. 410.14 The Anatomy of Major Radio/X-ray Flares in the Enigmatic Microquasar Cygnus X-3 Karri Kolojonen1, M. McCollough2, D. Hannikainen1, G. Pooley3, S. Trushkin4, M. Tavani5, R. Droulans6 1Aalto University Metsahovi Radio Observatory, Finland, 2Smithsonian Astrophysical Observatory, 3Astrophysics Group, Cavendish Laboratory, United Kingdom, 4Special Astrophysical Observatory RAS, Russian Federation, 5INAF-IASF, Italy, 6CESR/CNRS, France. 410.15 The Connection Between X-ray Binaries and Star Clusters in the Antennae Blagoy Rangelov1, R. Chandar1, A. Prestwich2 1The University of Toledo, 2Harvard-Smithsonian Center for Astrophysics. 410.16 Far-ultraviolet Spectroscopy of Massive Binary Stars Rosina Iping1, G. Sonneborn1 1NASA’s GSFC. 410.17 The Extreme Spin of the Black Hole Cygnus X-1 Lijun Gou1, J. McClintock1, M. Reid1, J. Orosz2, J. Steiner1, R. Narayan1, J. Xiang1, R. Remillard3, K. Arnaud4, S. Davis5 1Harvard-Smithosian Center for Astrophysics, 2San Diego State University, 3Kavli Institute for Astrophysics and Space Research, MIT, 4NASA Goddard Space Flight Center, 5CITA, University of Toronto, Canada.

411 Education

8:00am- 12:00pm, Essex Ballroom POSTERS: THU 411.01 Short-course Astronomical Research Seminars for High School and College Students Jolyon Johnson1 1California State University, Chico. 411.02 The Solar System Ballet: A Kinesthetic Spatial Astronomy Activity Inge Heyer1, T. F. Slater1, S. J. Slater2, Center for Astronomy & Physics Education ResearchCAPER 1University of Wyoming, 2Center for Astronomy & Physics Education Research CAPER. 411.03 Advanced Multibeam Spectrometer for the Green Bank Telescope D. Anish Roshi1, M. Bloss1, P. Brandt1, S. Bussa1, H. Chen2, P. Demorest1, T. Filiba2, R. J. Fisher1, J. Ford1, D. Frayer1, R. Garwood1, S. Gowda2, G. Jones3, B. Mallard2, J. Masters1, R. McCullough1, G. Molera2, K. O’Neil1, J. Ray1, S. Scott2, A. Shelton1, A. Siemion2, M. Wagner2, G. Watts1, D. Werthimer2, M. Whitehead1 1National Radio Astronomy Observatory, 2University of California, 3Caltech. 411.04 First Student Project at the University of Tennessee at Martin Observatory Lionel J. Crews1, K. Turner1, P. Wesner1 1University of Tennessee at Martin.

119 Author Index Author Index

Abel, N. 134.03 Andrews, S. A. 121.04 Ayala, S. 121.04 Abel, N. P. 330.06 Andrews, S. M. 225.01 Ayres, T. 205.02 Accomazzi, A. 131.02, Andrews, S. M. 226.06 Ayres, T. R. 328.14 131.05 Angélil, R. 108.04 Azalee Bostoem, K. ACIS Instrument Team Anglada, G. 318.07 331.01 228.26 Annis, J. 408.24 Azer, S. 331.10 Adams, E. 112.05 Anthony-Twarog, B. J. Azimlu, M. 106.02 Adams, E. R. 227.03 133.04 Baade, D. 407.05 Adams-Wolk, N. 228.25 Antonio, H. 407.03 Babcock, B. A. 224.11 Ade, P. 233.01 Antoniou, V. 228.29 Bagley, M. 130.04 Adelman, S. J. 323.02 Anupama, G. C. 327.03 Bagley, M. 130.04 Agol, E. 128.04, 218.04 Appleton, P. 119.05 Bagley, M. B. 125.05 Agudo, I. 327.06 Appleton, P. 324.04 Bagley, M. M. 125.05 Agüeros, M. 326.06 Appleton, P. N. 321.08 Bahr, A. 329.01, 329.02 Agueros, M. A. 228.06 Appleton, P. N. 324.06 Bai, J. 224.11 Agustsson, I. 234.01 Arai, E. 326.06 Bailey, J. M. 215.07, Ahrendts, G. 224.06 Araya, E. 129.05, 129.18 333.01, 333.02, 333.03, Ake, T. 331.01 Araya, E. D. 129.04 333.04, 333.05 Akeson, R. L. 218.05 Arce, H. G. 130.12 Bailyn, C. 212.01, 327.02, Akeson, R. L. 226.05 Arce, H. G. 318.06, 318.07 408.08 Al Marzouk, A. A. 129.18 Ardavan, H. 320.01, Bailyn, C. D. 229.05 Al-Ghraibah, A. 407.17 320.02 Baines, E. K. 323.05 ALBRECHT, S. 128.05 Ardila, D. R. 226.03 Bains, W. 402.07 Aldcroft, T. 228.25, 228.27 Arel, D. 405.02 Baird, S. R. 334.02 Aldcroft, T. L. 408.09 Arendt, R. 329.05 Baker, A. J. 238.02 ALFALFA Team 408.14, Arendt, R. G. 108.08 Baker, R. 132.11 408.20 Arendt, R. G. 127.16 Bakos, G. 103.04 Ali, B. 330.03 Argiroffi, C. 407.11 Balakrishnan, N. 330.06 Alí-Lagoa, V. 405.03 Armstrong, J. T. 323.05 Balam, D. D. 126.08 Allamandola, L. J. 321.06 Armus, L. 324.04, 324.06 Balick, B. 127.15 Allen, B. 108.03 Arnaud, K. 410.17 Ballantyne, D. R. 330.05 Allen, B. 122.06 Arnett, D. 134.08 Ballard, S. 218.02 Allen, B. 132.11 Arnold, J. 134.09 Balog, Z. 130.09 Allen, G. E. 228.30 Arsenovic, P. 331.04 Balser, D. 329.06 Allen, S. W. 228.23 Artigau, E. 121.01 Bamford, S. 206.04, Allende Prieto, C. 326.13 Ashby, M. 123.01, 130.03 206.05 Allured, R. 331.06 Ashby, M. 228.19 Bamford, S. P. 206.01 Aloisi, A. 331.01, 331.02 Ashby, M. L. N. 329.05 Bancroft, C. 132.17 Amato, J. 315.03 Ashby, M. L. N. 403.05 Bandura, K. 410.06 Amiri, N. 219.04D Aspin, C. 226.01 Banfield, J. 409.10 An, D. 108.08, 231.02 ASTRAL Co-Investigators, Barajas, T. 224.02, 224.03 Andersen, J. M. 325.04 328.14 Barentine, J. 331.14 Anderson, C. S. 228.30 Ausfeld, K. T. 409.02 Barger, M. 327.21 Anderson, J. 217.05 Aussel, H. 408.11 Barker, T. 106.07 Anderson, R. E. 131.01 Austin, C. 128.11 Barker, T. 132.13 Anderson, S. F. 228.06 Avery, W. 333.10 Barker, T. 224.06 Andersson, K. 309.03 Avestruz, C. 408.19 Barkhouse, W. A. 408.09 120 Author Index Barman, T. S. 218.06 Bender, R. 113.15 Block, D. L. 106.03 Barmby, P. 106.02, 130.03, Bendo, G. 330.04 Bloemhard, H. 128.08 133.12 Benford, D. 233.01, Blom, H. 131.02 Barnard, R. 122.02 318.04, 324.01, 324.02, Blondin, J. 127.07, 225.06 Barnes, J. W. 402.08 328.10 Blondin, J. M. 230.13 Barnes, S. 227.06 Benford, D. J. 324.03 Bloom, J. 226.04 Barnes, S. A. 133.03 Benjamin, R. 129.03 Bloom, J. 230.09 Barnes, T. G. 114.02 Benjamin, R. A. 217.04 Bloom, J. S. 407.18 Baron, E. 127.06 Benkevitch, L. 132.09 Bloser, P. 132.17 Barry, R. 324.02 Bennett, C. 233.01 Bloser, P. F. 132.12 Bartel, K. 326.11 Bennett, P. D. 323.04 Bloss, M. 411.03 Barthel, P. 123.01, 228.19 Benson, A. 408.12 Bochanski, J. 325.03, Barthelmy, S. 132.11 Berdyugina, S. 205.02 332.04 Bartlett, D. F. 130.14, Berger, E. 113.16, 127.11, Bochanski, J. J. 325.05, 313.03 238.04, 328.12 326.09 Bartlett, M. 321.01, 321.02 Bernstein, R. 332.04 Bode, T. 107.01 Basri, G. S. 116.06, Berta, Z. 326.08 Boden, A. 130.08, 226.05 311.02 Berta, Z. K. 128.01, Boden, A. F. 218.05 Bassani, L. 115.01, 306.03 Bodenheimer, P. 402.03 409.07 Bertin, G. 133.13 Boehme, J. 132.13 Bastien, F. 219.07 Bertoldi, F. 408.10 Boersma, C. 321.06 Basu, S. 303.03 Bertschinger, E. 234.02 Boettcher, E. 322.01, Batalha, N. 218.01, 303.02 Best, P. N. 317.02 334.03 Batalha, N. M. 112.01 Bhatta, G. 327.04 Boggs, S. 409.01 Baudry, A. 407.10 Bian, F. 403.02 Boggs, S. E. 202.01 Bauer, A. 328.05 Bianchi, L. 228.12 Bohlen, E. 131.05 Bauer, W. H. 323.04 Bianchi, S. 228.16 Bohlin, R. C. 331.02 Baum, S. 409.02 Bianco, F. 132.01 Bolatto, A. 130.01 Baumgartner, W. 327.25 Bianco, F. 132.04 Bonaca, A. 217.06 Baumgartner, W. H. Bianco, F. B. 224.11 Bonanos, A. Z. 230.07 328.11 Bieging, J. 129.05 Bond, H. 230.02 Bautz, M. 221.07 Biemesderfer, C. 305.05 Bond, H. E. 217.05 Bautz, M. W. 228.21 Biennier, L. 129.16 Bonfini, P. 130.03 Bazzano, A. 122.03 Bilicki, M. 220.02 Bonning, E. 327.02, Beasley, M. 409.05 Billings, G. 126.03 408.08 Beatty, J. J. 310.03 Bird, J. 231.02 Bonning, E. W. 204.06 Beccari, G. 125.03 Birkinshaw, M. 228.14, Boogert, A. 108.08 Becker, A. C. 326.03 228.15, 228.19 Booler, T. 132.07 Beckmann, V. 115.03, Bitsakis, T. 119.05 Borders, K. 127.01 327.24 Bjorkman, K. S. 132.16 Borders, K. 127.01 Beckwith, K. 207.04 Blackburne, J. A. 236.04 Borucki, W. J. 112.07 Beelen, A. 408.10 Blackie, D. 134.04 Borucki, W. J. 203.06 Beers, T. C. 231.02 Blain, A. 324.01, 327.11 Borucki, W. J. 218.01 Behar, E. 327.17 Blair, W. P. 228.12, 409.13 Bosh, A. S. 224.12, 224.13 Beichman, C. A. 218.05 Blanton, E. 228.20, 236.02 Bostroem, K. A. 331.02 Beifiori, A. 328.09 Blanton, E. L. 228.22, Botticella, M. T. 127.11, Beletsky, Y. 129.16 408.21 328.12 Bell, K. 326.05 Blecha, L. 107.04 Boucheron, L. 407.17 Bell, K. J. 325.02 BLISS-SPICA Study Team Bouchez, A. 132.14 Bellerose, J. 405.04 324.05 Boulanger, F. 321.08

