Shakespeare and Astrology William Bruce Smith
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
The Tragedy of Hamlet
THE TRAGEDY OF HAMLET THE WORKS OF SHAKESPEARE THE TRAGEDY OF HAMLET EDITED BY EDWARD DOWDEN n METHUEN AND CO. 36 ESSEX STREET: STRAND LONDON 1899 9 5 7 7 95 —— CONTENTS PAGE Introduction ix The Tragedy of Hamlet i Appendix I. The "Travelling" of the Players. 229 Appendix II.— Some Passages from the Quarto of 1603 231 Appendix III. Addenda 235 INTRODUCTION This edition of Hamlet aims in the first place at giving a trustworthy text. Secondly, it attempts to exhibit the variations from that text which are found in the primary sources—the Quarto of 1604 and the Folio of 1623 — in so far as those variations are of importance towards the ascertainment of the text. Every variation is not recorded, but I have chosen to err on the side of excess rather than on that of defect. Readings from the Quarto of 1603 are occa- sionally given, and also from the later Quartos and Folios, but to record such readings is not a part of the design of this edition. 1 The letter Q means Quarto 604 ; F means Folio 1623. The dates of the later Quartos are as follows: —Q 3, 1605 161 1 undated 6, For ; Q 4, ; Q 5, ; Q 1637. my few references to these later Quartos I have trusted the Cambridge Shakespeare and Furness's edition of Hamlet. Thirdly, it gives explanatory notes. Here it is inevitable that my task should in the main be that of selection and condensation. But, gleaning after the gleaners, I have perhaps brought together a slender sheaf. -
Reinhold, Renee 24016 Thompson.Pdf (578.0Kb)
Renee J. Reinhold Capstone Abstract Technology In Education The Teacher Education Program at Northern Illinois University is typically divided into two sections: the methods courses/teacher preparation semesters, and the actual sixteen-week student teaching experience. This unintentional separation often leaves the students in the prepatory semesters apprehensive about what is actually going to ,happen when they are student teaching. The student teachers themselves also feel somewhat alienated from the program due to being off-campus. This research project presents a model of how to connect the two divided segments of the Elementary Education program through telecommunica~s. Students from CIEE 344 were used to complete the model. These pre~ semester students searched tools available on the internet to coincide with a thematic unit I was planning for my third grade student teaching experience. In the end, this model grew into not only using the information sent via electronic mail, but also evolved into a technological experience for the children. The third graders learned the basic searching mechanisms on the internet to complete cooperative reports on planets which were shared with the class. ~, HONORS 1HESIS ABSTRAcr nmsIS SUBMISSION FORM Aln1IOR:Renee Jean Reinhold THESISTITLE: "Technology in Education ADVISOR: Dr. Tom Thompson ADVISOR'SDEPT: Curriculum s Inst. DISCIP~: Science Curriculum and Instruction YEAR: 1996 PAGE LENGTH: BmLIOGRAPHY: yes ILLUSTRATED: no PUBUSHED (YES OR NO): no LIST PUBLICAnON: no COPIES AVAllABLE (HARD COPY. MICROFILM. DISKETIE): 4 ABSTRACf (100-200 WORDS): See Attached AlAY 10 19!6 Student name:.~R_e.u.n_e_e--W.J..•.,--Aolo"""''''''''~~-= _ Approved by: Department of: Curriculum and Instruction Date: April 29, 1996 / Technology In Education I. -
Reading Practice Quiz List Report Page 1 Accelerated Reader®: Thursday, 05/20/10, 09:41 AM
