61. Nobel Prizes In Physics 1. PRIZE YEAR. nobel PHYSICISTS. SUPERVISOR. Ph.D. UNIVERSITY. DATES. Age (years).Age at Prize. Columbia. 1930 . 42. 2001. cornell, eric A. David E. Pritchard. 1990.MIT. http://www.chem.yorku.ca/NAMED/NOBEL/PHYS/

62. The 2001 Nobel Prize In Medicine eric A. cornell and Prof. Carl E. Wieman together with a German physicist, Prof.Wolfgang Ketterle, shared the 2001 nobel Prize in Physics for the achievement http://hkscm.atomcreation.com/hkscm_new/escinews/escinews.htm

Science News The 2001 Nobel Prize in Medicine An American scientist, Prof. Leland H. Hartwell, and two British scientists, Sir Paul M. Nurse and Prof. R. Timothy Hunt, shared the 2001 Nobel Prize in Physiology or Medicine for their discoveries of key regulators of the cell cycle and identifications of key molecules that regulate the cell cycle in all eukaryotic organisms, including yeasts, plants, animals and humans beings. All organisms consist of cells that multiply through cell division. In adults there is also an enormous number of continuously dividing cells replacing those dying. Before a cell can divide it has to grow in size, duplicate its chromosomes and separate the chromosomes for exact distribution between the two daughter cells. These different processes are coordinated in the cell cycle. Defects in cell cycle control may lead to the type of chromosome alterations seen in cancer cells. Therefore, the study of cell cycle may open new possibilities for cancer treatment. Prof. Leland H. Hartwell of the Fred Hutchinson Cancer Research Center, Seattle, is awarded for his discoveries of a specific class of genes that control the cell cycle. One of these genes called "start" was found to have a central role in controlling the first step of each cell cycle. Hartwell also introduced the concept "checkpoint", a valuable aid to understanding the cell cycle.

63. La Repubblica/cultura_scienze: Nobel, Premiata La Scoperta Del 'quarto Stato' De Translate this page E' con questa motivazione che l'Accademia delle Scienze di Svezia ha insignitooggi del nobel per la Fisica del 2001 gli americani eric A. cornell e Carl E http://www.repubblica.it/online/cultura_scienze/nobel2001/fisica/fisica.html

Trova Scrivi Cronaca Politica ... Cinema: le recensioni Il riconoscimento agli americani Eric Cornell e Carl Wieman e al tedesco Wolfgang Ketterle Nobel, premiata la scoperta del "quarto stato" della materia di CLAUDIA DI GIORGIO Con il concetto di condensato di Bose-Einstein, insomma, si entra nel mondo dei paradossi che caratterizzano la meccanica quantistica. Ma con la sua concreta produzione, si avanza l'ipotesi che essa possa funzionare, sia pure a grandezze di qualche millimetro) anche su scala macroscopica. Malgrado decenni di ricerche teoriche e sperimentali, però, il fenomeno è rimasto una teoria per oltre settant'anni. Fino a che, grazie ai progressi della fisica atomica e ai conseguenti avanzamenti tecnologici, Cornell e Wieman sono riusciti per la prima volta a produrre il condensato a partire da atomi di rubidio raffreddati fino a temperature vicinissime allo zero assoluto, mentre Ketterle, indipendentemente dagli altri due, ha prodotto il condensato a partire da atomi di sodio. Il gruppo di Ketterle è riuscito persino a costruire una "fontana atomica", in cui una scia di gocce di condensato viene lasciata cadere sotto l'azione della forza di gravità. Enzo Iarocci, presidente dell'Istituto nazionale di Fisica nucleare, definisce questi risultati "esperimenti bellissimi, in cui sono riusciti a far comportare un piccolo sistema fatto di atomi che se fosse un fascio di luce laser", sottolineando inoltre che si tratta di un premio che valorizza una ricerca di base ed anche molto recente, in un settore d'avanguardia.