121 Author Index Bouret, J.-C. 323.01 Brown, S. 408.26 Camero, A. 230.08 Bourke, T. 318.07 Brown, T. 132.03, 132.04 Cami, J. 318.01 Bourke, T. L. 130.07 Brown, T. M. 132.02 Campbell, L. 408.01 Bouvier, J. 407.11 Brown, T. M. 217.05 Campins, H. 405.02, Bouvier, J.-C. 409.14 Brown, W. R. 326.13 405.03, 405.06 Bowler, B. P. 306.02 Brunetti, G. 408.25 CANDELS Collaboration Bowman, J. 132.07, Brunner, N. 132.01 219.01, 317.01, 328.01, 132.08, 233.03 Bruntt, H. 311.04 328.02, 328.03, 328.04, Bowman, J. D. 132.06 Bryngelson, G. 127.04 328.05, 328.06, 328.07 Bowsher, E. C. 132.10 Bryson, S. T. 112.07 Canizares, C. 228.24 Boyajian, T. S. 218.03, Bryson, S. T. 211.02 Canizares, C. R. 134.10 323.06 Budavari, T. 131.04 Canizares, C. R. 228.32 Boyd, M. R. 204.02 Budde, A. 134.08 Cantiello, M. 121.05 Boyle, R. P. 133.05, 326.12 Buenker, R. 134.01 Cao, C. 130.03 Bradford, C. 324.05 Bundy, K. 328.09 Cao, H. 407.17 Bradford, C. M. 324.06 Buote, D. 228.24 Capak, P. 408.11 Bradford, M. 324.04 Burgasser, A. 132.10, Capelo, H. 226.08 Bradley, R. 233.03 332.04 Cardamone, C. 206.04 Brainerd, T. G. 234.01 Burgasser, A. J. 325.05 Cardamone, C. N. 206.03 Brainerd, T. G. 235.02 Burgasser, A. J. 326.09 Cardena, B. 230.12 Brandt, N. 228.17 Burgett, W. S. 215.03 Carey, S. J. 331.11 Brandt, P. 411.03 Burke, C. 306.03, 326.08 Carilli, C. 233.03 Branduardi-Raymont, G. Burke, C. J. 128.01 Carilli, C. 408.10 102.02 Burleson, B. 132.02 Carilli, C. L. 216.01 Brassington, N. 403.05 Burns, J. O. 233.03 Carleton, T. 125.01, Brault, M. 408.14, 408.20 Burns, K. 405.04 128.11 Breger, M. 407.16 Burrows, A. 128.04, Carpenter, J. 226.04 Breit, D. 224.11 218.04 Carpineti, A. 206.06 Brenneman, L. 327.22 Burrows, D. N. 219.08 Carr, J. 324.01 Brewer, J. M. 406.06 Bussa, S. 411.03 Carraro, G. 133.04 Brewster, S. 131.03 Butler, N. R. 407.18 Carter, J. A. 227.02 Brickhouse, N. 131.03 Butler, R. F. 326.12 Caselli, P. 318.07 Brickhouse, N. S. 221.05 Buxton, M. 229.05, Casertano, S. 219.01 Bright, L. 224.12, 224.13 327.02, 408.08 Cash, W. C. 221.06, Brockmole, J. R. 215.08 Cackett, E. 201.02 221.07 Broderick, A. E. 229.07 Cahall, B. J. 327.01 Cassata, P. 328.07 Brodwin, M. 403.02, Cahoy, K. 218.07 Cassinelli, J. P. 121.06 403.04 Cahoy, K. L. 218.08 Castelaz, M. 132.13 Brogaard, K. 311.04 Cairns, I. H. 132.09 Castro, D. 407.08 Brogan, C. 130.06 Caldwell, D. 112.07 Cataldo, G. 318.04 Broming, E. J. 238.01 Caldwell, D. 218.01 Catanzarite, J. 328.13, Brooks, K. 217.02 Caldwell, D. A. 211.01 406.07 Brothers, T. 224.12, 224.13 Caldwell, D. A. 211.02 CCCP Team 228.10 Brouillet, N. 407.10 Caldwell, N. 125.06 CDF-S Team 228.17 Brown, A. 205.02 Calnan, T. 327.21 Celik, A. 215.09 Brown, A. 227.04 Calzetti, D. 108.07D Center for Astronomy Brown, A. 227.05 Camarata, M. A. 409.04 & Physics Education Brown, J. M. 225.01 Camarillo, C. 333.05 Research, C. 411.02 Brown, M. 323.05 Camarillo, C. T. 333.02, Cerrigone, L. 407.04 Brown, M. J. I. 403.02 333.03, 333.04 Chakrabarti, S. 119.04

122 Author Index Chakrabarti, S. 129.24, Chuss, D. 233.01 Cominsky, L. R. 215.07 331.03 Ciardi, D. 112.07, 128.03 Cominsky, L. R. 333.01 Chakrabarty, D. 122.05, Ciardi, D. 218.01 Cominsky, L. R. 333.02, 320.06 Ciardi, D. 226.05, 409.12 333.03, 333.04, 333.05 Challis, P. 113.16 Ciardi, D. R. 112.05, Conan, R. 132.14 Challis, P. 127.11, 328.12 218.03, 218.05 Condon, J. 327.11 Chambers, J. E. 402.08 Ciardullo, R. 228.28 Connor, T. 132.17 Chambers, K. C. 113.01 Cieszewski, R. M. 134.03 Connors, A. 322.02 Chandar, R. 209.04, Ciotti, J. E. 224.11 Conselice, C. 328.03 410.11, 410.15 Civano, F. 123.05 Conselice, C. J. 328.04, Charbonneau, D. 112.07, Civano, F. M. 301.01 328.05 128.01, 128.04, 211.06, Clarke, T. E. 228.22, 408.21 Contopoulos, I. 327.17 211.07, 218.01, 218.02, Clarkson, A. 331.14 Contreras, M. E. 133.06 218.04, 306.03, 315.02, Clarkson, W. 217.05 Cook, K. H. 334.02 326.08 CLASH Collaboration Cook, R. 319.02 Chary, R.-R. 238.04 219.01 Cook, T. 331.03 Chary, R. 328.03 Clausen, D. R. 122.07 Cook, T. A. 129.24 Chary, R.-R. 403.03D Clausen, D. R. 122.08 Cooksey, K. 332.04 ChASeM33 Team 228.13 Clausen, J. V. 311.04 Cooper, M. C. 403.02 Chatterjee, R. 327.02, Clavier, D. 132.13 Cooray, A. 403.02 408.08 Clem, J. L. 204.03 Cooray, A. R. 403.03D Chatterjee, S. 120.05, Clemens, D. 129.15 Coppi, P. 206.04, 327.02, 229.01 Clemens, D. P. 231.01 408.08 Chattopadhyay, I. 229.02 Clemens, D. P. 318.02, Corcoran, M. F. 110.04 Chavarria-Kleinhenn, C. 321.01 Corder, S. A. 130.12 133.06 Clemens, D. P. 321.02 Cordes, A. 331.04 Chen, H. 411.03 Cline, J. 132.13 Cornish, N. J. 207.05 Chen, J. 235.05 Clocchiatti, A. 407.05 Cortes, S. 224.04 Chen, W.-P. 224.15, 407.12 Close, L. 406.05 Costa, E. 133.04, 231.03 Chen, W. P. 224.11 Cluver, M. 321.08 Coster, A. J. 132.09 Chen, Y.-T. 113.03, 224.15 Cluver, M. E. 119.05 Cotera, A. 108.07D, Cheng, K. S. 320.05 Coble, K. 224.04 108.08 Cheung, C. 317.03 Coble, K. 333.01 Covey, K. R. 226.09 Cheung, C. C. 230.11 Coble, K. 333.02, 333.04, Covey, K. R. 325.04 Chevalier, R. 104.06 333.05 Cowan, N. B. 128.04, Chinone, Y. 207.01D Coble, K. A. 215.07, 218.04 Cho, J. 133.11 333.03 Cox, C. 331.05 Cho, W. 129.20 Cochran, G. 333.04 Cox, P. 408.10 Chodorowski, M. 220.02 Cochran, G. L. 333.01 Cox, T. J. 107.04 Chomiuk, L. 113.16 Cochran, G. L. 333.02, Craig, B. 409.01 Chornock, R. 113.16, 333.03, 333.05 Crankshaw, D. 131.04 127.11, 328.12 Cochran, W. D. 112.03, Cranmer, S. R. 205.03 Christensen, F. 409.01 218.06 Cravens, T. E. 219.06 Christiansen, J. 112.07 Cohen, O. 128.09, 402.04, Crawford, B. 128.11 Christiansen, J. L. 211.02 407.01 Creech-Eakman, M. Christiansen, J. L. 218.01 Cohen, R. 322.09 128.08 Chromey, F. R. 322.07 Cohen, S. A. 236.03 Crepp, J. 218.05 Chung, C. 133.11 Cole, S. 113.11, 131.04 Cresci, G. 238.02 Chung, S. 319.05 Colless, M. 408.01 Crews, L. J. 411.04 Churazov, E. 228.20 Collier, M. R. 219.06 Crnojevic, D. 334.04

123 Author Index Croston, J. 228.15 DeGrave, K. 407.17 Dixon, V. 331.01, 409.13 Cudworth, K. M. 133.02 Deguchi, S. 127.12 Dixon, W. V. 331.02 Culver, R. 333.10 Delbo, M. 405.03 Do Cao, O. 327.24 Cumalat, J. P. 130.14 Dell’Antonio, I. 319.02 Dobos, L. 131.04 Cumming, A. 302.02 Della Corte, D. 106.06 Doeleman, S. S. 229.07, Cunningham, E. 334.03 Deming, D. 128.04, 229.08 Cunningham, K. 128.11 218.04 Doeleman, S. S. 229.09 Curtis, B. 323.05 Demorest, P. 411.03 Dogan, Y. 215.09 Curtis, J. L. 133.01 Demory, B.-O. 211.05 Dokter, E. 333.07 Cylindrical Radio Telescope Deneva, J. 232.01 Dolch, T. 403.03D Team 410.06 Denneau, L. 113.02 Dolence, J. C. 229.08 Czekala, I. 127.11, 333.11 Dennerl, K. 102.04 Dominguez, I. 127.06 D’Addario, L. 132.15 Deo, R. P. 327.13 Donahue, M. 228.20 D’Alessio, P. 121.04 DePasquale, J. 225.03, Donati, J.-F. 407.11 Dack, S. 329.04 230.02 Done, C. 408.04 Dahlen, T. 219.01 Dere, K. P. 134.02 Donelan, D. 331.04, Dahlstrom, J. 129.10 Derevianko, A. 410.12 331.10 Dai, Y. 123.04 Dergachev, V. 207.06 Dong, H. 108.07D Dalessandro, E. 125.03 Dermer, C. D. 310.02 Donley, J. 328.03 Dalgarno, A. 318.05 Deroo, P. D. 128.08 Doorn, J. 224.06 Dame, T. M. 217.03 Desert, J.-M. 128.04, Dormody, M. 320.04D Danchi, W. 324.02 211.06, 211.07, 218.02, Doss, F. 134.05 Danilovich, T. 408.02 218.04 Dotson, J. 233.01 Danowski, M. E. 129.24 Desfosses, R. 405.02 Dotter, A. 311.04 Dare, E. A. 230.11 Despois, D. 407.10 Douglas, K. A. 129.02, Darg, D. 206.05, 206.06 Devinney, E. J. 230.03 129.20 Davenport, J. R. 326.03 Dewey, D. 134.10, 219.07, Douglas, K. A. 129.21 Davenport, J. R. A. 325.02 219.08 Douglas, K. A. 321.04 David, L. 228.20 Dey, A. 403.02, 403.04 Douglass, E. 408.21 Davidson, J. W. 132.16 Dhalla, S. 327.04 Douglass, E. M. 228.22 Davies, J. 329.05 Di Matteo, T. 229.01 Downs, C. 407.01 Davies, J. I. 408.22 Di Milia, G. 131.05 Doyle, L. R. 303.02 Davies, R. I. 238.02 Di Stefano, R. 219.03, Draganic, I. 134.01 Davis, D. 228.21 230.10 Dragomir, D. 128.03 Davis, J. E. 134.10 Diaferio, A. 319.01 Drake, J. 128.09, 228.27, Davis, S. 410.17 Diamond, P. J. 127.12 322.02 Davison, C. 204.02 Diaz, R. 331.02 Drake, J. J. 109.01, Dawson, K. 106.06 Diaz-Merced, W. 131.03 110.03, 221.04, 304.01, Dawson, R. I. 224.01 Dickinson, M. 328.06 402.04 De Marchi, G. 133.09 Dieterich, S. B. 204.02 Drake, J. J. 407.01 de Oliveira, N. 134.06 Dietrich, J. P. 408.17 Drake, R. 134.05 de Val-Borro, M. 228.03 Dilday, B. 328.12 Drake, R. 134.08 De Vera, J. 132.02 Dilday, B. E. 132.01 Drake, R. P. 134.07 Deacon, N. 113.14, Dillon, J. S. 220.04 Draper, A. R. 330.05 306.02 DiMatteo, T. 120.05 Dressing, C. D. 227.01, Deacon, N. R. 113.12 Dirienzo, W. J. 130.06 333.11 Dearholt, W. 224.05 Dittman, J. 306.03, 326.08 Drosback, M. M. 129.10 DEEP2 Survey Team Dittmann, J. 406.05 Droulans, R. 410.14 238.03 Dittmann, J. A. 128.01 Drout, M. 125.06 Degraf, C. 120.05, 229.01 Dixon, T. 113.09 Dubberley, M. 132.02

