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Uhlenbeck George:     more books (18)

Lectures in Statistical Mechanics (Lectures in Applied Mathematics Series, Vol 1) by George Uhlenbeck, 1974-06 George Uhlenbeck and the discovery of electron spin. by George] PAIS, Abraham (1918-2001). [UHLENBECK, 1989-01-01 Naissance à Jakarta: Anggun, Hella S. Haasse, Jeroen Brouwers, Aude de Kerros, Ilse Werner, George Uhlenbeck, Boudewijn de Groot (French Edition) Threshold Signals SPINNING ELECTRONS AND THE STRUCTURE OF SPECTRA. In Nature, No. 2938, Vol. 117, Saturday, Feb. 20, 1926 pp. 264-265. (Discovery of electron spin). by George E. and Samuel Abraham Goudsmit. UHLENBECK, 1926-01-01 Threshold Signals 1st Ed. 6th Printing by Uhlenbeck George E Lawson James L, 1950-01-01 Person (Jakarta): Ilse Werner, George Eugene Uhlenbeck, Ali Alatas, Boudewijn de Groot, Hella Haasse, Wilhelm Homberg, Ali Sadikin (German Edition) Dutch Scientist Introduction: Willem Hendrik Keesom, Pieter Boddaert, Andre Geim, George Eugene Uhlenbeck, Harry Lintsen, Petrus Jacobus Kipp Conceptual Development of Statistical Mechanics: Conversations between George E. Uhlenbeck, Mark Kac, and Jagdish Mehra. by Jagdish (ed). Mehra, 1973 THRESHOLD SIGNALS. MIT Radiation Laboratory Series. No. 24. by James L. and George E. Uhlenbeck (Editors). LAWSON, 1950 Threshold Signals - MIT Radiation Laboratory Series Number 24 by James L and George E. Uhlenbeck (editors) Lawson, 1950 Goerge E. Uhlenbeck (December 6, 1900-Octber 31, 1988). by George] PAIS, Abraham (1918-2001). [UHLENBECK, 1989 Fundamental problems in statistical mechanics: A lecture series by George EugeÌ€ne Uhlenbeck, 1968 On field theories with non-localized action. by Abraham (1918-2001) & George UHLENBECK (1900- 1988). PAIS, 1950

lists with details

41. Kosmologika - Vetenskapsmännen
    1978 Wu, ChienShiung 1979 uhlenbeck, george 1979 Occhialini, Giuseppe 1980 Fisher,Michael 1980 Kadanoff, Leo 1980 Wilson, Kenneth 1981 Dyson, Freeman 1981  
    http://w1.371.telia.com/~u37103753/Scientists/
    
    Extractions: På Kosmologikas sidor återfinns på många ställen länkar till kortare biografier över olika vetenskapsmän som har deltagit i utvecklandet av dessa spännande teorier. På denna sida finns länkar till alla dessa biografier samlade på ett enda ställe. Personerna är dels listade i både bokstavs- och födelsedagsordning men även efter nobelprisår (för de personer som har fått nobelpriset) samt i betydelsefullhetsordning för vetenskapen. Dessutom har jag nyligen lagt till Brucemedaljörer som är den högsta utmärkelsen inom astronomin, nobelpriset undantaget, samt Fields medalj som är matematikens nobelpris och som dessutom bara delas ut en gång vart fjärde år samt slutligen wolfpriset som är ett israeliskt pris som rankas steget under Nobelpriset men som ofta är åtminstone ett decennium snabbare med utnämningarna. Alfabetisk ordning Ahlfors, Lars (1907- )

42. Mostra Eventos Da Data Selecionada
    Translate this page Magnitsky 30/10/1907 - Nascimento de Harold Davenport (matemático e químico inglês)31/10/1988 - Morte do matemático indonésio george Eugene uhlenbeck  
    http://www.ponteiro.com.br/mostrad8.php?w=13&pg=9

43. December 2001
    2 Paul du BoisReymond, 3 John Backus, 4 Ludwig Bieberbach, 5 Arnold Sommerfeld,6 george uhlenbeck, 7 Mary Ellen Rudin, 8 Julia Bowman Robinson.  
    http://mathforum.org/~judyann/calendar/December2001.html

44. Electron Magnetic Resonance
    In 1925 Samuel Goudsmit and george uhlenbeck were studying the atomic spectra ofalkali atoms such as Li and Na, they showed that in addition to its orbital  
    http://www.chm.bris.ac.uk/emr/History/sggu.htm
    