Reading Practice Quiz List Report Page 1 Accelerated Reader®: Thursday, 05/20/10, 09:41 AM Holden Elementary School Reading Practice Quizzes Int. Book Point Fiction/ Quiz No. Title Author Level Level Value Language Nonfiction 661 The 18th Emergency Betsy Byars MG 4.1 3.0 English Fiction 7351 20,000 Baseball Cards Under the Sea Jon Buller LG 2.6 0.5 English Fiction 11592 2095 Jon Scieszka MG 4.8 2.0 English Fiction 6201 213 Valentines Barbara Cohen LG 3.1 2.0 English Fiction 30629 26 Fairmount Avenue Tomie De Paola LG 4.4 1.0 English Nonfiction 166 4B Goes Wild Jamie Gilson MG 5.2 5.0 English Fiction 9001 The 500 Hats of Bartholomew CubbinsDr. Seuss LG 3.9 1.0 English Fiction 413 The 89th Kitten Eleanor Nilsson MG 4.3 2.0 English Fiction 11151 Abe Lincoln's Hat Martha Brenner LG 2.6 0.5 English Nonfiction 61248 Abe Lincoln: The Boy Who Loved BooksKay Winters LG 3.6 0.5 English Nonfiction 101 Abel's Island William Steig MG 6.2 3.0 English Fiction 13701 Abigail Adams: Girl of Colonial Days Jean Brown Wagoner MG 4.2 3.0 English Nonfiction 9751 Abiyoyo Pete Seeger LG 2.8 0.5 English Fiction 907 Abraham Lincoln Ingri & Edgar d'Aulaire 4.0 1.0 English 31812 Abraham Lincoln (Pebble Books) Lola M. Schaefer LG 1.5 0.5 English Nonfiction 102785 Abraham Lincoln: Sixteenth President Mike Venezia LG 5.9 0.5 English Nonfiction 6001 Ace: The Very Important Pig Dick King-Smith LG 5.0 3.0 English Fiction 102 Across Five Aprils Irene Hunt MG 8.9 11.0 English Fiction 7201 Across the Stream Mirra Ginsburg LG 1.2 0.5 English Fiction 17602 Across the Wide and Lonesome Prairie:Kristiana The Oregon Gregory Trail Diary.. -
Download This Issue
WINTER 2018-19 COLUMBIA MAGAZINE COLUMBIA COLUMBIA MAGAZINE WINTER 2018-19 4.18_Cover_F.indd 1 11/14/18 12:17 PM Check in with Columbia everyevery dayday Visit the brand-new magazine.columbia.edu to fi nd the latest research, compelling stories, alumni news, and more @ColumbiaMag @columbiamag @columbiamagazine 4.18_AD_Columbia-Magazine_F.indd 1 11/14/18 4:28 PM WINTER 2018-19 PAGE 30 CONTENTS FEATURES 12 UPPER WEST SIDE STORIES The little-known tale of two Columbia teachers and the classes that inspired J.D. Salinger, Truman Capote, Carson McCullers, and a generation of American writers By Paul Hond 18 BULLET POINTS Anger. Fear. Frustration. Hope? A year in the life of a reporter on the front lines of America’s gun-violence epidemic. By Jennifer Mascia ’07JRN 24 CORE CURRICULUM What deep-sea sediment can tell us about climate change By David J. Craig and Jackie Roche 30 LEAP OF FAITH Dancer Michael Novak ’09GS has been cast in the role of a lifetime — Paul Taylor’s successor By Rebecca Shapiro 36 THE SCIENCE OF HEALTHY AGING A Q&A with Linda P. Fried on the secrets to living a longer, healthier, and happier life By David J. Craig COVER ILLUSTRATION BY JASU HU CREATIVE / LASPATA DECARO / LASPATA CREATIVE COLUMBIA WINTER 2018-19 1 4.18_Contents.indd 1 11/15/18 1:06 PM COLUMBIA CONTENTS MAGAZINE DEPARTMENTS Executive Vice President, 3 University Development & Alumni Relations FEEDBACK Amelia Alverson Deputy Vice President for Strategic Communications 6 Jerry Kisslinger ’79CC, ’82GSAS COLLEGE WALK They Shall Be Rereleased \ The Short List \ The Forum Sets Sail \ Through the Future, Editor in Chief Sally Lee Darkly \ In Memoriam LBB Art Director 40 Len Small EXPLORATIONS Managing Editor New smart helmet could spot concussions in Rebecca Shapiro PAGE real time \ What fi sh can teach us about our 36 Senior Editors powers of perception \ New fl ight routes save David J. -