124 Author Index Dubberley, M. 132.03 Epstein, P. 329.01, 329.02 Feldmann, R. 408.24 Duc, P.-A. 321.08 ERCAN, E. 408.18 Ferguson, H. 328.03 Dugan, C. 333.07 Ergon, M. 127.11 Ferguson, H. C. 219.01 Dullemond, K. 225.01 Eskridge, P. B. 327.23, Ferguson, H. C. 328.01 Dulude, M. 331.05 329.03 Ferguson, H. C. 328.08, Dumoulin, R. 207.02D Espaillat, C. 225.01, 403.03D Dunham, E. W. 218.01 312.04 Ferland, G. J. 134.03, Dunlap, M. 334.01 Espeland, B. 132.14 330.06 Dupree, A. K. 112.05, et al., 236.04 Fermi-LAT Collaboration 205.01 Evans, N. R. 230.02 320.04D Dupree, A. K. 227.03 Evans, N. R. 322.06 Fernandez, Y. R. 405.02, Durbala, A. 329.01, 329.02 Event Horizon Telescope 405.03, 405.05 Dwek, E. 127.16 Collaboration 229.09 Fernandez, Y. R. 405.06 Dwek, E. 318.04 Fabbiano, G. 228.18 Ferraro, F. R. 125.03 Dzuba, V. A. 410.12 Fabbiano, G. 228.30 Fesen, R. A. 228.09 Eaton, M. 224.06 Faber, S. 328.02 Fich, M. 324.01 Eckel, J. 234.03, 234.04 Faber, S. 328.03 Figueiredo, P. 134.09 Edelstein, J. 129.14 Faber, S. M. 219.01, Figueroa, E. 219.07 Edgar, R. J. 219.06 317.01 Figueroa-Feliciano, E. Edmondson, E. M. 206.01 Fabrycky, D. 203.03 331.07 Edwards, L. O. 236.01 Fabrycky, D. C. 203.05 Filiba, T. 411.03 Edwards, P. G. 327.05 Fadda, D. 236.01, 319.05, Fillion, J. H. 134.06 Eff-Darwich, A. 224.22 330.01 Finch, C. 326.01 Egami, E. 319.05, 408.13 Faherty, J. 326.11 Finch, C. 409.09 Egger, J. 224.11 Faherty, J. K. 325.05 Finch, C. T. 204.02 Eichholz, J. 331.04, 331.10 Falck, B. 131.04, 233.04 Finkbeiner, D. 108.01, Eichhorn, G. 131.02 Falco, E. 306.03, 326.08 207.03 Eidelsberg, M. 134.06 Falco, E. E. 128.01 Finkbeiner, D. P. 113.06 Eimer, J. 233.01 Falgarone, E. 321.08 Finkbeiner, D. P. 318.03 Eisenhamer, B. 333.09 Fan, X. 403.02, 408.10 Finkbeiner, D. P. 321.07 Eisenstein, D. 234.03, Fanelli, M. N. 227.07, Finkelstein, S. 228.28 234.04 311.06 Finn, S. C. 217.01D el-Qadi, W. 134.03, 330.06 Fang, T. 228.24 Fiorenza, S. 130.02 Elliot, J. L. 224.11 Fardal, M. A. 106.01 Fischer, D. 128.03, 212.01, Elliot, J. L. 224.12, 224.13 Farr, A. 323.02 308.01, 406.04, 409.03 Elmegreen, B. 130.05 Farrah, D. 327.08 Fischer, D. A. 406.06 Elvis, M. 123.04, 123.05, Farrar, G. R. 107.02, Fischer, J. 324.01 221.07, 228.16 310.01 Fischer, W. J. 330.03 Elvis, M. 228.18 Farrington, C. 218.03, Fish, V. L. 229.07, 229.08 Elvis, M. 327.22 323.06 Fish, V. L. 229.09 Elwood, B. 224.04 Faucher-Giguere, C.-A. Fisher, R. J. 411.03 Ely, J. 331.01 119.03D Fite, N. D. 327.01 Ely, J. C. 331.02 Faulker, D. R. 230.01 Fitzpatrick, E. L. 323.03 Emerick, A. 408.26 Favre, C. 407.10 Fixsen, D. 233.01, 324.02 Emrich, D. 132.07 Fazio, G. 123.01 Flaccomio, E. 407.11 EMU Team 409.10 Fazio, G. 123.04 Flewelling, H. 328.12 Endl, M. 218.06 Fazio, G. G. 106.03, 130.03 Flurchick, K. 333.10 Engle, S. 230.02, 322.05 Federman, S. R. 134.06 Foley, R. J. 113.16, 328.12 Engle, S. G. 325.03 Feigelson, E. 130.04 Foltz, R. 209.04 Engle, S. G. 407.16 Fekel, F. C. 407.16 Fonseca dos Santos, S.

125 Author Index 330.06 Gallagher, S. C. 327.13 129.20 Forbrich, J. 226.07, Gallagher III, J. 334.04 Gibson, S. J. 129.21, 226.09 Galli, S. 207.03 321.04 Ford, E. B. 112.07, 203.04, Gallo, E. 301.02 Gies, D. 323.06 218.01 Gammie, C. F. 229.08 Gifford, D. 333.11,408.16 Ford, J. 411.03 Garcia, K. 224.02, 224.03 Giguere, M. 409.03 Forman, W. 228.15, 228.20 Garcia, M. 122.02, 230.08 Giguere, M. J. 406.06 Forman, W. R. 228.31, Garmire, G. P. 232.02 Gilliland, R. L. 112.06, 309.01 Garraffo, C. 402.04, 118.01 forrey, R. C. 318.05 407.01 Girard, T. 409.09 Forrey, R. C. 330.06 Garst, J. W. 224.20, Girazian, Z. 224.09 Fortney, J. 211.05 405.01 Giroux, M. 332.02 Fortney, J. J. 128.04, Garwood, R. 411.03 Gizis, J. 326.02 218.04, 218.08 Gary, B. 126.03 Glaccum, W. 331.11 Fortson, L. 206.01, 206.03 Gaulin, J. 409.12 Glassman, T. M. 406.03 Forveille, T. 408.10 Gautier, T. N. 112.05 Glikman, E. 403.02 Fossati, G. 408.08 Gautier, T. N. 112.07 Glotfelty, K. J. 228.30 Foster, J. 130.11, 217.02 Gautier III, T. N. 218.01 GNOMES Team 209.03 Foster, J. 224.02, 224.03 Gawiser, E. 228.28 Godfrey, L. 228.14 Foster, J. 318.07 Gay, C. D. 134.03 Goeke, B. 132.07 Foster, J. B. 129.03, GBM Magnetar Team Goff, E. J. 327.01 130.13 320.08 Gogus, E. 320.08 Foster, J. B. 325.01 GBT 21-cm Intensity Golden, A. 326.12 Foukal, P. V. 121.07 Mapping Group, 410.05 Goldfinger, P. 323.06 Fox, D. B. 220.06 GBT spectrometer Goldfinger, P. J. 218.03 France, K. 331.12 development Team Goldman, B. 113.14, Francis, M. 116.04 409.06 306.02 Frandsen, S. 311.04 Geers, V. 121.02 Goldsmith, P. 324.01 Frayer, D. 411.03 Gehrels, N. 230.09 Gombosi, T. I. 402.04 Freeland, E. E. 119.06 Gehrz, R. D. 127.16 Gomez, E. 132.04 Fressin, F. 112.06, 211.07, Gelbord, J. 408.04 Gonzalez, A. 403.04 218.02 Gelbord, J. M. 228.14 Gonzalez, A. H. 403.02 Fridriksson, J. K. 410.10 Gelino, D. M. 218.05 Gonzalez-Alfonso, E. Friedman, S. D. 129.10 Geller, A. 311.04 130.03 Frinchaboy, P. M. 133.07, Geller, A. M. 217.07 Goodman, A. A. 318.06, 407.13 Geller, M. J. 208.01, 318.07 Frisch, P. C. 129.25 319.01 GOODS NICMOS-H Survey Fryer, C. 302.03 GEMS Team 331.06 Collaboration 328.05 Fuentes, C. I. 227.02 Gendre, M. 317.02 GOODS-Herschel Fukumura, K. 327.17 George, J. 228.21 Collaboration 328.06 Fulton, B. J. 218.05 George, T. 224.11 Gordon, K. D. 129.01, Furesz, G. 205.02 Gerin, M. 108.06 129.24, 131.01 Furlanetto, S. 233.03 Germain, G. 228.25 Gorgone, N. 320.08 Fuse, C. 224.08, 238.01 Getman, K. V. 407.11 Goswami, S. 228.02 Fuse, C. R. 224.07 Gezari, S. 328.12 Gottlieb, C. 127.17 GaBany, R. J. 329.05 Ghavamian, P. 228.12 Gou, L. 410.17 Gaetz, T. J. 228.13 Giacintucci, S. 228.20 Gould, R. R. 215.04 Galaxy Zoo Team 206.01, Giacintucci, S. 228.31 Goulding, A. 238.03 206.05 Giavalisco, M. 328.07 Gowda, S. 411.03 Galazutdinov, G. 129.16 Gibson, S. J. 129.02, Goyal, A. 327.03

126 Author Index Graham, M. 132.01 Gusdorf, A. 321.08 Hart, A. H. 407.04 Grant, C. E. 228.26 Gutermuth, R. A. 125.04 Hart, K. 331.01 Grant, C. S. 131.05 Gutermuth, R. A. 304.05 Hart, M. 132.14 Graur, O. 219.01 Gutermuth, R. R. A. 226.09 Hartmann, L. W. 304.02 Grav, T. 113.03 Gutoski, M. 224.11 Harvell, T. 405.02, 405.05, Grcevich, J. 321.04 Guvenen, B. 128.11 405.06 Greaves, J. 324.01 Guyon, O. 218.08 Hasan, H. 215.02 Green, J. M. 127.15 Haas, M. 123.01, 228.19 Hathi, N. 328.03 Green, P. J. 408.09 Haas, M. R. 112.07, 211.02 Hatziminaoglou, E. 123.04 Green, R. 305.05 Haas, R. 107.01 Havener, C. 134.01 Greenbaum, A. 331.09 Haberl, F. 228.06 Hawkins, E. 132.02 Greenhill, L. J. 215.08 Hack, W. 228.03 Hawley, S. 205.02 Gregory, S. G. 407.11 Hailey, C. 409.01 Hawley, S. 227.04 Grice, N. A. 116.01 Haiman, Z. 107.08 Hawley, S. L. 213.03, Griego, B. F. 333.10 Haldeman, B. 132.02 227.05 Griffin, M. 324.01 Hall, P. B. 327.13 Hawley, S. L. 325.02 Griffith, C. V. 122.08 Hall, T. 323.05 Hawley, S. L. 326.03, Grillmair, C. 329.05 Hallinan, G. 326.12 326.04, 326.05 Grimes, C. K. 327.01 Hallingsworth, H. 327.04 Hayes, V. 333.03, 333.04, Grindlay, J. 108.02, Halpern, M. 233.01 333.05 121.03, 132.11 Hambly, N. 326.01 Hayes, V. L. 333.01 Grindlay, J. E. 108.03, Hamilton, C. 226.08 Hayes, V. L. 333.02 122.06 Hamilton-Drager, C. Haynes, R. 132.02 Grippaldi, J. 132.18 127.13 Haynes, R. 132.03 Groener, A. 235.03 Hampton, D. 224.11 Heavens, A. 113.10 Groess, R. 106.03, 408.03 Hamuy, M. 127.06 Heays, A. N. 134.04 Grogin, N. 328.03 Han, W. 129.14 Heays, A. N. 134.06 Grogin, N. A. 123.02, Hannikainen, D. 410.14 Heckman, T. M. 104.01 219.01, 317.01, 328.04, Hannikainen, D. C. 228.04 Heckman, T. M. 229.06 328.05 Hao, H. 123.05 Heerikhuisen, J. 129.25 Gronwall, C. 228.28 Hao, J. 408.24 Heiles, C. E. 129.02, 129.20 Grosskopf, M. 134.08 Harbeck, D. R. 334.04 Heiles, C. E. 129.21, 321.04 Grosskopf, M. J. 134.07 Hardcastle, M. 228.15 Heinke, C. O. 320.03 Grundahl, F. 311.04 Hardegree-Ullman, E. E. Helfand, D. 326.06 Guaita, L. 228.28 128.11 Helou, G. 324.01, 324.04, Guarcello, M. G. 312.02 Hardegree-Ullman, E. E. 324.06 Guedel, M. 110.01 129.11 Helton, L. A. 127.13 Guenther, H. 125.04 Hardegree-Ullman, K. Hemenway, P. 230.05 Guetter, H. H. 126.07 128.11, 129.09 Henden, A. 126.03, 126.12 Guha Niyogi, S. 322.04 Harding, L. K. 326.12 Henden, A. A. 103.01, Guillard, P. 119.05, 321.08 Harding, P. 231.02 126.01, 126.07, 126.08 Guinan, E. 230.02 Hargrove, K. 405.03 Henley, D. 129.07 Guinan, E. 322.05 Harju, J. 129.11 Henley, D. B. 129.06 Guinan, E. 325.03 Harker, G. 233.03 Henley, D. B. 219.06 Guinan, E. F. 230.03, Harper, G. 205.02 Henneken, E. 131.05 407.16 Harris, D. 317.03 Henning, P. A. 409.08 Gulbis, A. A. S. 224.11 Harris, R. J. 226.06 Henning, T. 113.04 Gulliver, A. 323.02 Harrison, B. 327.06 Henry, G. 128.03 Guo, Y. 328.07 Harrison, C. 408.16 Henry, J. P. 228.21 Gurel, Z. 215.09 Harrison, F. 409.01 Henry, T. 326.01

