61. Maria Goeppert Mayer The discovery and application of the nuclear shell model, for which maria GoeppertMayer received the nobel Prize in 1963, together with Jensen, was one of the http://flux.aps.org/meetings/BAPSMAY96/abs/S1120002.html

Previous abstract Next abstract Session K5 - Contributions of Women to Physics. INVITED session, Saturday morning, May 04 Room 105, [K5.02] Maria Goeppert Mayer Steven A. Moszkowski (University of California, Los Angeles) Part K of program listing

62. Some Scientists And Their Accomplishments maria Goeppert Mayer was awarded the nobel Prize for her theory of nuclearshell structure. She was one of my professors in graduate school. http://www.geocities.com/cherzenberg/scientists.html

Some Scientists and their Accomplishments "Knowledge is an attitude, a passion. Actually an illicit attitude. For the compulsion to know is just like dipsomania, erotomania, homicidal mania, in producing a character that is out of balance. It is not at all true that the scientist goes after truth. It goes after him. It is something he suffers from." - attributed to Soren Kierkegaard by Francis Wilkins, quoted with reservation in The Eighth Day of Creation, p. 97. A case can be made for scientific biography as the basic humanistic discipline associated with the sciences. Here are some resources about the lives and accomplishments of some well-known and not-so-well-known scientists: William Thomson (Lord Kelvin) was one of the greatest of all nineteenth century physicists. He was also one of my distant cousins to whom I am related to through my paternal grandmother, Elise Thomson Stuart, and her mother, Jane Watt Thomson. (I think that James Watt , the Scottish engineer whose improved engine design first made steam power practicable, may also be a relative through Jane Watt Thomson, but I'm not sure about that, - it remains to be determined.) Here's a photograph of William Thomson, Lord Kelvin

63. Encyclopædia Britannica maria Goeppert Mayer nobel Foundation Biography of this Germanborn scientist awardedthe nobel Prize in Physics, in 1963, for discoveries concerning nuclear http://search.britannica.com/search?query=Maria Goepper Mayer

64. Women And Mathematics August Contest Upon receiving news that she will be awarded the nobel Prize, maria GoeppertMayer is said to have responded by saying one of the following. http://www.pims.math.ca/education/2001/women/aug/

"For a long time I have considered even the craziest ideas about atom nucleus..." After Marie Curie, only the second woman to recieve the Nobel Prize. Who was this woman? ENTER THE AUGUST CONTEST BELOW and learn about Maria Goeppert Mayer In each of the monthly Women and Mathematics contests you are introduced to a fascinating personality. The contest involves a brief web-based biographical research on the life of a famous woman who made major contributions to the mathematical sciences. The correct entries will participate in a monthly draw for a prize. THE CONTEST IS OPEN TO ALL INTERNATIONALLY! To take part in the August Contest , answer the three multiple choice questions and the mathematical problem solving question below. You are provided with a list of resources at the end of the page to aid your research. String together your answers to give a single integer. TO ENTER THE CONTEST PLEASE SUBMIT THIS NUMBER ONLY. ANSWER THE FOLLOWING QUESTIONS Question 1 What was Friedrich Goeppert's profession? 1). Mathematician

65. Maria Goeppert Mayer Quotations maria Goeppert Mayer. Women's Voices Quotations by Women Quote collection assembledby Jone Johnson Lewis. On winning the nobel Prize in Physics, 1963 Winning http://womenshistory.about.com/library/qu/blqumaye.htm

zfp=-1 About History Women's History Search in this topic on About on the Web in Products Web Hosting in partnership with Women's History with Jone Johnson Lewis Your Guide to one of hundreds of sites Home Articles Forums ... Help zmhp('style="color:#fff"') This Week's Articles tod('tih'); Today in History Daily Quiz tod('pod'); Picture of the Day Special Subscription Offers Subscribe Now Choose One: Subscribe Customer Service Subjects Essentials/Basics Biographies World: by Place Time: By Era ... All articles on this topic Stay up-to-date! Subscribe to our newsletter. Advertising Free Credit Report Free Psychics Advertisement Maria Goeppert Mayer Women's Voices: Quotations by Women Quote collection assembled by Jone Johnson Lewis On winning the Nobel Prize in Physics, 1963: Winning the prize wasn't half as exciting as doing the work itself. More Quotations - Indexed by Name All A B C ... Z Explore Women's History: Article: Women's Voices Primary Sources Biographies Today in Women's History ... Email this page! Sponsored Links See Your Family History at OneGreatFamily Find and research your family tree with the help of others around the world. Meet relatives, see what research is done, and receive automated help. Eveyone works on the same family tree - 7-day trial. http://www.onegreatfamily.com/