    Extractions: In 1925 Samuel Goudsmit and George Uhlenbeck were studying the atomic spectra of alkali atoms such as Li and Na, they showed that in addition to its orbital motion, an electron must be regarded as spinning about some axis. The story is told by Goudsmit in a lecture nearly fifty years later: G.E.Uhlenbeck and S.Goudsmit, Naturwissenschaften , 953. See : Lecture by Samuel Goudsmit the the Dutch Physical Society in April 1971, and celebrating the Golden Jubilee of the Society. Translated by J.H. van der Waals, and printed in "Foundations of Modern EPR" by G.R.Eaton, S.S.Eaton and K.M.Salikov History Explanatory Theory Applications ... Spectrometers

45. Electron Magnetic Resonance
    particle properties. 1925, Pauli's Exclusion Principle. 1925, SamuelGoudsmit and george uhlenbeck discovered electron spin. 1928, Paul  
    http://www.chm.bris.ac.uk/emr/History.htm
    
    Extractions: But I must say to the Muse of fiction, as the Earl of Pembroke said to the ejected nun of Wilton, 'Go spin, you jade , go spin!' Sir Walter Scott The start of our story is bound up with first with the discovery of the electron, then with the mysteries of quantum theory together with observations about atomic spectra. - associated magnetism with the motion of electric charge. Michael Faraday 's experiments on electrolytes. Stoney "names" the electron. J.J.Thompson measures e/m for the electron. Stern and Gerlach's experiment. Louis de Broglie proposed that had both wave and particle properties. Pauli's Exclusion Principle Samuel Goudsmit and George Uhlenbeck discovered electron spin Paul Dirac showed that the spin quantum number appears automatically if a relativistic Hamiltonian is used for the wave equation. After 1925 there were numerous related measurements and theoretical developments, - molecular beam experiments, also resonant molecular beam experiments, the prediction of resonant absorption, microwave measurements on small molecules, and spin lattice relaxation measurements. Then in World War II high power microwave generators (magnetrons) and low power microwave oscillators (klystrons) and other electronics were developed for use with Radar. After the war these devices were incorporated in early EMR spectrometers. However there were a number of important observations before the first resonance experiments, in particular three still impinge strongly on modern EMR experiemnts. The Kramers theorem, the Breit Rabi formulae and early experiments on spin lattice relaxation. Hovering behind all of this is the figure of

46. Notre Dame Archives Inventory: UDIS Bio U
    V. 1937- UDIS130/07 - (subject within a folder) Uff, Keith - London Law Program1947- UDIS119/14 - (folder) uhlenbeck, george A. - Honorary Degree  
    http://catholic.archives.nd.edu/udis-u.htm

47. Emilio Segrè Visual Archives
    Margaret Tolman, Richard Chace Tomonaga, Shin'ichiro Tonks, Lewi Townes, CharlesHard Tuve, Merle Antony Tyndall, John uhlenbeck, george Eugene Ulam, Stanislaw  
    http://www.aip.org/history/esva/esva-list.htm

48. NIELS BOHR LIBRARY RECEIVES GREAT VARIETY OF NEW MATERIALS ...
    Richard Hanau donated his notes of lectures given by george uhlenbeck at the Universityof Michigan, on kinetic theory and statistical mechanics (19461947).  
    http://www.aip.org/history/newsletter/fall94/bohr.html
    
    Extractions: Volume XXVI, No. 2, Fall 1994 The AIP Niels Bohr Library wants to see that the papers of scientists go to the institution with which they are most closely associated whenever possible. Accordingly, after the family of Eugene Paul Wigner made arrangements for the main body of his papers to be deposited in the Firestone Library of Princeton University, we were glad to transfer our own small collection (1 ft.) of Wigner materials to the Firestone. The transferred papers contain correspondence (1931-1966) on quantum mechanics, physical chemistry, and nuclear structure and reactions, with such luminaries as Hans Bethe, J. Robert Oppenheimer, and John Van Vleck. The Library's new location in College Park in some cases makes us the most appropriate repository for materials which complement the official government records stored by the neighboring National Archives. Nancy Grace Roman donated personal papers relating to her distinguished career as a space scientist and administrator at nearby NASA, they include correspondence, photographs, manuscripts of speeches and papers, and clippings. She also donated materials of her father Irwin Roman, including a notebook from a physics course he took at Washington University in 1910-1912 and a notebook which is a very early example of data and formulas compiled from a geophysical (rather than strictly geological) viewpoint.