127 Author Index Henry, T. 328.13 129.18, 318.08 Huenemoerder, D. P. Henry, T. J. 204.02, 218.03 Hogg, J. 327.25 228.32 Henson, G. D. 121.06 Holder, G. 235.01 Hughes, A. M. 121.04 Henz, T. 128.11 Hole, K. T. 121.06 Hughes, I. 408.14 Henze, C. E. 112.06 Holland, S. T. 230.09 Hughes, M. 225.01 Herbst, W. 226.08 Holman, M. 203.06, Hughes, S. A. 207.05 Herczeg, G. 226.03 224.15 Hui, C. Y. 320.05 HERITAGE, 129.01 Holman, M. J. 112.04, Hui, Y. 134.01 Hernquist, L. 107.04, 113.03 Hull, A. B. 331.14 119.02, 225.07 Holman, M. J. 227.02 Humphrey, P. 228.24 Hernquist, L. E. 403.05 Holtzman, J. 325.02 Huntington, C. M. 134.07 Herschel Lensing Survey Holtzman, J. 326.04 Hussain, G. A. J. 407.11 319.05 Homer, L. 228.06 Hutter, D. J. 323.05 Herschel Multi-Tiered Hong, J. 108.02, 108.03 Hutton, S. 408.07 Extragalactic Survey Hong, J. 122.06 Hwang, U. 201.01 408.05 Hong, J. 132.11 Hygelund, J. 132.02 Hewett, P. C. 327.13 Hopkins, P. 408.09 Hyung, S. 127.14, 229.02 Hewitt, J. 132.08 HOPS Team 330.03 Ianna, P. A. 204.02 Hewitt, J. N. 132.05, Hoq, S. 130.11, 227.06 IASC, 215.03 132.06 Hora, J. 331.11 Ignace, R. 121.06 Heyer, I. 411.02 Hora, J. 407.04 Ilbert, O. 408.11 Heymans, C. E. 319.04 Hora, J. L. 226.04 Imai, H. 127.12 Hezaveh, Y. 235.01 Hora, J. L. 226.09 Impey, C. D. 315.06 Hickox, R. 123.03 Horch, E. 409.12, 409.14 Indebetouw, R. 130.06 Hickox, R. C. 316.01 Horch, E. P. 409.04 Ingalls, J. 331.11 Hicks, M. D. 224.02, Horne, D. 129.11, 321.06 Ip, W.-H. 224.15 224.03 Hornschemeier, A. 229.06 Iping, R. 410.16 HIGGS Team 330.02 Hosek, M. 322.01 Irons, W. 231.04 Hill, G. 323.02 Houck, J. C. 134.10 Irwin, J. 128.01, 306.03, Hillenbrand, L. A. 130.08 Howard, A. 112.02, 128.03 326.08 Hilton, E. J. 227.05 Howell, D. 132.01 Irwin, K. 233.01 Hilton, E. J. 325.02 Howell, P. 120.02D Ishihara, D. 130.03 Hilton, E. J. 326.03, Howell, S. 112.05, 409.12 Isler, J. 327.02, 408.08 326.04, 326.05 Howell, S. B. 112.07 Ivezic, Z. 231.02 Hinderks, J. 233.01 Howell, S. B. 218.01 Ivison, R. 324.01 Hinshaw, G. 233.01 Howell, S. B. 218.05 Jackiewicz, J. 407.17 Hinz, P. 132.14 Howk, C. 332.03 Jackson, F. 410.11 HIRANO, T. 128.05 Hoyle, B. 206.01, 206.02 Jackson, J. 129.03, 130.11 Hiraoka, N. D. 224.11 Hu, R. 402.07 Jackson, J. M. 130.13, Hjelstrom, A. 132.02 Huang, J. 123.04 217.02 Hjorth, J. 219.01 Huang, K.-H. 328.08 Jackson, K. 133.07 Ho, L. C. 129.13 Huang, R. H. H. 320.05 Jacobson, J. D. 330.01 Ho, W. C. 320.03 Hubeny, I. 219.05 Jalilian, F. F. 133.12 Hoard, D. W. 218.05 Huber, J. M. 129.17 Jameson, K. 318.02 Hobbs, L. M. 129.10 Huber, M. 113.16, 127.09, Janes, K. 227.06 Hoeflich, P. 127.06, 407.05 328.12 Jannuzi, B. T. 403.02 Hoffman, I. M. 129.12 Hudaverdi, M. 408.18 Jao, W.-C. 204.02, 326.01 Hoffman, J. 132.16 Hudson, H. S. 213.03 Jardine, M. M. 407.11 Hofmeister, A. 129.22 Huenemoerder, D. Jarrett, T. 119.05 Hofner, P. 129.04, 129.05, 134.10 Jarrett, T. 327.11

128 Author Index Jarrett, T. H. 220.02, Julien, M. 132.12 Kemball, A. 219.04D 328.10 Juric, M. 113.06, 217.06 Kennea, J. A. 230.09 Jauncey, D. L. 228.14 Just, A. 231.02 Kenyon, S. J. 326.13 Jayawardhana, R. 121.01, Kaaret, P. 331.06 Kepler Giant Planet 121.02 Kafka, S. 325.03 Working Group, 211.01 Jeff, M. 408.15 Kaiser, N. 113.09 Kepler Science Team Jeffries, M. 311.04 Kaiser, N. 200.01 112.03, 112.04, 112.05, Jenkins, B. 224.19 Kalogera, V. 209.04, 112.06, 203.03, 203.04, Jenkins, J. 203.03 228.29 203.06, 211.02, 211.03, Jenkins, J. M. 112.07, Kamenetzky, J. 129.19 211.05, 211.06, 227.03, 211.02 Kane, S. R. 128.03, 218.03 311.01, 311.03, 311.05 Jenkins, J. M. 218.01, Kane, S. R. 218.05 Kepler SO, 311.01 227.07 Kaneda, H. 130.03 Kepler SOC, 311.01 Jenkins, J. M. 311.01 Kaneko, Y. 320.08 Kepler Team 112.01, Jensen, A. G. 218.06 Kang, J.-H. 129.02, 129.20, 112.02, 203.01, 203.02, Jensen, E. 128.03, 230.05 129.21 203.05, 211.07, 218.02, Jensen-Clem, R. 406.01, Kantharia, N. G. 321.05 311.06, 402.02 406.02 Kao, M. 408.16 Kepley, A. 329.06 Jerius, D. 228.31 Kaplan, Z. 406.04 Keres, D. 119.02 Jevtic, N. 407.07 Kaplinghat, M. 210.01 Kessler, M. R. 224.11 Jhabvala, C. 233.01, Karovska, M. 114.01, Keto, E. 127.17 324.02 228.03 Keto, E. R. 129.13 Jia, J. 229.06 Karovska, M. 228.18 Keys, D. 128.11 Jiang, L. 408.13 Karovska, M. 228.30 Khokhlov, A. M. 127.06 Jiang, X. 224.11 Karovska, M. 230.02 Kielkopf, J. F. 129.17 Jin, C. 408.04 Kartaltepe, J. 408.11 Kilic, M. 326.13 Johannsen, T. 229.07 Kartaltepe, J. S. 328.06 Kim, D.-W. 228.30 Johns-Krull, C. 226.03 Karthick, C. 327.03 Kim, H.-S. 133.11 Johnson, B. 233.01 KASC RR Lyrae Working Kim, J. S. 125.05, 130.04 Johnson, J. 411.01 Group, 303.05 Kim, M. 327.11 Johnson, J. A. 231.02 Kasen, D. 202.02 Kim, S. S. 129.12 Johnson, K. 128.11 Kashyap, V. 128.09, Kimball, A. 327.11 Johnson, K. 329.06 228.01, 228.27, 322.02 Kimble, J. 224.21 Johnson, T. 402.01 Kashyap, V. L. 228.30 Kinne, R. C. 126.10 Johnston, D. E. 408.24 Kashyap, V. L. 402.04 Kinzer, R. E. 318.04 Jones, B. 133.04 Kasper, J. C. 132.09 Kippen, R. M. 132.12 Jones, C. 228.15, 228.20, Kastner, J. H. 110.02 Kirk, M. 407.17 228.31 Katsavounidis, E. 410.09 Kirshner, R. P. 113.16, Jones, D. 325.01 Kauffmann, J. 318.07 328.12 Jones, D. H. 408.01 Kavic, M. 122.01 Kissel, J. S. 410.07 Jones, D. L. 132.15 Kaviraj, S. 206.04, 206.05, Klein, C. 403.05 Jones, G. 411.03 206.06 Klein, C. R. 407.18 Jones, H. 408.02 Kawaler, S. D. 303.04 Kloppenborg, B. 126.03, Jones, I. 320.07 Kazanas, D. 327.17 225.04 Jonsson, P. 403.05 Keel, W. 206.04, 206.05 Kloppenborg, B. K. Jordan, E. 129.05 Keel, W. C. 206.01 114.03, 126.12, 230.05 Jorgensen, A. M. 323.05 Keeney, B. A. 332.01 Knapp, M. 406.01, 406.02 Jorstad, S. G. 327.06 Keller, S. C. 334.02 Knisely, L. 333.09 Jose, J. 130.04 Kelley, M. S. 405.03 Knuston, H. 218.04 Joshi, S. 327.03 Kellogg, E. M. 225.03 Knutson, H. 128.04