64. Science Celebrates The 2001 Nobel Physics Laureates he 2001 nobel Prize in Physics has been awarded to Wolfgang Ketterle, eric cornell,and Carl Wieman, for their groundbreaking mid1990s work in condensed http://www.physi.uni-heidelberg.de/~schmiedm/seminar/MacQuSyst2001/PhysNobPrize/

Institution: UNIVERSITATSBIBLIOTHEK HDLBRG Sign In as Individual FAQ Introduction The Early Observations ... New Tricks: Squeezing, Superfluid Vortices, and Metastable States he 2001 Nobel Prize in Physics has been awarded to Wolfgang Ketterle, Eric Cornell, and Carl Wieman , for their groundbreaking mid-1990s work in condensed-matter studies. Using revolutionary laser-cooling techniques pioneered by Stephen Chu, William Phillips, and Claude Cohen-Tannoudji (who themselves shared the 1997 physics prize for that work), the 2001 awardees were the first to succeed in cooling collections of bosonic particles such as rubidium and sodium atoms to the point where they share the same quantum state, and thereby behave as a single, giant particle. Achieving this weird state of matter, the existence of which was predicted by Satyendra Bose and Albert Einstein in the mid-1920s, had been a holy grail of physicists for seven decades. And the work of the three 2001 Nobel Laureates has catalyzed an amazing period of progress in condensed-matter physics. Science is proud to have played a key role in this seminal pathway of intellectual development. Beginning with publication of the landmark first observation by Cornell and Wieman in the 14 July 1995, the journal has remained at the forefront of Bose-Einstein condensate studies and the many implications of this extreme state of matter from atom lasers to the first observations of Fermi degeneracy to the most recent studies in the weird behavior of BECs. To celebrate the accomplishment of the 2001 Nobel Physics Laureates, we present a roundup of some of the research papers in

65. Scitech - Alfred Nobel And The World In 1995, Americans eric cornell and Carl Wieman succeeded He went further than cornelland Wieman and The centennial nobel Prizes provide clear evidence that http://www.rso.cornell.edu/scitech/archive/01fal/art03anobel.html

Fall 2001 Ed. Features Cornelliana Transients Sound-Byte Cover Page Targeting Diseased Cells Legalizing Cannabis Alfred Nobel and the World Playing God So You Think It's A Secret? Nanotechnology: the material of the future? 9/11: WTC Collapse An Anthrax Primer Autumn Leaves - Albert Camus Alfred Nobel and the World: A Case for Internationalism in Science The centennial Nobel Prizes provide clear evidence that science is not conducted in a nationalistic vacuum. Some work is done in an obviously international collaboration, such as the original theoretical calculations by Bose and Einstein. As we stand upon the cusp of a new millennium, and probably the cusp of the next scientific revolution in the life sciences, it would serve us well to remember that. First, given that the science done in other countries is published in journals of international repute and is equal to the best American work, there may well be opportunities for collaboration with foreign scientists. Such collaboration holds the prospect of producing even better science. Of course, while we might say that science, as an objective search for the truth is a fallacy, I think that effective collaboration can only have a positive outcome for scientific discovery. Even in the absence of opportunities for direct collaboration, simply being conscious of important findings made by other scientists contributes to American scientists' understanding of their field as a whole. As evidence from the human genome project begins to be understood more clearly, we should come to realize that our genes unite us more than the current racial, social, cultural, national and religious divisions might suggest. Alfred Nobel's commitment to the world and to humanity should serve as a reminder to us on this centennial year of the Nobel Prizes, that in a world troubled by internecine strife and international conflict, developmental crises and disease epidemics, that science and technology can play a powerful role in the solution to global problems.

66. Centre College: 2001 Nobel Laureate In Physics To Present Lecture DANVILLE, KYeric A. cornell, a recipient of the nobel Prize in Physics in 2001,will give a public lecture on May 9 at 8 pm on campus in Weisiger Theatre. http://www.centre.edu/web/news/nobel02.html