49. Inference With Non-Gaussian Ornstein-Uhlenbeck Processes For Stochastic Volatili
    a class of models where the volatility behaves according to an OrnsteinUhlenbeckprocess, driven Gallant, A Ronald Rossi, Peter E Tauchen, george, 1992.  
    http://ideas.repec.org/p/wpa/wuwpem/0201002.html

50. MIT Radiation Laboratory Series Volume 24 Threshold Signals Lawson, James L. And
    Threshold Signals Lawson, James L. and george E. uhlenbeck Volume 24 MIT RadiationLaboratory series. ( reference supplied by brew books). Introduction.  
    http://www.brewbooks.com/ref/rl/ref_radlab_v24.html
    
    Extractions: MIT Radiation Laboratory series The fundamental process in the reception of electromagnetic signals is to make perceptible to the human observer certain features of the incoming electromagnetic radiation. Since perception is the acquisition of information, these features may be called "intelligence" or "information". The electromagnetic wave may contain this information in many ways: the particular method used to abstract it and make it perceptible depends upon the structure of the original radiation. ... To change the characteristics of the signal into a form suitable for human perception, several events must usually take place. The complete system in which this chain of events occurs can be conveniently referred to as the receiving system and can be subdivided into four functional parts ... The Antenna The Receiver The Indicator The Human Observer Home Reference MIT Radlab Series Updated 31 May 1999

51. Testo Della Scienza Raggi X
    Translate this page ondulatorie dell'elettrone. Nel frattempo Samuel Goudsmit (1902 - 1978)e george uhlenbeck (1900 - ) introdussero lo spin. Il lavoro di  
    http://www.itclucca.lu.it/museo/xray0T1.htm

52. Samuel Goudsmit – En Glömd Fysiker?
    Tillsammans med george uhlenbeck införde han 1925 begreppet elektronspinn,något som vi i dag anser som fundamentalt inom fysiken.  
    http://vvv.fy.chalmers.se/fysikaktuellt/2002_2/goudsmit.html
    
    Extractions: Biografi Det är i år 100 år sedan Samuel A. Goudsmit (1902 – 1978) föddes i Nederländerna. Han var av judisk börd och studerade fysik under den framstående teoretiske fysikern Paul Ehrenfest (1880 – 1933) i Leiden (1). Tillsammans med sin studiekamrat George Uhlenbeck undersökte han finstrukturen i atomspektra. För att få överensstämmelse mellan mätresultat och teori, var de tvungna att införa ett nytt kvanttal. Detta kunde uppfattas som om elektronen hade en roterande rörelse kring sin egen axel, ett "spinn". De visade också att elektronens magnetiska moment måste vara en hel bohrmagneton, inte en halv som den klassiska teorin angav. Redan vid 23 års ålder hade alltså Goudsmit gjort en banbrytande upptäckt (2). På grund av nazismens framväxt emigrerade Goudsmit och Uhlenbeck till U.S.A. De blev båda professorer vid University of Michigan, Goudsmit under tiden 1927 - 46. Under krigsåren tillhörde Goudsmit den stora grupp fysiker, som på MIT arbetade med utvecklingen av radar. Under krigets slutskede, 1944 – 45, deltog han i "Alsos Mission", en expedition som hade till syfte att ta reda på hur långt man i Tyskland hade hunnit i utvecklingen av atombomber (mera om detta senare). Han knöts sedan till det nybildade Brookhaven National Laboratory, där han var chef för fysikavdelningen 1952 – 60. Åren 1951 – 62 var han chefredaktör för den redan då högt ansedda tidskriften Physical Review.

53. HTML Uitvoer Van HAZA-DATA 7.2
    2 george Eugène uhlenbeck, NederlandsAmerikaans natuurkundige, geboren te Batavia(NOI) op 6 december 1900, overleden te Boulder, Colorado (USA) op 31  
    http://home.wanadoo.nl/pietgenee/genuhlenbeck.htm

54. HTML Uitvoer Van HAZA-DATA 7.2
    Dirk Jacobus uhlenbeck, majoor der genie in NO Indië, gemeentesecretaris in Doesburgen 1859, op 38jarige leeftijd met Frederica Eugenia george (33 jaar oud  
    http://home.wanadoo.nl/pietgenee/kwuhlmel.htm
    
    Extractions: Kwartierstaat Christianus Cornelius Uhlenbeck (1866) en Wilhelmina Maria Melchior (1862) Naar HOOFDINDEX of Naar Kwartierstaten Deze homepage is het laatst bijgewerkt op: Het echtpaar had geen kinderen Christianus Cornelius Uhlenbeck , Doctor Nederlandse Letteren (1892), buitengewoon hoogleraar te Amsterdam (1892), Hoogleraar te Leiden (1899) en Lid Kon. Akademie van Wetenschappen (1904), geboren te Voorburg (ZH) op 18 oktober 1866, overleden te Lugano (IT) op 12 augustus 1951.