Street Name Street Suffix Direction AARON AL ABBEY HILL ABBIE PL
Street Name Street Suffix Direction AARON AL ABBEY HILL ABBIE PL ABBINGTON RIDGE ABBOTT LN ABBOTT ST ABBOTTSFORD AVE ABBOTTSFORD ST ABBY CT ABELIA CT ABILENE TL ABINGTON AVE ACADEMY AVE ACCESS PL ACKLEY RD ACOMB AVE ACORN DR ACRE DR ACREVIEW DR ACREWOOD DR ACTON CT ADA ST ADAIR CT ADAMS AVE ADAMS RD ADAMS ST ADAMS CREEK DR ADAMS CROSSING ADAMS RIDGE DR ADDICE WY ADDINGHAM PL ADDISON ST ADDYSTON ST ADELAIDE ST ADELLE WALK ADELPHI ST ADENA TL ADMIRAL CT ADNORED CT ADONY AVE ADVANCE AVE ADVENTURE LN ADWOOD DR AFFINITY DR AFFINITY PL AFFIRMED DR AFTON AVE AGNES ST AHRENS ST AHWENASA LN AIKENSIDE AVE AINSWORTH CT AIRPORT RD AIRY CT AIRYCREST LN AIRYMEADOWS DR AIRYMONT CT AKOCHIA AVE AKRON AVE ALABAMA AVE ALAMO AVE ALAMOSA DR ALASKA AVE ALASKA CT ALBA CT ALBANO ST ALBANY TE ALBERLY LN ALBERT PL ALBERT ST ALBERT SABIN WY ALBERTS CT ALBION AVE ALBION LN ALBION PL ALBRIGHT DR ALCLIFF LN ALCOR TE ALCOTT LN ALDBOUGH CT ALDEN AL ALDER LN ALDERMONT CT ALDINE DR ALDON LN ALDRICH AVE ALEX AVE ALEXANDER ST ALEXANDRAS OAK CT ALEXANDRAS RIDGE DR ALEXIS RD ALFRED ST ALGIERS DR ALGONA PL ALGONQUIN DR ALGUS LN ALHAMBRA CT ALICE ST ALICEMONT AVE ALJOY CT ALLAIRE AVE ALLEGHENY DR ALLEGRO CT ALLEN AVE ALLENCREST CT ALLENDALE DR ALLENDORF DR ALLENFORD CT ALLENHAM ST ALLENHURST BV E ALLENHURST BV W ALLENHURST CLOSE CT ALLENWOOD CT ALLET AVE ALLIANCE RD ALLISON AVE ALLISON ST ALLSTON ST ALLVIEW CR ALLVIEW CT ALMA ST ALMAHURST CT ALMESTER DR ALMS PL ALNETTA DR ALOMAR DR ALPHA ST ALPHONSE LN ALPINE AVE ALPINE PL ALPINE TE ALTA AVE ALTA VISTA AVE ALTADENA AVE ALTAVIEW -
Uranus, Neptune and Pluto
Modern Astronomy: Voyage to the Planets Lecture 8 The outer planets: Uranus, Neptune and Pluto University of Sydney Centre for Continuing Education Autumn 2005 Tonight: • Uranus • Neptune • Pluto and Chiron • The Voyager missions continue (or not?) The only mission to fly to the outer planets was Voyager 2. After leaving Saturn in August 1981, Voyager arrived at Uranus in January 1986, then flew on past Neptune in August 1989. It then swung down below the ecliptic and headed into interstellar space. Uranus Uranus was discovered in 1781 by William Herschel, musician and amateur astronomer. Herschel became the first person in recorded history to discover a new planet, at a stroke doubling the size of the known Solar System. In fact, Uranus had been detected, mistaken for a star, on 22 occasions during the preceding century, including by John Flamsteed, the first Astronomer Royal, who called it 34 Tauri. Basic facts Uranus Uranus/Earth Mass 86.83 x 1024 kg 14.536 Radius 25,559 km 4.007 Mean density 1.270 g/cm3 0.230 Gravity (eq., 1 bar) 8.87 m/s2 0.905 Semi-major axis 2872 x 106 km 19.20 Period 30 685.4 d 84.011 Orbital inclination 0.772o - Orbital eccentricity 0.0457 2.737 Axial tilt 97.8o 4.173 Rotation period –17.24 h 0.720 Length of day 17.24 h 0.718 Uranus shows an almost totally featureless disk. Even Voyager 2 at a distance of 80,000 km saw few distinguishable features. Uranus’ atmosphere is made up of 83% hydrogen, 15% helium, 2% methane and small amounts of acetylene and other hydrocarbons. -
Faculty Creative Works 2016