2001 Nobel Laureate in Physics to present lecture RELEASED: May 2, 2002 DANVILLE, KY-Eric A. Cornell, a recipient of the Nobel Prize in Physics in 2001, will give a public lecture on May 9 at 8 p.m. on campus in Weisiger Theatre. Cornell's lecture is titled "Stone-Cold Science: Bose-Einstein Condensation and the Weird World of Physics a Millionth of a Degree from Absolute Zero." Cornell and colleagues Carl E. Wieman and Wolfgang Ketterle received the Nobel Prize for their landmark 1995 creation of the world's first Bose-Einstein condensate, a new form of matter that occurs at just a few hundred millionths of a degree above absolute zero. As atoms get colder, they become more like waves, and less like particles. When atoms of a gas get so cold that the "waviness" of one atom overlaps the waviness of another, the result is a sort of quantum mechanical identity crises, a "condensation" predicted 70 years ago by Albert Einstein. Dr. Cornell will discuss how one reaches the necessary record-low temperatures and explain why one goes to the trouble to make this bizarre state of matter. Marshall Wilt, Centre professor of physics, said, "The science community at Centre is eagerly anticipating Professor Cornell's visit. One of our physics majors was instrumental in persuading Dr. Cornell to come to Danville. Our students often amaze me."

67. Nobel Focus: The Coolest Atoms This year's physics nobel Prize went to three researchers who were the first to In1995, a group led by eric cornell and Carl Weiman at the National Institute http://focus.aps.org/story/v8/st20

Previous Story Next Story July - December 2001 Archive Phys. Rev. Lett. (print issue of 27 November 1995) 12 October 2001 Title and Authors Nobel Focus: The Coolest Atoms /MIT BEC buildup. As atoms condense, they produce a spike in the intensity of laser light transmitted to a CCD camera. This is the signature of Bose-Einstien condensation in a cloud of atoms, whose discoverers won this year?s physics Nobel Prize. This year's physics Nobel Prize went to three researchers who were the first to observe and study the Bose-Einstein condensate (BEC), a new phase of matter. Wolfgang Ketterle of MIT, one of the Laureates, published his first BEC observation in the 27 November 1995 issue of PRL , just four months after the other two Nobelists published their work in Science . Ketterle's experiment used a laser "plug" to trap the condensate and achieve much higher densities than the other team. Since then, dozens of BEC papers have appeared each one further probing the nature of this strange form of matter. In 1924, Satyendranath Bose and Albert Einstein published a series of papers on the physics of particles with integer spins (bosons). The duo predicted that if a collection of bosonic atoms could be cooled to the point that each one reaches its lowest possible quantum mechanical energy, a BEC would result. In this state, atoms would lose their individual properties and would act collectively as a single entity. A few years after Bose and Eintein's prediction, physicists observed the first hints of BEC behavior. They observed a strange new phase of liquid helium which had no measurable viscosity. Called superfluid helium, the liquid was a few percent BEC, but creating a pure BEC was still decades away. It required technology for creating extremely low temperatures and a material that would not liquify before reaching the BEC phase.

68. Newsletter - Fisica.Net - Www.fisica.net - (C) Prof. Alberto Ricardo Präss Translate this page Saiba quem é o Dr. eric cornell http//physics.colorado.edu/directory/faculty/cornell_e.htmlhttp//www.colorado.edu/NewsServices/nobel/cornell.html Saiba http://fisicanet.terra.com.br/news/20011010.asp

CURSOS E RESUMOS Eletricidade Perguntas Teletransporte ... LIVRO DE VISITAS Três físicos que descobriram novo estado da matéria dividem o Nobel Nobel de Física também é dividido por três pesquisadores O fato de terem congelado a matéria em um novo estado pode ajudar na produção de computadores microscópicos Três físicos que "fizeram átomos cantarem" - segundo cietistas suecos - ganharam o Prêmio Nobel de Física de 2001 na terça-feira, por congelarem a matéria em um novo estado, que poderia ajudar na produção de computadores microscópicos e revolucionar a orientação de aeronaves. Os norte-americanos Eric Cornell e Carl Wieman e o alemão Wolfgang Ketterle dividem o prêmio de US$ 1 milhão por criarem uma forma da matéria que é extremamente pura e coerente, da mesma maneira como os raios laser são um tipo puro de luz. "Os vencedores do Nobel deste ano foram bem-sucedidos - eles fizeram os átomos 'cantarem em uníssono' - ao descobrir um novo estado da matéria", disse em um comunicado a Academia Real de Ciências da Suécia. A tecnologia desenvolvida por eles pode criar lasers de átomos que podem, no futuro, ajudar a projetar circuitos de computadores microscópicos muitas vezes menores que os já existentes hoje, permitindo a construção de equipamentos extremamente rápidos, compactos e potentes. Os lasers de átomos também poderiam permitir sistemas de orientação e medidores de gravidade mais exatos, identificando a posição de aviões e do espaço aéreo com precisão de centímetros.