66. Goeppert-Mayer, Maria (born Goeppert) goeppertmayer, maria (born Goeppert) (1906-1972). She shared the 1963Nobel Prize for Physics with Eugene Wigner and Hans Jensen. http://www.cartage.org.lb/en/themes/Biographies/MainBiographies/G/Goeppert-Mayer

Goeppert-Mayer, Maria (born Goeppert) German-born US physicist who studied the structure of the atomic nucleus. Her explanation of the stability of particular atoms 1948 envisaged atomic nuclei as shell-like layers of protons and neutrons, with the most stable atoms having completely filled outermost shells. She shared the 1963 Nobel Prize for Physics with Eugene Wigner and Hans Jensen In 1945, Goeppert-Mayer developed a 'little bang' theory of cosmic origin with US physicist Edward Teller to explain element and isotope abundances in the universe. This led her to study the stability of nuclei. In 1948, she published evidence of the special stability of the following numbers of protons and neutrons: 2, 8, 20, 50, 82 and 126. These are commonly called magic numbers. She and Jensen independently proposed a shell model, and in 1955 they wrote a book together, Elementary Theory of Nuclear Shell Structure.

67. Capitolo 4 Paragrafo5 Translate this page maria Goeppert Mayer (1906 - 1972). ricerca sui quanti, così ottenne il dottoratodi ricerca in fisica teorica nel 1930, sotto la guida dei nobel Max Born http://www.ips.it/scuola/concorso_99/profumo/c5par2.htm

Maria Goeppert Mayer Nata a Kattowitz, in Germania, frequentò l'Università di Gottingen, dove il padre insegnava pediatria. Il suo progetto giovanile era di dedicarsi alla matematica, ma ben presto subì il fascino della fisica e della nascente ricerca sui quanti, così ottenne il dottorato di ricerca in fisica teorica nel 1930, sotto la guida dei Nobel Max Born, James Franck e Adolf Windaus. Durante questo periodo conobbe un ricercatore americano che si occupava di fisica-chimica a Gottingen con James Franck: Joseph Edward Mayer. Si sposarono e andarono a vivere a Baltimora, dove Joseph aveva ottenuto una cattedra alla Johns Hopkins University. Negli anni della seconda guerra mondiale i coniugi Mayer lavorarono entrambi nei laboratori della Columbia University alla separazione degli isotopi dell'uranio, ricerca pubblicata nel 1940. Dopo la guerra Maria ottenne una cattedra di fisica all'Istituto per gli studi nucleari dell'Università di Chicago, dove avviò una ricerca attorno al modello della struttura nucleare. La Mayer ipotizzò per il nucleo una struttura a guscio, un modello analogo a quello degli elettroni attorno al nucleo. Per tale ricerca vinse il premio Nobel nel 1963, insieme a Hans Daniel Jensen. Giunta alla notorietà, incoraggiò in ogni modo le giovani ricercatrici ad intraprendere una carriera scientifica. Insegnava all'Università di San Diego (California) mentre continuava le sue ricerche di fisica nucleare, era membro dell'Accademia Nazionale delle Scienze e della Philosophical Society degli Stati

68. :::::: Nobel Prize Women In Science :::::: achievements of 15 women scientists who either won a nobel Prize or Gerty RadnitzCori, Irene JoliotCurie, Barbara McClintock, maria Goeppert Mayer, Rita Levi http://mcgrayne.net/book2.html