129 Author Index Ko, C.-M. 129.08 Kowalski, A. F. 227.05 Ladd, E. F. 130.07 Kobayashi, C. 408.01 Kowalski, A. F. 325.02 Lafreniere, D. 121.01 Kocevski, D. 317.01, Kowalski, A. F. 326.03, Laguna, P. 107.01 328.03 326.04 Laine, S. J. 329.05 Kocevski, D. D. 328.04 Kozhurina-Platais, V. Lair, J. C. 127.04 Koch, D. G. 203.06 331.05 Lal, D. 228.19 Koch, D. G. 218.01 Kozlov, M. G. 410.12 LaMassa, S. M. 229.06 Kochanek, C. S. 236.04 Kraemer, K. E. 322.03 LaMassa, S. M. 327.26 Koekemoer, A. 219.01, Kraft, R. 228.20, 228.31 Laming, J. M. 201.01 328.02, 328.05, 328.06 Kraft, R. P. 228.15 Lamoreaux, S. 401.03 Koekemoer, A. M. 123.02, Kratzer, R. 327.14 LAMOST Extragalactic 317.01, 328.03, 328.04 Krauland, C. 134.07 Survey (LEGAS) Team Koekemoer, A. M. Kravtsov, A. 309.04 123.07 403.03D Krawczyk, C. M. 327.10 Landolt, A. U. 204.03 Koerner, D. 328.13 Krelowski, J. 129.16 Lane, A. P. 129.19 Koerner, D. W. 204.02 Krick, J. 331.11 Lane, D. 322.08 Koesterke, L. 218.06 Krimm, H. A. 230.09 Lane, D. J. 126.08 Kogut, A. 233.01 Krisciunas, K. 127.06 Lang, C. C. 108.07D Kohler, S. 333.11 Krishna, G. 327.03 Lang, R. F. 401.02 Kolenberg, K. 303.05, Kritsuk, A. G. 407.09 Lang, R. N. 207.05 407.16 Krok, M. 215.06 Langer, N. 121.05 Kolodziejcak, J. 112.07 Krolik, J. 107.07 Langton, J. 128.04, 218.04 Kolodziejczak, J. 218.01 Kruczek, N. E. 327.13 Lanz, L. 403.05 Kolodziejczak, J. 227.07 Kruk, J. 409.13 Lanzoni, B. 125.03 Kolojonen, K. 410.14 Kruse, B. 215.05 Larrieu, D. 333.01 Kong, A. K. 320.05 Kubo, J. M. 408.24 Laskar, T. 238.04 Kong, A. K. H. 230.10 Kuchar, T. A. 322.03 Latham, D. W. 203.01 Koo, B.-C. 129.02, 129.20, Kuchner, M. 324.01 Laughlin, G. 128.03, 129.21 Kulesa, C. 112.05, 227.03 128.04, 218.04 Koo, D. 328.02 Kuntz, K. D. 209.03 Law, N. M. 306.04 Koo, D. C. 317.01 Kuntz, K. D. 228.12, Laycock, S. 230.08 Kopparapu, R. K. 122.07 228.13 Lazear, J. 233.01 Koppenhofer, J. 113.04 Kunze, J. 305.02 Lazio, J. 132.15, 233.03 Korhonen, H. 205.02 Kuranz, C. 134.08 LCOGT, 132.01 Korpela, E. J. 129.02, Kuranz, C. K. 134.07 LCOGT Team 132.04 129.20 Kuraszkiewicz, J. 123.01, Le Floc’h, E. 408.11 Korpela, E. J. 129.21, 209.04 Leauthaud, A. 328.09 321.04 Kuri, A. 134.03 Lee, D.-H. 129.14 Korreck, K. E. 224.16 Kurtz, M. J. 131.05 Lee, E. J. 318.06 Korytov, D. 331.04 Kurtz, S. 129.04 Lee, J. 201.04 Korzennik, S. G. 224.22 Kurtz, S. 129.05 Lee, J. C. 107.05 Kotak, R. 328.12, 408.07 Kurtz, S. 129.18 Lee, K.-S. 403.02 Kothes, R. 228.08 Kwak, K. 129.06, 129.07 Lee, K. M. 116.05 Koumpia, E. 230.07 Kwitter, K. B. 315.04 Lee, M.-Y. 321.04 Koushiappas, S. 235.05 Kwok, S. 127.12 Lee, N. P. 228.03 Koutroumpa, D. 219.06 Lacy, J. H. 231.04 Lee, S.-J. 127.14 Kouveliotou, C. 320.08 Lacy, M. 305.04, 327.08, Lee, S.-Y. 133.11 Kowalski, A. 205.02, 327.11 Lee, S.-J. 229.02 213.03 Lada, C. J. 226.07 Lee, T. G. 330.06 Kowalski, A. 227.04 Lada, E. A. 130.09 Lee, Y. 231.02

130 Author Index Legere, J. 132.17 Lintott, C. J. 406.06 Lyon, R. 324.01 Legere, J. S. 132.12 Linz, H. 129.18 Lyons, J. 134.06 Lehmer, B. 209.02 Lisenfeld, U. 119.05, Lyttle, V. 130.03 Lehner, M. 224.11 321.08 Maccarone, T. J. 209.01 Lehner, N. 332.03 Lissauer, J. 402.03 MacConnell, D. J. 231.03 Leighly, K. M. 327.13 Lissauer, J. J. 112.06, Machacek, M. E. 228.31 Leipski, C. 123.01, 228.19 203.03, 313.01, 402.08 Machalek, P. 211.02 Leisawitz, D. 324.01, Lisse, C. M. 128.09 MacKenty, J. W. 331.08 324.02 Lister, T. 132.02 Madden, S. 130.03 Leisawitz, D. T. 324.03 Lister, T. 132.04, 224.14 Madhusudhan, N. 402.01 Leising, M. 127.04 Liu, A. 220.03D, 220.04 Madore, B. F. 106.04 Leitner, D. 111.02 Liu, M. C. 113.12 Magnier, E. 113.14, Lemaire, J. L. 134.06 Liu, M. C. 113.14 306.02, 407.12 Lemson, G. 131.04 Liu, M. C. 306.02 Magnier, E. A. 113.12 Lépine, S. 127.10 Liu, Y. 301.03 Magoulas, C. 408.01 Lepine, S. 326.11 Livas, J. 331.04 Mahadevan, S. 128.03, Levesque, E. M. 219.02 Livio, M. 217.05 128.07 Levine, S. 224.12, 224.13 Lo, A. S. 406.03 Mahajan, S. 130.03 Levine, S. E. 126.01 Lo, Y.-Y. 129.08 Majaess, D. 322.08 Lewis, B. R. 134.04 Lobdill, R. 132.02 Majaess, D. J. 126.08 Lewis, B. R. 134.06 Lockhart, M. 224.11 Majewski, S. 329.05 Lewis, N. 218.04 Loeb, A. 107.04, 108.05, Majid, W. 132.15, 232.01 Lewis, N. K. 128.04 120.04 Malhotra, S. 228.28 Li, K. L. 230.10 Loeb, A. 229.07 Mallard, B. 411.03 Li, Y. 107.06, 403.01 Loeb, A. 233.03, 235.04 Mamon, G. A. 220.02 Li, Z. 122.02 Loehr, A. 129.19 Mandelbaum, R. 328.09 Licandro, J. 405.03 Lomax, J. 132.16 Manning, J. 215.05 Lieberman, H. 134.01 Lonergan, K. 224.11 Mannone, J. 131.03 LIGO and Virgo Scientific Long, K. S. 228.12, 228.13 Mannone, J. C. 116.02 Collaboration 410.08 Longair, M. 101.01 Mantz, A. 228.23 LIGO Scientific Longmore, S. 217.02 Maraschi, L. 408.08 Collaboration 410.07 Lonsdale, C. J. 132.08 Maraston, C. 328.09 LIGO Scientific Lonsdale, C. J. 327.11 Marchenko, V. V. 327.15 Collaboration and Virgo Lopez-Morales, M. 218.03 Marchis, F. 405.04 Collaborat, i. 410.09, Los, E. 121.03 Marchwinski, R. 129.15 410.10 Lovekin, C. 407.17 Marchwinski, R. 318.02 LIGO-Virgo scientific Lovelace, R. 407.02 Marchwinski, R. 321.01, Collaboration 207.06 Lovell, J. E. J. 228.14 321.02 Lii, P. 407.02 Lu, N. Y. 330.04 Marciniak, R. 106.02 Lillie, C. F. 221.07 Lubowich, D. A. 215.01 Marcy, G. W. 112.02, Lin, C.-C. 407.12 Lucas, R. 328.03 112.06, 218.01 Lin, H.-W. 113.03, 224.15 Lucas, R. A. 328.04, Marengo, M. 322.06 Lin, H. 408.24 328.05 Margon, B. 228.06 Lin, T. 207.03 Lucey, J. 408.01 Marinucci, A. 228.16 Linares, M. 320.06 Luginbuhl, C. B. 126.07 Marion, D. C. 134.07 Linden, T. 209.04 Luker, J. 131.05 Marion, G. 113.16 Linnell, A. P. 219.05 Lunine, J. 402.01 Marion, G. H. 127.08 Linsky, J. 213.01 Luo, B. 228.17 Marion, G. H. 127.11 Lintott, C. 206.01, 206.03, Lutz, J. 127.15 Mark, M. 132.17 206.04, 206.05, 206.06 Lynn, S. 406.06 Markevitch, M. 408.25

131 Author Index Markwardt, C. 328.11 McAlister, H. 323.06 Meibom, S. 311.03 Markwardt, C. B. 230.09 McAlister, H. A. 218.03 Meier, D. S. 106.05 Marley, M. S. 218.08 McAteer, J. 407.17 Meiring, J. 332.03 Marscher, A. P. 116.07, McCall, B. J. 129.10 Meixner, M. 129.01 327.06, 327.07 McCall, M. 329.04 Melton, C. 127.07 Marshall, H. L. 122.05, McCarthy, D. 112.05 Menaker, S. 224.11 134.10, 221.01, 228.14 McCarthy, D. W. 227.03 Mendez, B. 127.01 Martín, S. 226.07 McCarthy, M. 127.17 Menou, K. 107.08 Martin, C. D. 404.01 McClintock, J. 410.17 Menten, K. 127.17, 408.10 Martin, C. L. 330.02 McClintock, J. E. 229.03 Merson, A. 408.01 Martin, E. L. 406.08 McClure, M. K. 225.01 Messina, S. 325.03 Martin, J. C. 230.04 McCollough, M. 410.14 Metchev, S. 128.02 Martin, N. 113.05 McCollough, M. L. 228.04 Metchnik, M. 234.03, Martinez-Delgado, D. McCollough, M. L. 228.05 234.04 329.05 McConnell, M. L. 132.12 Metevier, A. J. 215.07 Martinez-Sansigre, A. McCracken, H. 408.11 Meyer, M. R. 125.05 327.08 McCray, R. 219.08 Meyer, M. R. 130.04 Marziani, P. 327.12 McCrum, M. 328.12 Michel, R. 133.06 Masci, F. 328.10 McCullagh, N. 234.05 Micro-X Collaboration Mason, B. 230.02 McCullough, R. 411.03 331.07 Mason, E. 331.02 McDonald, M. 228.22, Middleditch, J. 127.05, Massa, D. 331.01 325.04 320.01, 320.02 Massaro, F. 317.03 McDowell, J. C. 228.30 Mighell, K. J. 218.04 Massey, P. 125.06, 125.07 McEntaffer, R. L. 221.07 Millan-Gabet, R. 226.05 Masters, J. 411.03 McGrath, E. J. 328.02 Miller, C. 408.16 Masters, k. 206.02, 206.03, McIntyre, T. P. 409.08 Miller, D. 406.01, 406.02 206.04, 206.05 McKay, T. 408.23 Miller, E. D. 228.21 Masters, K. L. 206.01, McKay, T. A. 408.17 Miller, O. 229.04 328.09 McKay, T. A. 408.24 Miller, P. 215.03 Matejek, M. 332.04 McKinney, J. C. 317.04 Miller-Jones, J. 230.09 Matese, J. J. 313.01 McLaughlin, B. M. 318.05 Mills, E. A. 108.07D Matheson, H. 228.08 McLaughlin, D. E. 133.02 Milne, P. 127.04 Mathieu, R. 311.04 McLeod, B. A. 132.14 Min, K. 129.14 Mathieu, R. D. 217.07 McLin, K. M. 215.07 Minchin, R. F. 408.22, Matsuo, H. 324.01 McLin, K. M. 333.01 409.08 Matt, G. 228.16 McLin, K. M. 333.02, Minic, D. 122.01 Matthews, C. 237.02 333.03, 333.04, 333.05 Minniti, D. 217.05 Matthews, J. 407.16 McMillan, S. L. W. 133.10, Mirel, P. 233.01 Matthews, L. D. 132.09, 133.13 Mitryk, S. 331.04, 331.10 322.06 McNamara, B. J. 407.17 Mitschang, A. 134.10, Mattila, S. 408.07 McNamara, B. R. 228.22 228.32 Mattmann, C. 132.15 Meakin, C. 125.01 Miyake, S. 134.03 Mauerhan, J. 108.07D Meakin, C. 134.08 Mizuno, D. R. 322.03 Maund, J. 407.05 Medvedev, M. 120.03 Mobasher, B. 219.01 Maxwell, A. 128.10 Megeath, T. 330.03 Mohanan, K. 224.11 Mayes, D. 224.02 Mehta, K. 234.04 Molera, G. 411.03 Mayeur, P. 129.11 Mehta, S. S. 327.09 Momjian, E. 409.08 Mayeur, P. A. 321.06 Meibom, S. 133.02 Monet, D. G. 113.12 Mazzarella, J. 305.06 Meibom, S. 133.03 Monnier, J. 226.05 McAlister, H. 226.05 Meibom, S. 227.06 Morales, M. 132.08