69. VnExpress - Cong Bo Giai Nobel Vat Ly eric cornell, 39 tu?i c?a Vi?n Tiêu chu?n và Công ngh? Qu?c gia? T?ng tr? giá c?a gi?i nobel V?t lý nam nay là 943.000 USD. http://vnexpress.net/Vietnam/Khoa-hoc/2001/10/3B9B5378/

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70. Red Escolar / Actividades Permanentes / Conciencia / Premio Nobel 2001 / Fisica Translate this page La Real Academia Sueca de las Ciencias concedió este año el premio nobel de Físicaa eric A. cornell, Wolfgang Ketterle y Carl E. Wieman por obtener un http://redescolar.ilce.edu.mx/redescolar/act_permanentes/conciencia/nobel2001/fi

La Real Academia Sueca de las Ciencias concedió este año el premio Nobel de Física a Eric A. Cornell, Wolfgang Ketterle y Carl E. Wieman por obtener un nuevo estado de la materia denominado "Condensado Bose-Einstein", que "ofrece enormes posibilidades para el desarrollo de investigaciones sobre procesos mecánico-cuánticos fundamentales", según la Academia. Según la Academia, "es interesante especular acerca de las areas de aplicación del BEC (Bose-Einstein Condensates). El nuevo «control» sobre la materia que involucra esta tecnología traerá consigo aplicaciones revolucionarias en campos de estudio como la medición precisa y nanotecnología".

71. USATODAY.com - Two Americans, German Share Nobel In Physics of the University of Colorado and eric cornell of the this for a long time, sayscornell, who says scientists realized they had made a nobelworthy finding http://www.usatoday.com/news/science/2001-10-09-nobel-physics.htm

Home News Main Categories Top News Nation States Washington/Politics ... Offbeat More News Columnists Lotteries City Guides Government Guide ... Weather Site Web Click here to get the Daily Briefing in your inbox 10/11/2001 - Updated 10:54 AM ET Two Americans, German share Nobel in physics By Dan Vergano, USA TODAY Freezing atoms to create a novel state of matter netted two Americans and a German the Nobel Prize in Physics on Tuesday. The research could lead to technology that provides highly accurate measurements and builds microscopic computers. 2001 Nobel Prizes Medicine winners Physics winners Chemistry winners Economics winners ... Nobel Prizes Web site. The Royal Swedish Academy of Sciences awarded the nearly $1 million prize to German Wolfgang Ketterle of MIT, Carl Wieman of the University of Colorado and Eric Cornell of the National Institute of Standards and Technology in Boulder, Colo., for creating the first "Bose-Einstein condensates." "A lot of smart people were looking for this for a long time," says Cornell, who says the scientists realized they had made a Nobel-worthy finding right away, achieving the "holy grail" of atomic physics in 1995. Applications for Bose-Einstein condensates include better atomic clocks, more accurate motion sensors and atomic lasers that release fine beams of atoms, giving scientists the ability to build atoms into microscopic-scale "nanotechnology" machines.

72. Nobel Prizes In Physics Congratulations 2001 nobel Laureates in Physics, Stanford Graduates ericcornell and Carl Wieman! eric cornell BS 1985, Carl Wieman Ph.D. 1977, http://www-sul.stanford.edu/depts/physics/news/nobel.html