Home Bio Contact Books: Prometheans in the Lab Nobel Prize Women in Science Iron, Nature's Universal Element Nobel Prize Women in Science: Their Lives, Struggles, and Momentous Discoveries Joseph Henry Press, National Academy of Sciences, 2001 Second expanded edition, $19.95 (451 pp.) ISBN 0-309-07270-0 Trade paperback Since 1901, more than 500 men have won science Nobel Prizes. Only ten women scientists - fewer than two percent of the total - have won Nobels. Why? This book explores the reasons for this enormous disparity by examining the lives and achievements of 15 women scientists who either won a Nobel Prize or came very close. The biographies are based on personal interviews with all the featured women who were alive at the time and with more than 250 of their close associates. The 15 women are: Marie Curie, Lise Meitner, Emmy Noether, Gerty Radnitz Cori, Irene Joliot-Curie, Barbara McClintock, Maria Goeppert Mayer, Rita Levi-Montalcini, Dorothy Crowfoot Hodgkin, Chien-Shiung Wu, Gertrude Elion, Rosalind Franklin, Rosalyn Yalow, and Christiane Nuesslein-Volhard. Reviews "Recommended reading."

69. Goeppert When maria Goeppert Mayer won the nobel Prize for Physics in 1963 she became onlythe second US woman ever to a nobel Prize, and the first US woman to do so in http://www.qerhs.k12.nf.ca/projects/physics/goeppert.html

Maria Goeppert Mayer Nobelist Maria Goeppert Mayer, shared the 1963 Nobel Prize in physics for her research on the shell model of the atomic nucleus. Maria was born on June 28th, 1906, in Kattowitz, Upper Silesia, then Germany, the only child of Friedrich Goeppart and his wife maria, nee Wolff. On her father's side, she is the seventh straight generation of university professors. In 1910 her father went as a professor of Pediatrics to Gottingen where she spent most of her life until marriage. She went to private and public schools in Gottingen and had the great privilege to have very good teachers. It was somehow never discussed, but taken for granted by her parents as well as herself that she would go to the University. Yet, at the time it was not exceptionally easy for a woman to do so. In Gottingen there was only a privately endowed school which prepared girls for the entrance examination for the university. The school closed it's doors during the time of the inflation, but the teachers continued to give instructions to the pupils. Maria Goeppert finally took the abitur examination in Hannover, in 1924

70. Trecento Nobel, Solo Dieci Donne Translate this page difficult situations, each of the ten nobel prize women reacted in differentways, and, to represent them, we chose two stories. maria GOEPPERT MAYER. http://www.castfvg.it/articoli/varie/ricerca/300nobel.htm

"TRECENTO NOBEL, SOLO DIECI DONNE" di Stefania Maurizi pubblicato da "Tuttoscienze" de " La Stampa" il 19 dicembre 2001 S fogliando l'album dei vincitori del Nobel, in occasione del primo centenario del premio, ci ritroviamo a sperare che l'Accademia di Svezia abbia tradito gli slanci della buonanima di Alfred Nobel, perché, se come egli voleva, i suoi premi sono andati a tutte le grandi menti dell'umanità, senza omissioni, per noi donne il bilancio è pesantissimo. A fronte di oltre trecento Nobel per la scienza vinti dagli uomini, dieci donne hanno ottenuto undici premi: due per la fisica: Marie Curie (1903) e Maria Mayer (1963) ; tre per la chimica: Marie Curie (1911), Irene Joliot-Curie (1935) e Dorothy Hodgkin (1964) ed, infine, cinque per la medicina: Gerty Cory (1947), Rosalyn Yalow (1977), Barbara Mc Clintock (1983), Rita Levi-Montalcini (1986), Gertrude Elion (1988), Christiane Nusslein-Volhard (1995) V anno meglio le cose in altri settori: riscattiamo, infatti, la miseria dei due Nobel per la fisica con la santità dei dieci per la pace. Ma, evitando toni piagnucolosi e sarcastici, ci limitiamo ad esporre alcuni fatti interessanti. L a battaglia delle europee per il diritto all'istruzione universitaria non fu uno scherzo. In Germania, fino al 1908, per frequentare le università come uditrici, le donne dovevano ottenere il permesso dei titolari dei corsi, il che era un grosso progresso: nel passato dovevano scomodare il ministro dell'educazione. Ad Oxford, negli anni'30, le chimiche potevano frequentare le "general sessions", ma non i club in cui si discuteva di ricerca avanzata.