Faculty Creative Works 2016 Jody Bailey, Editor Michelle Reed, Editor Mavs Open Press 2017 Faculty Creative Works 2016 This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License. To view a copy of this license, visit: http://creativecommons.org/licenses/by-nc/4.0/ or send a letter to: Creative Commons PO Box 1866 Mountain View, CA 94042 USA Book design by Kyle Pinkos Published by: Mavs Open Press University of Texas at Arlington Libraries 702 Planetarium Place Arlington, TX 76019 Faculty Creative Works 2016 Introduction he Libraries of the University of Texas at Arlington are pleased to host the ninth annual UTA Celebration of Faculty Creative Works. This event showcases the art, books, juried exhibits, music, Tmedia, patents, and journal contributions of UTA faculty in 2016. The Libraries initiated this event to shine a spotlight on the impressive depth and breadth of scholarship and creativity produced by UTA faculty. These scholars are achieving unprecedented excellence in research, teaching, and community engagement. 1 Each year the number of scholars we honor grows. This year we have a 25% increase in faculty scholarly citations and have grown to represent over 400 faculty. We congratulate the colleagues represented in these pages and on the Faculty Creative Works website at library.uta.edu/fcw. Their work epitomizes the high standards of excellence and the growth of research activity at UTA. Rebecca Bichel UTA Libraries Dean Faculty Creative Works 2016 Contents Introduction 1 College of Architecture, Planning and Public Affairs 3 College of Business 6 College of Education 14 2 College of Engineering 19 College of Liberal Arts 52 College of Nursing and Health Innovation 77 College of Science 83 School of Social Work 115 Libraries 123 Acknowledgments 128 Index 129 Faculty Creative Works 2016 College of Architecture, Planning and Public Affairs Nan Ellin, Dean Holliday, Kate, et al. -
Chapter Xii Individual Membership by Commission
Transactions IAU, Volume XXVIIB Proc. XXVII IAU General Assembly, August 2009 c 2010 International Astronomical Union Ian F. Corbett, ed. DOI: 00.0000/X000000000000000X CHAPTER XII INDIVIDUAL MEMBERSHIP BY COMMISSION 419 420 CHAPTER XII Division I Commission 4 Ephemerides President Kaplan, George Vice-President Hohenkerk, Catherine Organizing Committee Arlot, Jean-Eudes Folkner, William Urban, Sean Bangert, John Lara, Martin Vondr´ak,Jan Bell, Steven Pitjeva, Elena Members Abalakin, Viktor Hilton, James Olivier, Enrico Ahn, Youngsook Howard, Sethanne Reasenberg, Robert Aoki, Shinko Ilyas, Mohammad Rodin, Alexander Arakida, Hideyoshi Ivantsov, Anatoliy Rossello, Gaspar Bandyopadhyay, A. Janiczek, Paul Salazar, Antonio Capitaine, Nicole Johnston, Kenneth Schwan, Heiner Chapront, Jean Kinoshita, Hiroshi Seidelmann, P. Chapront-Touze, Michelle Klepczynski, William Shapiro, Irwin Coma, Juan Kolaczek, Barbara Shiryaev, Alexander Cooper, Nicholas Krasinsky, George Shuygina, Nadia de Greiff, J. Laskar, Jacques Simon, Jean-Louis Di, Xiaohua Lehmann, Marek S^oma,Mitsuru Dickey, Jean Lieske, Jay Standish, E. Duncombe, Raynor Lopez Moratalla, Teodoro Thuillot, William Dunham, David Lukashova, Marina Ting, Yeou-Tswen Eroshkin, Georgij Madsen, Claus Vilinga, Jaime Fiala, Alan Majid, Abdul Wang, Xiao-bin Fienga, Agn`es Mallamaci, Claudio Wielen, Roland Fominov, Aleksandr Emelyanenko, Yoshimitsu Wilkins, George Fu, Yanning Morrison, Leslie Williams, Carol Giorgini, Jon Mueller, Ivan Williams, James Glebova, Nina Newhall, X. Winkler, Gernot Harper, David -
Hamlet, Two of King Lear, Henry V, Romeo and Juliet, and Others