TEXT-ONLY VERSION OF THIS SITE STANFORD UNIVERSITY LIBRARIES SEARCH THIS SITE Stanford, CA 94305-4060 physics@sulmail.stanford.edu Felix Bloch Robert Hofstadter Burton Richter Arthur Schawlow Richard Taylor Martin Perl Douglas Osheroff Steven Chu Robert Laughlin Congratulations 2001 Nobel Laureates in Physics, Stanford Graduates Eric Cornell and Carl Wieman! Eric Cornell B.S. 1985 Carl Wieman Ph.D. 1977 Link to October 10, 2001 Stanford Report Article for Full Story Nobel Laureates Links Stanford University Department of Physics Nobel Laureates Nobel Laureates in Physics This page is a service of the SLAC Library. Nobel e -Museum Provided by the Nobel Foundation. Nobel Prize Internet Archive Back Home

73. The Official Web Site Of The Lowell Alumni Association. Lowell Alumnus wins the nobel Prize in Physics. eric A. cornell is the thirdalumnus to be awarded the nobel Prize. from CNN.com, October 9, 2001. http://www.lowellalumni.org/alumninews.html

Lowell Alumni Office PO Box 320009 San Francisco, CA. The Alumni Spotlight - Lowell graduates in the news Donald Lockett, class of 2000, makes it to the NCAA Wrestling Championship John Crumpacker, Chronicle Staff Writer, Wednesday, March 12, 2003 Lockett is an intense young man who lets his emotions come screaming out after a successful match in contrast to Wright's introspection and reserve. He turned his season around with a simple formula: hard work. Read the full story about Donald Lockett Carol Channing's back in the spotlight Steven Winn, Chronicle Arts and Culture Critic, Thursday, October 24, 2002 Every time she went onstage in "Hello, Dolly!" Carol Channing was beating the odds. Now, with a book about her life, plans for a new show next year and a reborn romantic life, she's rolling a fresh set of dice. Read the full story about Carol Channing Larry Baer, class of 1975, plays a critical role with the San Francisco Giants The Giants are basking in the glow of a World Series, and two of the biggest winners are team President Peter Magowan and Executive Vice President Larry Baer two sideline players who after helping wrangle the sale of the team a few years back to local investors wound up running the whole show. Read the full story about Larry Baer Lowell alumnus was a high-profile political consultant by Ken Garcia, Columnist, San Francisco Chronicle, August 23, 2002

74. Nobel Prize & Bruce Medal Info Bruce Medal Info The nobel Prize Information 2001 nobel Prize Winners fundamentalstudies of the properties of the condensates' eric A. cornell, NIST, USA http://www.physlink.com/Reference/PhysicsNobel.cfm

Not a member yet? Get Free Membership Username: Password: Remember me Forgot your info? Ask the Experts Physics ... Become a Sponsor The Nobel Prize Information 2001 Nobel Prize Winners 'for the achievement of Bose-Einstein condensation in dilute gases of alkali atoms, and for early fundamental studies of the properties of the condensates' Eric A. Cornell , NIST, USA Wolfgang Ketterle , MIT, USA Carl E. Wieman , University of Colorado, USA more info The Nobel Prize in Physics Listing of winners and brief biographies from 1901 to present The Nobel Foundation The official site of The Nobel foundation by the Royal Swedish Academy of Science The Bruce Medal Information 2001 Bruce Medal Winner Hans Albrecht Bethe , Cornell University, USA more info The Bruce Medalists Brief biographies of astronomers awarded the Bruce medal of the Astronomical Society of the Pacific, many with portraits. Related Books The Nobel Prize : A History of Genius, Controversy and Prestige by Burton Feldman Nobel Prize Women in Science: Their Lives, Struggles and Momentous Discoveries by Sharon Bertsch McGrayne Nobel Lectures in Physics 1991-1995 by Ggosta Ekspong go to the top document.write('');

75. 2003 DP/HP Distinguished Lecture Series At GSU Dr. eric cornell is a staff scientist at the National Institute of Standards andTechnology (NIST) and is Professor cornell shared the 2001 nobel Prize in http://bec01.phy.gasou.edu/ls_2003/