71. A Translate this page second woman after Marie Curie to be awarded this nobel prize. At her time the atomicnucleus was seen as a diffuse mass, but maria Goeppert Mayer noticed that http://www.bmbwk.gv.at/extern/women/f_08.htm

Maria Goeppert Maier (1906-1972, USA) Sie wurde als Tochter eines Kinderarztes und einer Sprachlehrerin in Kattowitz geboren und wuchs in Deutschland auf. Der Vater riet ihr immer, nur ja keine Frau zu werden, sich nicht mit dem langweiligen Leben der meisten Frauen zufriedenzugeben. Sie sollte es anders machen, sie sollte studieren. In ihrer Kindheit in Göttingen sah sie beispielsweise einen berühmten Mathematiker, der seine Studenten im Garten unterrichtete, an einer langen überdachten Schiefertafel. Anfang dieses Jahrhunderts war die Universitätsstadt das Zentrum der Mathematiker. Frauen durften erst seit 1908 studieren, und Maria besuchte zeitweise eine "Suffragetten-Schule", die von Frauenrechtlerinnen für Mädchen eingerichtet worden war. Vor ihr promovierten in Göttingen Dorothea von Schlözer (1787), die Russin Sofya Kovalevskaja (1874), die Engländerin Grace Emily Chisholm (1895) und Emmy Noether (1907). Nach drei Jahren begann die Mathematik für Maria aber an Reiz zu verlieren, während sie von der Physik fasziniert war. Damals beschäftigten sich Physiker vor allem mit dem Rätsel des Baues der Atome. 1930 reichte Maria ihre Dissertation in Physik ein und heiratete den aus Amerika stammenden Chemiker Joseph Mayer. Sie gingen zusammen in die USA, wo aber nur er seine erste Stelle antreten konnte. Maria war enttäuscht, daß die akademische Welt gerade in den Naturwissenschaften eine reine Männerwelt war. Frauen konnten in Nischen tätig sein, als Assistentinnen in Laboratorien und Sternwarten, oder sie konzentrierten sich auf wenig angesehene Felder wie Haushaltswissenschaften.

72. Jewish Nobel Prize Winners In Physics See http//www.nobel.se/physics/laureates/1996/osheroffautobio.html. 14. Gustav Hertz(1925) and maria Goeppert Mayer (1963) were, and Aage Bohr (1975) is one http://www.jinfo.org/Nobels_Physics.html

JEWISH NOBEL PRIZE WINNERS IN PHYSICS (26% of world total, 37% of US total) Albert Michelson (1907) Gabriel Lippmann (1908) Albert Einstein (1921) Niels Bohr James Franck (1925) Otto Stern (1943) Isidor Rabi (1944) Wolfgang Pauli Felix Bloch (1952) Max Born (1954) Igor Tamm Ilya Frank Donald Glaser (1960) Robert Hofstadter (1961) Lev Landau (1962) Eugene Wigner Richard Feynman (1965) Julian Schwinger (1965) Hans Bethe Murray Gell-Mann (1969) Dennis Gabor (1971) Leon Cooper Brian Josephson (1973) Ben Mottelson (1975) Burton Richter (1976) Pyotr Kapitsa Arno Penzias (1978) Sheldon Glashow (1979) Steven Weinberg (1979) Arthur Schawlow Leon Lederman (1988) Melvin Schwartz (1988) Jack Steinberger (1988) Jerome Friedman (1990) Georges Charpak Martin Perl Frederick Reines David Lee Douglas Osheroff Claude Cohen-Tannoudji (1997) Zhores Alferov Others NOTES 1. Jewish mother, non-Jewish father. 2. Pauli described himself as being three-quarters Jewish in a letter to Frank Aydelotte quoted in the April 1995 issue of Physics Today (p. 86). See also http://www.ethbib.ethz.ch/exhibit/pauli/ausreise_e.html

73. Physicists to top of page maria Goeppert Mayer maria Goeppert Mayer (19061972), a German-bornphysicist, shared the 1963 nobel Prize in physics with J. Hans Jensen of http://www2.worldbook.com/features/wscimed/html/physicists.htm