132 Author Index Morales, M. F. 132.06 Nagai, D. 120.05, 229.01 Nolte, J. 330.06 Morales Calderon, M. Nakagawa, T. 314.01 Nord, B. 408.15, 408.23 226.09 Nakashima, J.-I. 127.12 Norman, M. L. 407.09 Morales-Calderon, M. Nandra, K. 317.01 Norris, J. 128.07 130.08, 226.04 Narayan, G. 113.16, Nowak, M. 134.10, 229.04 Moran, J. 132.08 328.12 Nulsen, P. 228.15, 228.20 Moreau, J. 321.01 Narayan, R. 317.04, NuSTAR Team 409.01 Moreau, J. M. 321.02 410.17 Nuth, J. 318.04 Moreland, B. 408.23 NARITA, N. 128.05 Nutzman, P. 128.01, Morgan, D. 134.10 Navarro, R. 132.15 211.04, 211.05, 306.03, Morgan, D. 326.07 Neff, J. 205.02 326.08 Morganson, E. P. 113.08 Neff, J. E. 227.04 O’Brien, J. 230.04 Morgenthaler, J. P. 219.06 Neilsen, J. 107.05, O’Dell, S. 221.07 Morley, C. 333.11 201.04 O’Neil, K. 411.03 Morris, M. R. 108.07D Neilson, H. 121.05 O’Shaughnessy, R. 122.07 Morris, R. G. 228.23 Nejat, C. 331.15 Oberg, K. 312.03 Morrison, H. L. 231.02 Nelson, L. A. 407.14 Öberg, K. I. 121.04 Mosely, H. 233.01 Neufeld, D. A. 108.06 Oberoi, D. 132.09 Mossman, A. E. 228.30 Neugent, K. 125.07 Oberst, T. E. 129.19 Mould, J. 408.01, 408.02 Neville, M. 224.07 Oborski, M. 229.01 Mould, J. R. 410.04 Neville, M. H. 224.08 Offner, S. 318.06 Mousis, O. 402.01 Newsom, E. R. 228.06 Ogle, P. 119.05, 321.08 Mozena, M. 317.01, Newton, E. 128.01, 306.03 Olguin, L. 133.06 328.02 Newton, E. R. 326.08 Olive, K. 401.01 Mozurkewich, D. 323.05 Newton, E. R. 333.11 Oliveira, C. 331.01 Mueller, G. 331.04, 331.10 Neyrinck, M. 131.04 Oliveira, C. 331.02 Mueller, H. R. 129.25 Neyrinck, M. C. 233.04 Olmi, L. 129.18 Muench, A. 305.01 Nguyen, A. 408.17 Omont, A. 123.04, 408.10 Mueting, J. 128.11 Nicastro, F. 221.02 on behalf of the Astro2010 Mullally, F. R. 211.02 Nichol, B. 206.02 panel on Planetary Syst, e. Mundell, C. G. 228.18 Nichol, R. 206.04, 206.05, 104.05 Mundy, L. 324.02 328.09 Onaka, T. 318.01 Munn, J. A. 126.07 Nichol, R. C. 206.01 Orosz, J. 311.04, 410.17 Munoz, D. 225.07 Nichols, J. 225.03, 228.32 Orosz, J. A. 303.02 Munoz, J. S. 331.10 Nichols, J. S. 134.10 Ortiz, A. 121.07 Murphy, D. W. 228.14 Nickerson, M. 333.01, Osborn, W. 230.05 Murphy, E. 106.04, 324.04, 333.02, 333.03, 333.04, Osip, D. J. 227.02 324.06 333.05 Osten, R. 331.01, 331.02 Murphy, N. A. 224.16 Nidever, D. L. 321.03 Oswalt, T. 325.03 Murray, S. 122.02, 228.15 Niemi, S.-M. 331.01 Oswalt, T. D. 407.15 Murray, S. S. 131.05 Niemi, S. 331.02 Otsuka, M. 127.14 Murray-Clay, R. 224.01, Nikola, T. 129.19 Overzier, R. A. 229.06 402.06 Nikzad, S. 409.05 Owen, L. 132.13 Mushotzky, R. 328.11 Nilsen, W. 407.07 Ozel, F. 302.01 Mushotzky, R. P. 228.21 Nilsson, K. 228.28 Padmanabhan, N. 234.03 Muzic, K. 121.02 Ninkov, Z. 409.02 Paetzold, M. 224.09 MWA Collaboration Noble, M. S. 134.10 Page, M. 408.05 132.05, 132.06, 132.09 Noble, S. 107.07 Paige, G. 132.19 Myers, A. D. 327.09, Noble, S. C. 229.08 Paiton, D. 323.05 408.09 Nolte, J. 134.01 Pan-STARRS-1 Science

133 Author Index Consortium, 113.03 Petric, A. O. 327.08 Porter, R. L. 134.03, 330.06 Pan-STARRS1 Builders, Petro, L. 331.05 Posselt, B. 226.09, 228.06, 113.16 Petty, S. 328.10 232.02 Panagia, N. 133.09 Pevtsov, A. 407.17 Posson-Brown, J. 228.01 PAndAS Collaboration Pforr, J. 328.09 Postman, M. 219.01 106.01 Phillips, L. A. 410.02 Poteet, C. 330.03 Panessa, F. 409.11 Phillips, M. M. 127.06 Povich, M. S. 228.11 Pannuti, T. 327.01 Phillips, T. G. 108.06 Prato, L. 130.08 Papovich, C. 130.03 Pickering, J. C. 134.04 Preston, A. 331.04, 331.10 Parisi, P. 409.07 Pickles, A. 132.02 Preston, R. 132.15 Park, G. 129.02, 129.20, Pihlstrom, Y. 129.04 Preston, S. 224.11 129.21 Pilger, E. 224.11 Prestwich, A. 230.08, Park, S.-J. 129.14 Pillitteri, I. 128.09, 226.02, 410.11, 410.15 Park, S. 219.08 230.02 Prestwich, A. H. 209.04 Parker, P. D. 111.01 Pilyavsky, G. 128.03 Price, A. 126.03, 126.06, Parshley, S. C. 129.19 Pineau des Forets, G. 126.11, 126.12 Pasachoff, J. M. 224.11 321.08 Price, S. D. 322.03 Pascucci, I. 331.02 Pineda, J. E. 318.07 PRISMAS Team 108.06 Pastorello, A. 127.11, Piner, B. G. 327.05 Pritchard, J. 233.03 328.12 Pingel, N. 321.04 Prochaska, J. 332.03 Patat, F. 407.05 Pinnick, A. 129.15, Proctor, R. 408.01 Patel, N. A. 127.17 231.01, 318.02, 321.01 Proffitt, C. 331.01, 331.02 Patel, R. 128.02 Pinnick, A. F. 321.02 Protopapas, P. 113.03, Pathak, S. 224.18 Pinto, P. 234.03, 234.04 224.15 Patnaude, D. 228.09 Pisano, D. J. 329.06 Prsa, A. 112.07, 218.01, Patnaude, D. J. 320.03 Piskunov, N. 205.02 230.03, 303.02, 407.16 Patterson, A. 331.13 Platais, I. 133.02 PS1 Builders, 328.12 Patterson, J. 103.03 Platais-Kozhurina, V. PS1 Science Consortium, Pavel, M. 129.15 133.02 127.09 Pavel, M. 231.01 Plavchan, P. 218.05 PS1SC, 215.03 Pavel, M. 318.02, 321.01 Plecki, M. 127.01 Ptak, A. 229.06 Pavel, M. D. 321.02 Plesko, C. 224.05 PTF Collaboration 218.05 Pavlov, G. G. 232.02 Plewa, T. 134.07 PTF Collaboration A. Peale, R. 134.09 Plewa, T. 134.08 306.04 Peek, J. E. G. 129.02, Plucinsky, P. P. 228.12, Puckett, A. W. 224.04 129.20 228.13, 228.25 Pun, C.-S. J. 127.02 Peek, J. E. G. 129.21 Plunkett, Jr., S. W. L. Pun, C. S. J. 230.10 Peek, J. E. G. 321.04 224.11 Puravankara, M. 330.03 Pendleton, Y. J. 321.06 Pogorelov, N. V. 129.25 Putman, M. E. 321.04 Penton, S. V. 331.12 Pompea, S. M. 333.06 Qi, C. 121.04, 225.01 Pequette, N. 225.05 Pompea, S. M. 333.07, Qiu, Y. 127.02 Percy, J. R. 103.06 333.08 Quan, D. 330.06 Perets, H. 402.05, 402.06 Pomplun, M. 131.03, QUIET Collaboration Pereyra, N. A. 327.16 215.08 207.01D Perlman, E. S. 228.14 Pong, C. 406.02 Quinn, J. L. 407.05 Person, M. J. 224.11, Pooley, G. 410.14 Rabidoux, K. 329.06 224.12 Poon, H. 127.02 Rabinowitz, D. L. 204.01 Person, M. J. 224.13 Pope, C. L. 408.06 Rachford, B. L. 129.10 Peters, G. 323.02 Poplawski, N. J. 220.01 Racusin, J. L. 219.08 Peterson, J. 220.05 Portegies Zwart, S. 133.10 Raddick, J. 206.04

134 Author Index Radigan, J. 121.01 328.12 Rogers, l. A. 128.10 Ragland, S. 114.05 Reuillard, M. 405.05 Rogers, L. A. 211.08 Ragozzine, D. 113.03, Rex, M. 319.05 Rojas-Ayala, B. 326.08 128.10, 203.02 Reza, S. A. 331.04 Roman-Duval, J. 129.01 Rahman, N. 130.01 REZAIE, F. 134.09 Román-Zúñiga, C. 130.09 Rajan, A. 328.04 Rho, J. 318.01 Romaniello, M. 305.03 Ramirez, S. 108.08 Rhoades, H. 224.02 Romanova, M. 407.02 Ramírez, S. V. 218.05 Rhoads, J. 228.28 Romelfanger, M. 409.13 Ramsey, L. 205.02 Rice, T. 226.01 Rood, R. T. 125.03 Ramsrud, N. 106.06 Rich, M. 217.05 Rosario, D. 328.04 Randall, S. 228.31 Richards, G. T. 327.09 Rose, L. T. 215.08 Randall, S. W. 228.20, Richards, G. T. 327.10 Rosenfeld, K. 333.11 228.22 Richards, G. T. 327.13, Rosenfield, P. 228.06 Randall, S. W. 408.21 327.14, 408.09 Rosero-Rueda, V. A. Rangelov, B. 410.11, Richards, J. W. 407.18 129.05 410.15 Richardson, J. 120.05, Roshi, D. 321.05, 409.06, Rasia, E. 319.03 229.01 411.03 Rasio, F. A. 228.02 Ridgway, S. 218.03, Rosing, W. 132.02 Rasmussen, J. 119.05 323.06 Rosing, W. 132.04, 224.11 Rathborne, J. 217.02 Ridgway, S. E. 327.08 Ross, N. 206.04 Ravindranath, S. 328.08, Riechers, D. 408.10 Ross, N. 328.09 403.03D Riedel, A. R. 204.02 Rosvick, J. M. 126.08 Rawle, T. 319.05 Riess, A. 113.16, 127.09, Rottler, L. 132.13 Ray, J. 411.03 328.12 Roudjane, M. 134.06 Raychaudhury, S. 130.03 Riess, A. G. 219.01 Rowe, J. 211.02, 218.01 Raymer, E. 225.06, 230.13 Riffeser, A. 113.15 Rowe, J. F. 112.07 Raymond, J. 228.03 Riguccini, L. 408.11 Roy, N. 410.03 Raymond, J. C. 224.16 Rinehart, S. 324.02 Rubin, D. 108.05 Rayner, J. 225.04 Rinehart, S. A. 318.04 Rucker, M. 303.02 Reach, W. 318.01 Rinehart, S. A. 324.01 Rudnick, L. 408.26 Reach, W. T. 129.25 Rines, K. J. 319.01 Ruisard, K. 238.02 Rebull, L. M. 130.08, Risaliti, G. 228.16 Ruiz, A. 408.09 218.05 Risaliti, G. 228.18 Rulon, P. 224.11 Recine, K. A. 127.13 Robb, R. 230.01 Ruprecht, J. 229.07 RECONS Team 328.13 Robert, M. 226.03 Rutherford, J. 219.07 Rector, T. A. 215.06 Roberts, D. H. 327.15 Ryan, J. 132.17 Reddy, N. 403.02 Robertson, A. 128.11 Ryan, J. M. 132.12 Redfield, S. 218.06 Robertson, I. P. 219.06 Ryer, H. 333.09 Redman, S. 205.02 Robey, H. 134.08 Ryu, D. 229.02 Reed, P. A. 122.04 Robitaille, T. 318.07 Saar, S. 205.02 Reeves, K. 322.02 Robitaille, T. P. 108.08 Saar, S. 227.04 Rehm, E. 111.03 Roccatagliata, V. 130.04 Saar, S. H. 133.03 Reid, M. 410.17 Rockosi, C. M. 231.02 Saar, S. H. 205.03, 322.02 Remijan, A. 407.10 Rodney, S. 127.09 Sabbi, E. 133.09 Remillard, R. 132.07, Rodney, S. 328.12 Sada, P. 128.04 201.04 Rodney, S. A. 219.01 Sadeghpour, H. 318.05 Remillard, R. 410.17 Rogel, A. B. 326.05 Sadler, P. M. 315.05 Remington, B. 134.08 Rogers, A. E. E. 229.07, Safi-Harb, S. 228.08 Renzini, A. 217.05 229.08 Sagar, R. 327.03 Rest, A. 113.13, 113.16, Rogers, L. 402.03 Saha, P. 108.04