Folger Shakespeare Library https://shakespeare.folger.edu/ Get even more from the Folger You can get your own copy of this text to keep. Purchase a full copy to get the text, plus explanatory notes, illustrations, and more. Buy a copy Contents From the Director of the Folger Shakespeare Library Front Textual Introduction Matter Synopsis Characters in the Play Scene 1 Scene 2 ACT 1 Scene 3 Scene 4 Scene 5 Scene 1 ACT 2 Scene 2 Scene 1 Scene 2 ACT 3 Scene 3 Scene 4 Scene 1 Scene 2 Scene 3 ACT 4 Scene 4 Scene 5 Scene 6 Scene 7 Scene 1 ACT 5 Scene 2 From the Director of the Folger Shakespeare Library It is hard to imagine a world without Shakespeare. Since their composition four hundred years ago, Shakespeare’s plays and poems have traveled the globe, inviting those who see and read his works to make them their own. Readers of the New Folger Editions are part of this ongoing process of “taking up Shakespeare,” finding our own thoughts and feelings in language that strikes us as old or unusual and, for that very reason, new. We still struggle to keep up with a writer who could think a mile a minute, whose words paint pictures that shift like clouds. These expertly edited texts are presented to the public as a resource for study, artistic adaptation, and enjoyment. By making the classic texts of the New Folger Editions available in electronic form as The Folger Shakespeare (formerly Folger Digital Texts), we place a trusted resource in the hands of anyone who wants them. -
Uranus' Moon Titania 6 July 2015, by Matt Williams
Uranus' moon Titania 6 July 2015, by Matt Williams than Herschel would observe them. In addition, Titania would be referred to as "the first satellite of Uranus" for many years – or by the designation Uranus I, which was given to it by William Lassell in 1848. By 1851, Lassell began to number all four known satellites in order of their distance from the planet by Roman numerals, at which point Titania's designation became Uranus III. By 1852, Herschel's son John, and at the behest of Lassell himself, suggested the moon's name be changed to Titania, the Queen of the Fairies in A Midsummer Night's Dream. This was consistent with all of Uranus' satellites, which were given names from the works of William Shakespeare and Alexander Pope. Voyager 2 image of Titania, Uranus’ largest moon. Credit: NASA Size, Mass and Orbit: With a diameter of 1,578 kilometers, a surface area of 7,820,000 km² and a mass of 3.527±0.09 × Like all of the Solar Systems' gas giants, Uranus 1021 kg, Titania is the largest of Uranus' moons has an extensive system of moons. In fact, and the eighth largest moon in the Solar System. At astronomers can now account for 27 moons in a distance of about 436,000 km (271,000 mi), orbit around Uranus. Of these, none are greater in Titania is also the second farthest from the planet size, mass, or surface area than Titania. One of of the five major moons. the first moon's to be discovered around Uranus, this heavily cratered and scarred moon was Titania's moon also has a small eccentricity and is appropriately named after the fictional Queen of inclined very little relative to the equator of Uranus. -
A Critical Study of Various Theories on the References to Astrology and Cosmology in the Plays of Shakespeare