Click on the links below to read about some influential female physicists: Marie Curie Irene Joliot-Curie Maria Mayer Lise Meitner ... Rosalyn Yalow Physics is the science devoted to the study of matter and energy. Physicists try to understand what matter is and why it behaves the way it does. They seek to learn how energy is produced, how it travels from place to place, and how it can be controlled. Physicists are also interested in how matter and energy are related to each other and how they affect each other over time and through space. The word physics comes from a Greek word meaning natural things. Knowledge obtained from the study of physics is important in other sciences, including astronomy, biology, chemistry, and geology. There is also a close connection between physics and practical developments in engineering, medicine, and technology. For example, engineers design automobiles and airplanes according to certain principles of physics. Laws and theories of physics have enabled engineers and scientists to put satellites into orbit and to receive information from space probes that travel to distant regions of the solar system. Research in physics has led to the use of radioactive materials in the study, diagnosis, and treatment of certain diseases. In addition, theories and principles of physics explain the operation of many modern home conveniences, from vacuum cleaners to videotape recorders. Marie Sklodowska Curie Marie Sklodowska Curie (1867-1934) was a French physicist who became famous for her research on radioactivity. She received two Nobel Prizes one in physics and one in chemistry. She was the first woman to win a Nobel Prize.

74. The Hindu : Winning Laurels maria Goeppert Mayer, a mathematical physicist, was awarded in the nobel Prize inPhysics in 1963 along with J. Hans D. Jensen for their proposal of the shell http://www.hinduonnet.com/thehindu/yw/2002/03/23/stories/2002032300120200.htm

Online edition of India's National Newspaper Saturday, Mar 23, 2002 Group Publications Business Line The Sportstar Frontline The Hindu About Us Contact Us Young World Published on Saturdays Features: Magazine Literary Review Life Metro Plus ... Young World Winning laurels ALLADI KUPPUSWAMI Marie Curie was the first woman Nobel laureate. Along with her husband she discovered Radium and that has proved very beneficial. Since then many more women have gone on to win the Nobel Prize in Science, Mathematics, Literature and Peace. Marie Curie. Maria Goeppert Mayer, a mathematical physicist, was awarded in the Nobel Prize in Physics in 1963 along with J. Hans D. Jensen for their proposal of the shell nuclear model. The shell nuclear model shows that an atomic nucleus is not a random aggregate of neutrons and protons but is a structure of shells or physical layer of different radii each of which is filled with neutrons and protons. Mayer was also noted for her work on quantum electrodynamics and spectroscopy. Dorothy Hodgkin.

75. University Of California In Memoriam Photograph courtesy of the University Archives, UC San Diego, maria GoeppertMayer Professor of Physics, UC San Diego nobel Laureate 19061972 http://sunsite.berkeley.edu/uchistory/archives_exhibits/in_memoriam/sandiego1.ht

UCHDA Home In Memoriam Campus/Affiliated Institution San Diego San Diego Campus Academic Disciplines Professional Staff Scripps Institution of Oceanography A-Z Biology Saltman, Paul D. Grobstein, Clifford Stern, Herbert Bonner, David Mahlon Chemistry and Biochemistry Traylor, Teddy G. Suess, Hans E. Kaplan, Nathan Oram Mayer, Joseph Edward ... Urey, Harold C. Cognitive Science Heiligenberg, Walter F. Communication Schiller, Herbert I. Engineering Van Atta, Charles William Rand, Sinai Zweifach, Benjamin W. Skalak, Richard Reissner, Eric ... Booker, Henry George Family and Preventive Medicine Shimkin, Michael Stokes, Joseph, III Bush, James W. History Hughes, H. Stuart Rappaport, Armin Scobie, James R. Literature Williams, Sherley Anne

76. GSDL - Browse Results 4455 Abstract This resource provides a brief biographical sketch of Polish bornMaria goeppertmayer, the first US woman to win the nobel prize in physics. http://gsdl.enc.org/external/browse/gs_web_browse_index/0,5035,intThisPage%3D15%

YOU ARE HERE > GSDL Home Browse Results 207 items found. Previous Page Next Page Jump to page: Making decisions: packaging and the environment http://www.wepan.org/pdf/activities/packaging_9_10.pdf GSDL #: 4335 Abstract: Created by WEpan (Women in Engineering Programs and Advocates Network), this activity asks students to assume the role of an engineer and consider environmental, material, and functional issues while designing packaging for products. The goal is for...... View Full GSDL Record Rolling blackouts and environmental impact: what are our electricity options? http://www.wepan.org/pdf/activities/electricity_11_12.pdf GSDL #: 4337 Abstract: Created by WEpan (Women in Engineering Programs and Advocates Network), this activity asks students to assume the role of an engineer as a consultant to a new hospital. Students will predict the power needs of the hospital and consider design and environmental...... View Full GSDL Record Connections, 3rd and 4th grade: connecting kids to the world of engineering http://www.wepan.org/pdf/newsletters/newsletter_3-4.pdf