135 Author Index Sahnow, D. 331.01, 331.12 Schlafly, E. F. 113.06, Sellgren, K. 108.08 Sahu, D. K. 327.03 321.07 Sengupta, P. 320.01 Sahu, K. C. 217.05 Schmelz, J. 224.18, 224.19 Seo, H.-J. 234.03, 234.04 Sajina, A. 327.08 Schmelz, J. T. 213.02 Seon, K.-I. 129.14 Saladyga, M. 126.05, Schmelz, J. T. 224.17 Serabyn, E. 324.01 126.10 Schmelz, J. T. 224.21 Servillat, M. 108.02, Salama, F. 129.16 Schmidt, A. 320.01 108.03, 121.03 Saldanha, R. 210.02 Schmidt, A. C. 320.02 Servillat, M. 122.06 Sallum, S. 224.12, 224.13 Schmidt, B. 410.04 Seth, A. 325.04 Salvato, M. 408.11 Schmidt, S. J. 325.02 Sguera, V. 122.03 Samec, R. G. 230.01 Schmidt, S. J. 326.04 Shao, M. 406.07 Sanchez, R. 333.01 Schmitt, C. 127.03 Shaposhnikov, N. 107.03 Sanchis Ojeda, R. 227.02 Schmitt, H. R. 323.05 Shaw, G. 134.03, 330.06 Sand, D. J. 132.03 Schnee, S. 318.07 Shaya, E. J. 410.01 Sanders, D. 408.11 Schneider, E. 333.11 Shcherbakov, R. 107.01 Sanders, N. 219.02, Schneider, G. 108.07D Sheffer, Y. 134.06 333.11 Schneps, M. 131.03 Shelton, A. 411.03 Sanders, W. T. 219.06 Schneps, M. H. 215.08 Shelton, R. 134.01 Sanderson, R. E. 120.01D Schnerr, R. 121.07 Shelton, R. L. 129.06, Sandquist, E. L. 311.04 Schnittman, J. 107.07 129.07 Sanhueza, P. 130.13 Schoenrich, R. 231.02 Shelton, R. L. 219.06 Sanjuan, J. 331.04 Scholberg, K. 210.03 Shenoy, S. S. 321.06 Sanna, N. 125.03 Scholz, A. 121.02 Sheppard, S. 224.12, Sarajedini, A. 322.09 Schultheis, M. 108.08 224.13 Sarazin, C. L. 228.22 Schultz, D. 134.01 Sherry, W. 130.04 Sargent, A. 226.05 Schultz, D. R. 330.06 Sherry, W. H. 125.05 Sartori, T. 406.06 Schultz, G. 215.05 Shetrone, M. 311.04 Sarzi, M. 206.04, 206.04 Schulz, N. S. 122.05, Shibai, H. 324.01 Sasselov, D. 228.03 134.10, 228.32 Shiokawa, H. 229.08 Sasselov, D. D. 402.02 Schuster, W. 133.06 Shirley, Y. L. 129.09 SATO, B. 128.05 Schwab, C. 409.03 Showman, A. P. 128.04, Sato, K. 219.07 Schwalm, M. 331.14 218.04 Saul, D. 321.04 Schwamb, M. E. 406.06 Shporer, A. 132.04, Savcheva, A. 326.10 Schwartz, D. A. 228.14 211.03, 218.05 Savolainen, R. 228.04 Schwarz, G. 127.13 Shternin, P. S. 320.03 Saxena, P. 224.10 Schwarz, K. 128.11 Shull, J. M. 104.03, Scalzo, R. 408.08 Schwortz, A. C. 333.13 221.03, 314.02 Scarlata, C. 219.01 Scolnic, D. 127.09, 328.12 Sidoli, L. 122.03 Schaefer, B. 204.01 Scott, S. 411.03 Siemion, A. 411.03 Schaefer, G. 218.03, Scoville, N. 408.11 Silverberg, R. 318.04, 230.02, 323.06 Scowen, P. 409.05 324.01, 324.02 Schaefer, M. 204.01 Scuderi, L. 406.05 Silvestri, N. M. 326.07 Schatz, H. 202.03 SDSS3 Collaboration Simcoe, R. A. 325.05 Schawinski, K. 206.01, 328.09 Simcoe, R. A. 326.09 206.03, 206.04, 206.05, Seagar, S. 128.10 Simcoe, R. A. 332.04 206.06, 406.06 Seager, S. 211.05, 211.08, Simionescu, A. 228.20 Schild, R. E. 123.06 402.03, 402.07, 406.01, Simmons, B. 123.02 Schindler, K. 333.07 406.02 Simonetti, J. 122.01 Schinnerer, E. 106.05 SEEDS Team 225.02 Simonsen, M. 103.02, Schlafly, E. 318.03 Seitz, S. 113.15 126.02

136 Author Index Simpson, R. 406.06 Sokolov, I. V. 402.04 Stark, M. A. 122.08 Singleton, J. 320.01, Sollerman, J. 127.11 Starr, D. 226.04 320.02 Somers, J. 224.02 Starr, J. 327.18, 327.19 Sitko, M. 225.04 Song, I.-O. 129.16 Stassun, K. 130.08 Sivakoff, G. 230.09 Sonneborn, G. 127.16, Stassun, K. G. 204.05 Sivaramakrishnan, A. 323.01, 410.16 Stauffer, J. 226.04, 331.11 331.09 Sonnentracker, P. 331.02 Stauffer, J. R. 130.08, Skelly, M. B. 407.11 Sonnentrucker, P. 108.06, 218.05, 226.09 Skibba, R. 328.09 129.10 Stead, J. 129.03 Skinner, G. 328.11 Sonnert, G. 215.08 Steeger, J. 229.08 Skinner, J. N. 127.10 Soria, R. 228.07, 228.12 Steffen, J. H. 203.06 Slane, P. O. 127.16 Soutchkova, G. 331.13 Steger, A. 237.01 Slane, P. O. 201.03 Souza, S. P. 322.01 Steiner, J. 410.17 Slater, S. J. 411.02 Spannagel, R. 331.04 Steiner, J. F. 229.03 Slater, T. F. 411.02 Sparks, R. T. 333.06 Stello, D. 311.04 Slatyer, T. 108.01, 207.03 Sparks, R. T. 333.07 Stencel, R. 126.12, 225.05, Slavin, J. D. 129.25 Sparks, R. T. 333.08 230.05 Slawson, R. W. 303.02 Speck, A. 114.04, 129.22 Stencel, R. E. 103.05, Slosar, A. 206.04 Speck, A. K. 322.04 225.04 Smart, B. 128.11 Spector, A. 331.04, 331.10 Stern, D. 403.02, 403.04, Smartt, S. 113.16, 127.11, Speights, J. 329.07 409.01 328.12 Spergel, D. N. 104.02, Still, M. 211.02 Smith, A. 406.06 233.02 Still, M. D. 303.01 Smith, A. M. 206.01 Spitzbart, B. 125.04 Stine, P. 407.07 Smith, B. 229.04, 332.02 Spizuco, J. 129.11 STING Collaboration Smith, B. J. 322.03 Springel, V. 119.02 130.01 Smith, E. 217.05 Springer, W. 106.06 Stocke, J. T. 332.01 Smith, H. A. 108.08 Springob, C. M. 408.01 Stolovy, S. 108.07D Smith, H. A. 130.03 Spronck, J. 406.06, Stolovy, S. R. 108.08 Smith, H. A. 334.02 409.03 Stone, J. M. 207.04 Smith, H. A. 403.05 Spronck, J. F. P. 406.04 Stone, N. 235.04 Smith, J. C. 227.07 Spruit, H. 223.01 Stoner, R. 326.11 Smith, K. 328.12 Spruit, H. 406.08 Storrie-Lombardi, L. Smith, M. W. 406.01, Sridharan, T. K. 130.10 331.11 406.02 Stacey, G. 314.03 Straizys, V. 133.05 Smith, P. L. 134.04 Stacey, G. J. 129.19 Strauss, M. 408.10 Smith, P. L. 134.06 Staghun, J. 233.01 Street, R. 132.04 Smith, P. M. 230.01 Staguhn, J. 324.01, 324.02 Strolger, L.-G. 219.01 Smith, R. K. 219.06 Stancil, P. 134.01 Struck, C. 229.04 Smith, T. C. 126.01 Stancil, P. C. 134.03 Struck, C. 332.02 Snedden, A. 410.02 Stancil, P. C. 318.05 Stubbs, C. 113.16 Snow, T. P. 129.10 Stancil, P. C. 330.06 Stubbs, C. 328.12 Sobczak, R. 327.18, Stanford, A. 403.04 Stumpe, M. C. 227.07 327.19 Stanimirovic, S. 321.04 Sturm, E. 130.03 Soderberg, A. 113.16 Stanke, T. 330.03 Sturmann, J. 218.03, Soderberg, A. M. 219.02 Stark, A. A. 129.19 226.05, 323.06 Soderberg, A. M. 328.12 Stark, C. C. 218.07, Sturmann, L. 218.03, Sofia, U. J. 129.23 218.08 226.05, 323.06 Sohn, S. T. 133.11 Stark, G. 134.04 Stutz, A. 330.03 Sokoloski, J. 410.13 Stark, G. 134.06 Su, M. 108.01