A Critical Study of Various Theories on the References to Astrology and Cosmology in the Plays of Shakespeare Alana Merritt Mahaffey, M.L.A. Candidate Mentor: Dr. Clint Atchley William Shakespeare (1564-1616) lived and wrote during a period when the dynamics of English thought were in flux due to both the Renaissance and the Reformation. Discoveries made during that time, bolstered by the theories of a few independent thinkers and scientists, began to dismantle, and subsequently rebuild, ideas of order and human place in the Chain of Being. References in Shakespeare‟s works to astronomy, astrology, and cosmology reflect the popular ideas of his day, which were steadfastly opposed to the scientific ideas surfacing at that time. With an impressive understanding of astronomy and cosmology, it is very likely that Shakespeare was familiar with the new scientific explanations of the heavens, but his use of astronomy in his plays adheres to the popular, albeit flawed, beliefs to which Elizabethans held fast. For the purposes of this paper, astronomy will refer to the science of the constitution and rotation of the planets, their moons, and the Sun and stars; astrology will refer to the belief system that evolved from the scientific study of celestial bodies which was utilized to explain and predict the influence of the stars, planets, Moon, and Sun on humans and human events. Cosmology, a branch of astrology, will refer to the collective ideas of the origins and structure of the solar system. By reviewing the astronomical and cosmological theories and discoveries during his time, and by comparing them to the established beliefs of most Elizabethans, it will be shown how masterfully references to the heavens were used by Shakespeare to further theme, metaphor, and character and not, as some have speculated, to further his own opinions on the popular theories of astronomy and cosmology of his day. -
Uranus System: 27 Satellites, Rings
Uranus System: 27 Satellites, Rings 1 27 Uranian Satellites Distance Radius Mass Satellite (000 km) (km) (kg) Discoverer Date --------- -------- ------ ------- ---------- ----- Cordelia 50 13 ? Voyager 2 1986 Ophelia 54 16 ? Voyager 2 1986 Bianca 59 22 ? Voyager 2 1986 Cressida 62 33 ? Voyager 2 1986 Desdemona 63 29 ? Voyager 2 1986 Juliet 64 42 ? Voyager 2 1986 Portia 66 55 ? Voyager 2 1986 Rosalind 70 27 ? Voyager 2 1986 Cupid (2003U2) 75 6 ? Showalter 2003 Belinda 75 34 ? Voyager 2 1986 Perdita 76 40 ? Voyager 2 1986 Puck 86 77 ? Voyager 2 1985 Mab (2003U1) 98 8 ? Showalter 2003 Miranda 130 236 6.30e19 Kuiper 1948 Ariel 191 579 1.27e21 Lassell 1851 Umbriel 266 585 1.27e21 Lassell 1851 Titania 436 789 3.49e21 Herschel 1787 Oberon 583 761 3.03e21 Herschel 1787 Francisco 4281 6 ? Holman 2003 Caliban 7169 40 ? Gladman 1997 Stephano 7948 15 ? Gladman 1999 Trinculo 8578 5 ? Holman 2001 Sycorax 12213 80 ? Nicholson 1997 Margaret 14689 6 ? Sheppard 2003 Prospero 16568 20 ? Holman 1999 Setebos 17681 20 ? Kavelaars 1999 Ferdinand 21000 6 ? Sheppard 2003 2 Uranian Satellites Oberon Titania Umbriel Miranda Ariel Puck 3 Uranian and Saturnian Satellites Distance Radius Mass Satellite (000 km) (km) (kg) Discoverer Date Epimetheus 151 57 5.60e17 Walker 1980 Puck 86 77 ? Voyager 2 1985 Janus 151 89 2.01e18 Dollfus 1966 Phoebe 12952 110 4.00e18 Pickering 1898 Hyperion 1481 143 1.77e19 Bond 1848 Mimas 186 196 3.80e19 Herschel 1789 Miranda 130 236 6.30e19 Kuiper 1948 Enceladus 238 260 8.40e19 Herschel 1789 Tethys 295 530 7.55e20 Cassini 1684 Dione 377 560 1.05e21 Cassini 1684 Ariel 191 579 1.27e21 Lassell 1851 Umbriel 266 585 1.27e21 Lassell 1851 Iapetus 3561 730 1.88e21 Cassini 1671 Oberon 583 761 3.03e21 Herschel 1787 Rhea 527 765 2.49e21 Cassini 1672 Titania 436 789 3.49e21 Herschel 1787 Titan 1222 2575 1.35e23 Huygens 1655 4 Uranian Satellites Distance Radius Mass Density Inc.