77. 1975, University Of California In Memoriam maria Goeppert Mayer was a member of the American Physical Society, the NationalAcademy of Science, the She received the nobel Prize in Physics for 1963. http://sunsite.berkeley.edu:2020/dynaweb/teiproj/uchist/inmemoriam/inmemoriam197

78. Full Text Marie Curie, Lise Meitner, Ellen Gleditsch, Harriett Brooks and maria Goeppert Mayer,to name She noted Curie was awarded or shared in two nobel Prizes in the http://www.lanl.gov/orgs/pa/News/031997.html

Wednesday, March 19, 1997 Editor's note: Trying of the lawsuit filed in response to the 1995 reduction in force at the Laboratory began March 3 in Albuquerque. The Newsbulletin will provide highlights and related information about the trial throughout the proceedings. Garcia testifies: Human Resources looked at adverse impact In testimony Tuesday, a Lab Human Resources (HR) Division official said Lab managers were carefully trained about the 1995 reduction-in-force process and that the Lab's Human Resources Division had mechanisms in place to check whether Lab divisions were conducting the RIF in accordance with institutional guidelines. Art Garcia, HR Division chief of staff, continued testimony today before First Judicial District Court Judge Jim Hall, as the Lab presents its side of the case in the lawsuit filed against the Lab alleging that 102 plaintiffs were improperly terminated during the 1995 RIF. During part of his nearly daylong testimony, Garcia said Lab managers were trained in how to use guidelines when selecting employees for termination. Under questioning by Lab attorney Bruce Hall, Garcia said managers were told they could not consider a number of factors when deciding whether to include employees on RIF lists. Among areas that could not be considered, he said, were whether an employee had filed a grievance against the Lab, whether an employee was openly critical of the Lab or had filed for whistle-blower status. Garcia said that in some instances people lost their jobs as a result of the Lab's commitment to increased efficiency and productivity. Under direct questioning by Hall, Garcia said, for example, that about 20 people who worked in the Lab's mail room received notices because the mail room operation was one that was identified as having the potential to become more cost effective.

79. Poland - Famous Poles - ATPC nobel LAUREATES Yosef Shmuel AGON (18881970) 1966 Literature (2). Menachem BEGIN(1913 - 1992) 1978 Peace. maria Goeppert MAYER (1906 - 1972) 1963 Physics (2). http://freepages.genealogy.rootsweb.com/~atpc/heritage/history/famous.html

HOME FEATURES HERITAGE HISTORY Heritage: History Library FAMOUS POLES..... Poland's culture is rich in it's history and contributions to society. To learn more about famous Poles and their contributions visit the Famous Poles Page of NewPoland . You can learn what Poles have received the Nobel prize at Nobel Laureates of Polish Origin We have highlighted a few prominent Poles here with links to additional resources. Links on this page will open in a new window, close when done to return here. NOBEL LAUREATES Yosef Shmuel AGON 1966 Literature Menachem BEGIN 1978 Peace Georges CHARPAK 1992 Physics Marie CURIE (see Featured Poles) 1903 Physics Roald HOFFMAN 1981 Chemistry Klaus von KLITZING 1985 Physics Maria Goeppert MAYER 1963 Physics Albert MICHELSON 1907 Physics Czeslaw MILOSZ 1980 Literature Walther H. NERNST 1920 Chemistry Wladyslaw REYMONT 1924 Literature Andrew SCHALLY 1977 Medicine Henryk SIENKIEWICZ 1905 Literature Isaac Bashevis SINGER 1978 Literature Wislawa SZYMBORSKA 1966 Literature Lech WALESA 1983 Peace Visit NOBEL e-MUSEUM to see all the Nobel Laureates.

80. Maria Goeppert-Mayer: Awards Won By Maria Goeppert-Mayer Awards of maria goeppertmayer. http://www.123awards.com/artist/2183.asp

hardwork is paid in form of awards Awards of Maria Goeppert-Mayer OTHER-NOBEL PHYSICS Enter Artist/Album Partner Sites Stardose.com RealLyrics.com OnlyHitLyrics.com Biography Search Engine ... privacy

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