137 Author Index Subasavage, J. 326.01 ten Brummelaar, T. A. Trouille, L. 123.03 Subasavage, J. P. 204.02 218.03 Troup, N. 326.02 Sukhbold, T. 403.03D Tennant, A. F. 228.07 Trowbridge, S. 219.07 Sulentic, J. W. 327.12 Terebey, S. 130.08 Trump, J. 328.03 Summers, F. 116.03 Terndrup, D. 130.08 Trump, J. R. 317.01 Summers, M. 224.10 Terrell, D. 126.01 Truong, T.-T. 224.02, Sun, M. 228.20 Testa, P. 228.32 224.03 Sun, M. 228.31 Thaddeus, P. 127.17, Trushkin, S. 410.14 Sun, M. 309.02 217.03 Tsai, C.-W. 327.11, 328.10 Sunbury, S. 215.04 Thaller, M. 127.01 Tsang, T. 230.10 Suntzeff, N. B. 127.06 Thom, C. 332.03 Tsantaki, M. 209.04 Surace, J. 130.03 Thomas, D. 206.01, Tsapras, Y. 132.04 Suresh, J. 333.11 206.04, 328.09 Tucker, C. 233.01 SUTO, Y. 128.05 Thompson, D. 132.15 Tueller, J. 115.02, 327.25, Swartz, D. A. 228.07 Thompson, D. M. 131.05 328.11 Sweeney, D. 331.10 Thompson, K. L. 130.07 Tuellmann, R. 228.13 Szalay, A. 131.04 Thompson, S. E. 211.02 Tufts, J. 132.02 Szalay, A. 206.04, 233.04 Thorstensen, J. 127.10 Tufts, J. 132.04 Szalay, A. S. 234.05 Thyagarajan, N. 326.06 Tumlinson, J. 332.03 Szapudi, I. 233.04 Tiet, V. C. 327.05 Turner, D. 322.08 Szymkowiak, A. 409.03 Tilleman, T. 224.12, Turner, D. G. 126.08 Taber, T. M. 322.07 224.13 Turner, J. 128.11 Tafalla, M. 318.07 Tilleman, T. M. 126.07 Turner, J. L. 106.05 Tailor, A. 408.03 Tobin, J. 330.03 Turner, K. 411.04 Tajitsu, A. 127.14 Todorov, K. 0. 128.04 Turner, N. 226.05, 323.06 Takata, J. 320.05 Tofany, B. 205.02 Turner, N. H. 218.03 Tam, P. H. T. 320.05 Tofflemire, B. 325.02 Turner, R. 126.06, 126.12 Tammour, A. 327.23 Tofflemire, B. 326.04 Tussey, J. M. 327.01 Tamura, M. 121.02 Tokarz, S. 125.06 Twarog, B. 133.04 Tanaka, T. 107.08 Tokimasa, N. 224.11 Twicken, J. D. 227.07 Tang, S. 121.03 Tokovinin, A. 409.03 Tycner, C. 323.05 Tanner, A. M. 204.02, Tokunaga, A. 225.04 Ubertini, P. 122.03 328.13 Tolls, V. 330.02 Ulvestad, J. S. 300.01 Tanner, D. 331.10 Tonini, C. 408.02 Unat, O. 215.09 Tanner, D. B. 331.04 Tonry, J. 113.16, 127.09, Unwin, S. 324.01 Tanner, J. 318.07 328.12 Urrutia, T. 327.08 Tappe, A. 226.07 Tonry, J. L. 113.07 Urry, C. 408.08 Tavani, M. 410.14 Tornga, S. 132.12 Urry, C. M. 104.04 Taylor, B. 321.01, 321.02 Torres, G. 112.06, 211.07 Urry, C. M. 123.02 Taylor, E. 408.02 Tourtellotte, S. 204.01 Urry, C. M. 301.04 Taylor, G. 407.17 Towner, A. 128.11 Urry, C. M. 327.02 Taylor, R. 408.22 Townsley, L. 130.04 Urry, M. 206.04 Tchekhovskoy, A. 317.04 Townsley, L. K. 228.10, Usuda, K. 127.01 Tegmark, M. 220.03D, 304.03 Valenti, S. 113.16, 328.12 220.04, 315.01 Treister, E. 206.04 van Belle, G. 323.06 Tellmann, S. 224.09 Tremonti, C. 123.03 van Belle, G. T. 218.03 Temim, T. 127.16 Trichas, M. 408.05, Van Cleve, J. E. 227.07 Templeton, M. R. 126.09 408.09 van Dam, M. 132.14 ten Brummelaar, T. Tripp, T. 332.03 van den Berg, M. 108.02, 226.05, 323.06 Troischt, P. 408.14, 408.20 108.03

138 Author Index van den Berg, M. 122.06 Wagner, M. 411.03 Weigel, C. 408.14 van der Bliek, N. S. 212.01 Wagner, R. M. 127.13 Weiner, B. J. 219.01 Van Der Horst, A. 320.08 Wagner, R. P. 407.09 Weisskopf, M. C. 102.01 van der Klis, M. 320.06 Wagstaff, K. 132.15 Welch, D. L. 126.01 van der Wel, A. 328.02 Walker, A. R. 334.02 Welsh, W. F. 303.02, Van Duyne, J. 123.02 Walker, C. E. 333.06 311.05 Van Eyken, J. C. 218.05 Walker, C. E. 333.08 Welty, D. E. 129.10 van Hamme, W. 230.01 Walker, M. 405.06 Wenger, T. V. 235.02 van Hoof, P. A. M. 134.03, Walker, M. E. 405.02, Werk, J. 332.03 330.06 405.05 Werner, N. 228.20 van Langevelde, H. Walker-LaFollette, A. Werthimer, D. 411.03 219.04D 128.11 Wesner, P. 411.04 vanden Berg, J. 206.04 Walkowicz, L. 205.02 West, A. A. 306.01, 306.03 VandenBerg, D. 311.04 Walkowicz, L. 227.04 West, A. A. 325.01 Varri, A. L. 133.13 Walkowicz, L. M. 227.05 West, A. A. 325.04, 326.06, Vaulin, R. 410.08 Walkowicz, L. M. 306.05 326.07 Vavrek, R. 330.03 Wall, J. V. 317.02 Weston, A. 233.01 Veach, T. 409.05 Wallace, M. 132.12 Weston, J. 410.13 Veillet, C. 133.02 Walter, F. 408.10 Westpfahl, D. 329.07 Veilleux, S. 325.04 Walter, F. M. 204.04 WFC3 Team 331.08 Verdes-Montenegro, L. Walter, F. M. 407.11 Wharton, R. 232.01 119.05 Wang, C.-Y. 129.08 Wheeler, J. C. 127.11 Verschuur, G. L. 321.03 Wang, D. 108.07D Wheeler, J. C. 407.05 Vesperini, E. 133.10, Wang, J. 131.04 WHIMex Science and 133.13 Wang, J. 228.18 Instrument Teams, 221.06 Villforth, C. 328.04 Wang, J. 228.28 White, B. 129.23 Virani, S. 206.04 Wang, J. H. 224.11 White, M. 234.03 Visbal, E. 120.04 Wang, L. 127.06, 407.05 Whitehead, A. J. 133.10 Visco, A. 134.05 Wang, Q. 125.02 Whitehead, M. 411.03 Vlahacos, K. 233.01 Wang, R. 408.10 Whitmire, D. P. 313.01 Vlemmings, W. 219.04D Wang, X. 128.06 Whitney, A. 132.07 VNGS Team 330.04 Wang, X. 233.04 Whitney, B. 225.02 Voelz, D. 407.17 Ward, M. J. 408.04 Whitney, B. 225.05 Vogelsberger, M. 119.01, Ward, M. J. 408.07 Whitney, B. A. 226.09 119.02 Wardle, J. F. 230.11 Whittet, D. 129.11 Voges, W. 228.06 Wardle, J. F. C. 327.15 Whittet, D. C. B. 321.06 Volk, K. 322.04 Wargelin, B. J. 102.03 Whittington, A. 129.22 von Braun, K. 128.03, Wasatonic, R. P. 322.05, Whitworth, C. 132.13 218.03, 218.05, 323.06 407.16 Wiita, P. J. 327.03, 327.18, Vonderharr, T. 127.13 Watson, D. 330.03 327.19 Voytek, T. 410.05 Watson, D. M. 104.05 Wilansky, S. 326.11 Vrba, F. J. 126.07 Watts, G. 411.03 Wilhite, B. C. 408.06 Vrba, F. J. 133.05 Weaver, R. 224.05 Wilkes, B. 123.01 Vygandas, L. 133.05 Webb, J. 322.03 Wilkes, B. J. 228.19 Waagen, E. O. 126.04, Webb, J. 327.04 Williams, B. 230.08 126.05, 126.10 Webster, R. 408.02 Williams, B. F. 228.13 Wade, R. A. 122.07 Wegner, G. A. 236.03 Williams, C. L. 132.05 Wade, R. A. 122.08, Wegner, G. A. 319.04 Williams, K. 311.04 128.07 Wei, J. 127.02 Williamson, M. 407.16 Wagg, J. 408.10 Wei, L. H. 129.13 Willman, B. 334.03,

139 Author Index 400.01 Wright, E. L. 313.02, Zelaya, P. A. 407.05 Willmer, C. 123.04 324.01, 324.03 Zeng, L. 128.10 Willner, S. 123.01 Wright, J. 128.03 Zezas, A. 130.03, 209.04 Willner, S. 130.03 Wright, J. T. 128.06 Zezas, A. 228.18 Willner, S. 228.19 Wright, J. T. 128.07, Zezas, A. 228.29, 403.05 Willner, S. 331.11 133.01 Zhang, S.-N. 301.03 Willott, C. 408.10 Wright, N. 228.27 Zhang, W. 221.07 Willson, L. M. 125.02 Wright, N. J. 133.08, Zhang, W. 409.01 Wilner, D. 324.01 312.01 Zhang, Z. W. 224.11 Wilner, D. J. 121.04 Wu, H. 130.03 Zhao, J. 407.15 Wilner, D. J. 225.01 Wu, X. 123.07 Zhao, M. 128.08 Wilson, R. 127.17 Wu, Y. 134.01 Zhao, P. 108.02, 108.03 Wilson, S. 322.01 Wuyts, S. 328.02 Zhao, P. 122.06 Wilson, T. 407.10 Wyatt, R. 126.06 Zhekov, S. A. 219.08 Wilson-Hodge, C. 230.08 Xiang, J. 410.17 Zheng, W. 331.01, 331.02 Wing, J. 236.02 Xu, C. K. 119.05 Zheng, Z. 120.05 Wing, R. F. 231.03 Xu, C. K. 321.08 Zheng, Z. 228.28 Winkler, P. F. 228.12 Xu, X. 234.03, 234.04 Zheng, Z. 229.01 WINN, J. N. 128.05 Xue, Y. 228.17 Zhu, Q. 107.06, 403.01 Winn, J. N. 227.02 Yajima, H. 403.01 Zhu, Y.-N. 130.03 Winter, L. M. 115.04, Yakovlev, D. G. 320.03 Ziffer, J. 405.02,405.03 , 327.20, 327.25 Yang, B. H. 330.06 405.05, 405.06 Winters, J. G. 204.02, Yanny, B. 231.02 Zoccali, M. 217.05 326.01 Ybarra, J. E. 130.09 ZuHone, J. A. 408.25 WISE, 327.11 Yoon, S.-J. 133.11 Zukin, P. 234.02 Wisniewski, J. P. 225.02 York, B. 331.01, 331.02 Zuluaga, C. 224.11, Wisniewski, J. P. 227.05 York, D. G. 129.10 224.12, 224.13 Wisniewski, J. P. 325.02 Young, D. 333.12 Wisniewski, J. P. 326.04 Young, K. 127.17 Withers, P. 224.09 Young, M. 215.06 Wolfe, M. 331.01 Young, M. 228.17 Wolfe, M. A. 331.02 Young, R. 134.07 Wolk, S. J. 125.04, 128.09 YSOVAR Team 226.04 Wolk, S. J. 226.01, 226.09 Yu, Y. 331.10 Wolk, S. J. 304.04 Yuan, L. 129.04 Wollack, E. 233.01 Yuce, K. 323.02 Wollack, E. 318.04 Yukita, M. 228.07 Wong, O. I. 206.05 Yun, M. 119.05 Wong, T. 130.07 Yung, B. 127.12 Wood-Vasey, M. 328.12 Zacharias, M. I. 409.09 Wood-Vasey, W. 113.16 Zacharias, N. 409.09 Woodward, C. E. 127.13 Zachary, M. 327.12 Wootten, A. 324.01 Zamfir, S. 327.12 Wootten, A. 407.10 Zangari, A. 224.11, Workman, W. 331.13 224.12, 224.13 Worley, B. T. 224.17 Zank, G. P. 129.25 Worrall, D. 228.15 Zastrow, M. 306.03 Worrall, D. M. 228.14 Zdanavicius, J. 133.05 Worrall, D. M. 228.19 Zdanavicius, K. 133.05 Wosti, M. P. 329.03 Zeimann, G. 403.04

140

2011 NOTES

2011 NOTES 6.0 5.5

10.5

10.0

NGC 2023 Image Courtesy Ken Crawford. Alta U9000 camera, RCOS 20” Truss, Paramount ME, Astrodon filters.

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