GSU 2003 DP/HP Distinguished Lecture Series "Ultra-Cold Atoms" A series of lectures devoted to current studies of ultra-cold atoms will be held in the Spring Semester of 2003 at Georgia Southern University. The Georgia Southern University (GSU) Department of Physics (DP) and the Honors Programs (HP) consisting of the University Honor Program (UHP) and the Bell Honors Program (BHP) will present the DP/HP Distiguished Lecture Series entitled "Ultra-Cold Atoms." Significant support for these events is also provided by the Allen E. Paulson College of Science and Technology. The speakers in the 2003 Georgia Southern University DP/HP Distguished Lecture Series are: Dr. Eric Cornell (NIST) - March 10, 2003, "Stone-Cold Physics: BEC and the weird world of physics a millionth of a degree from absolute zero" Russell Union Ballroom, 7pm. Dr. Katharine B. Gebbie (NIST) - March 24, 2003 "The NIST Physics Laboratory: Yesterday, Today, and Tomorrow" Nessmith-Lane Continuing-Education Building Assembly Hall, 2pm Dr. Keith Burnett

76. Page 2--Society Of Physics Students that won him a nobel Prize. To read a summary and view some picturesof eric's visit click here. eric cornell 2001 nobel Laureate http://web.centre.edu/sps/page2.html

Last year's visiting speakers Every year the Society of Physics Students hosts speakers that give lectures on their area of expertise. Last year we were fortunate enough to have two world renowned physicists visit us and give very informative lectures. The first was Alex Filippenko from the University of California - Berkeley. Alex gave lectures on three different, but related, topics involving astronomy. To read a summary and view some pictures of Alex's visit click here. Our second lecturer of the year was Eric Cornell, from the University of Colorado-Boulder. Eric, along with Carl Wieman (CU-Boulder) and Wolfgang Ketterle(MIT), won the Nobel Prize in Physics in 2001. His lectures detailed the method that he and Carl Wieman used to achieve the world's (and the universe's?) first Bose-Einstein Condensate. Also, he talked about the subsequent experiments he and his group are doing on the phase of matter that won him a Nobel Prize. To read a summary and view some pictures of Eric's visit click here.

77. Cornell Symposium cornell SYMPOSIUM. In honor of the 2001 nobel Prize in Physics awardedto eric cornell, an oneday symposium will be organized in Utrecht. http://www1.phys.uu.nl/Symposion/Cornell.htm

CORNE LL SYMPOSIUM In honor of the 2001 Nobel Prize in Physics awarded to Eric Cornell, an one-day symposium will be organized in Utrecht. Recent experimental breakthroughs in the field of Bose-Einstein condensation and quantum degeneracy will be addressed. In addition, Eric Cornell will report on his latest experimental findings. Lecture Room 208, Minnaert Building, photo: Evert Landré Leuvenlaan 4, 3584 CE Utrecht, Utrecht University, The Netherlands APRIL 11, 2002 Organised by Debye Institute, Institute for Theoretical Physics, of the Department of Physics and Astronomy PROGRAMME Coffee and registration Henrik Rudolph (Dean, Department of Physics and Astronomy) Jook Walraven (AMOLF, Amsterdam) ``BEC on the fly'' Markus Greiner (MPI, Garching, Germany) Quantum phase transition from a superfluid to a Mott insulator in a gas of ultracold atoms'' Break Rudi Grimm (Univ. Innsbruck, Austria) ``Towards BEC of Cesium'' Lunch Claus Sengstock (Univ. Hamburg, Germany) ``Phase Properties of Bose-Einstein Condensates'' Chris Westbrook (Lab. Optique, Orsay, France)

78. Announcement Of The 2001 Nobel Prizes: Fine Library, Princeton University Source Press release on the nobel Prize in Medicine and Physiology 2001, KarolinskaInstitutet Physics jointly to eric A. cornell (JILA and National http://www.princeton.edu/~finelib/nobel01.html

Announcement of the 2001 Nobel Prizes and the Sveriges Riksbank (Bank of Sweden) Prize in Economic Sciences in Memory of Alfred Nobel Announcements week of October 8-12 Medicine and Physiology : jointly to Leland H. Hartwell (Fred Hutchinson Cancer Research Center, Seattle, USA), R. Timothy (Tim) Hunt (Imperial Cancer Research Fund, London, UK)and Paul M. Nurse "key regulators of the cell cycle" Leland Hartwell (born 1939), Fred Hutchinson Cancer Research Center, Seattle, USA, is awarded for his discoveries of a specific class of genes that control the cell cycle. One of these genes called "start" was found to have a central role in controlling the first step of each cell cycle. Hartwell also introduced the concept "checkpoint", a valuable aid to understanding the cell cycle. Paul Nurse (born 1949), Imperial Cancer Research Fund, London, identified, cloned and characterized with genetic and molecular methods, one of the key regulators of the cell cycle, CDK (cyclin dependent kinase). He showed that the function of CDK was highly conserved during evolution. CDK drives the cell through the cell cycle by chemical modification (phosphorylation) of other proteins. Timothy Hunt (born 1943), Imperial Cancer Research Fund, London, is awarded for his discovery of cyclins, proteins that regulate the CDK function. He showed that cyclins are degraded periodically at each cell division, a mechanism proved to be of general importance for cell cycle control.

79. Eric A. Cornell – životopis eric A. cornell – životopis. Narodil jsem se v roce 1961 v PaloAlto v Kalifornii. (Les Prix nobel 2001), preložil Ivan Gregora. http://www.cscasfyz.fzu.cz/2002/06/cornziv.html

E ric A. Cornell – životopis Narodil jsem se v roce 1961 v Palo Alto v Kalifornii. Rodièe právì konèili studia na Stanfordovì univerzitì. Dva roky poté jsme se pøestìhovali do Cambridge v Massachusetts, do mìsta, které považuji za své rodné. Otec byl profesorem stavebního inženýrství na MIT a matka uèila angliètinu na støední škole. Celá rodina, vèetnì mého mladšího bratra a mé sestry, doprovázela otce na sabatických pobytech v kalifornském Berkeley a v portugalském Lisabonu. Byly to pro mne bájeèné zážitky a bezpochyby mají èásteènì na svìdomí mou celoživotní zálibu v cestování. Matka mì nauèila èíst, když jsem byl ještì docela malé dítì, a alespoò podle svých vzpomínek jsem své dìtství trávil pøevážnì ètením. Hlava mi vždy pøetékala fakty a mám pocit, že za to nemohla ani tak pozornost pøi vyuèování, jako spíše mé hltavé a všežravé ètenáøské návyky. Již na základní škole jsem si èasto nechával desku lavice trochu nadzvednutou a pøedstíral polohu pozorného žáka, která mì však umožòovala nakukovat pod desku, kde jsem mìl otevøenou poslední rozeètenou knihu, právì tak zajímavou, jako zcela bez vztahu k právì probírané látce. Každou chvíli se má ruka nenápadnì noøila pod lavici, aby obrátila stránku. V posledních tøech desetiletích jsem strávil mnoho èasu pøednášením pøed vlastní tøídou a zpìtnì si uvìdomuji, že jsem tenkrát sotva nìkoho oklamal. Vìtšina mých uèitelù pravdìpodobnì shledala, že se mnou jsou menší problémy, když mì nechají èíst.

80. Cornell Lecture Rescheduled For April 22 April 2, 2003. Luther College reschedules eric cornell, 2001 NobelPrize winner in physics, for Distinguished Lecture on April 22. http://publicinformation.luther.edu/cornelldistlecturerescheduled0403.html

LUTHER COLLEGE Happenings Luther News IAICU homepage ... Public Information Office Contact: Joe Knobbe , Director of Public Information, 563/387-1865 April 2, 2003 Luther College reschedules Eric Cornell, 2001 Nobel Prize winner in physics, for Distinguished Lecture on April 22 Eric Cornell, a joint-recipient of the 2001 Nobel Prize in physics and senior scientist at the Boulder, Colorado-based National Institute of Standards and Technology, will spend a two day residency on Luther's campus. While on campus, Cornell will present a distinguished lecture, "Stone Cold Science: Bose Einstein condensation and the weird world one millionth of a degree from absolute zero," Tuesday April 22, 7 p.m., at Valders Hall of Science, Room 117. His talk, intended for the public, will center on the scientific process that led to the creation of a new form of matter-the Bose-Einstein condensate. The lecture is open to the public with no charge for admission. His residency and lecture is rescheduled from an earlier March 20-21 date that was cancelled due to a massive snowstorm in the Denver Area, which closed all area airports.

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