55. NFs
    In george B. Wilbur and Warner Muensterberger, editors. Psychoanalysis and Culture;Essays in Honor of Geza Roheim. (M). 50. uhlenbeck, Christianus Cornelius.  
    http://www.lib.mankato.msus.edu/lib/files/nf.html
    
    Extractions: 1. Wissler, Clark. The social life of the Blackfoot Indians. New York, American Museum of Natural History, 1911. 1, 1-64 p. illus. (M) 2. Wissler, Clark. Ceremonial bundles of the Blackfoot Indians. New York, American Museum of Natural History, 1912. 65-298 p. illus. (M) 3. Wissler, Clark. Material culture of the Blackfoot Indians. New York, American Museum of Natural History, 1910. 4, 1-175 p. illus. (M) 4. McClintock, Walter. The Old North Trail; or, Life, legends and religion of the Blackfoot Indians. Lincoln, University of Nebraska Press, 1968. 27, 539 p. illus., map. (M) 5. Grinnell, George Bird. Blackfoot lodge tales, the story of a prairie people. Lincoln, University of Nebraska Press, 1962. 18, 311 p. illus. (M) 6. McFee, Malcolm. Modern Blackfoot, Montanans on a reservations New York, Holt, Rinehart and Winston, 1972. 10, 134 p. illus., maps. (M) 7. United States. Public Health Service. Interdepartmental Committee on Nutrition for National Defense and the Division of Indian Health. Blackfoot Indian Reservation; nutrition survey August-September 1961. Washington, D. C., 1964. 14, 121 p. illus., maps, tables. (M) 8. Ewers, John Canfield. The Blackfoot: raiders of the northwestern Plains. Norman, University of Oklahoma Press, 1971. 18, 350 p. illus., maps. (M)

56. Food For Thought Biographies
    uhlenbeck, Christianus Cornelius (Dutch philologist), 18661926. uhlenbeck,george Eugene (Indonesian-born American physicist), 1900-1988.  
    http://www.evcom.net/~tourette/bio/bio_U.htm

57. Untitled Document
    (Alicia Colson), A Dutch Linguist on the Prairies CC uhlenbeck's Workon Blackfoot (Inge Genee). 500, george Soctomah's Hat (Willard Walker),  
    http://www.umanitoba.ca/algonquian/34Program.html

58. Physics Today March 2003
    Goudsmit's noted colleague george uhlenbeck is mentioned in a single sentence 'The Schrödinger theory came as a great relief,' said george uhlenbeck, the  
    http://physicstoday.org/vol-56/iss-3/p69b.html

59. NATIONAL MEDAL OF SCIENCE RECIPIENTS 1962-1999
    Frederick D. Rossini, Rice University Verner E. Suomi, University of WisconsinHenry Taube, Stanford University george F. uhlenbeck, Rockefeller University  
    http://www.physics.ohio-state.edu/~wilkins/osu_and_ohio/medalofscience.html
    
    Extractions: NATIONAL MEDAL OF SCIENCE RECIPIENTS 1962-1999 ANDREASEN, Nancy C. Biological Sciences University of Iowa College of Medicine BALDESCHWIELER, John D. Chemistry California Institute of Technology David Baltimore, California Institute of Technology Felix E. Browder, Rutgers University, Piscataway, NJ Ronald R. Coifman, Yale University James W. Cronin, The Enrico Fermi Institute, The University of Chicago Jared Diamond, UCLA Medical School Leo P. Kadanoff, The James Franck Institute, The University of Chicago Lynn Margulis, University of Massachusetts, Amherst Stuart A. Rice, The James Franck Institute, The University of Chicago John Ross, Stanford University Susan Solomon, National Oceanic and Atmospheric Administration, Boulder Robert M. Solow, Massachusetts Institute of Technology Kenneth N. Stevens, Massachusetts Institute of Technology Bruce N. Ames, University of California, Berkeley Don L. Anderson, California Institute of Technology John N. Bahcall, Institute for Advanced Study, Princeton University John W. Cahn, National Institute of Standards and Technology

60. Michigan Greats - Samuel C. C. Ting
    talented, says Jones, and he was a young man in a hurry. Ting had also considereddoing his doctoral work under professor george uhlenbeck, an eminent  
    http://www.research.umich.edu/news/michigangreats/ting.html
    
    Extractions: Office of the Vice President for Research Samuel C. C. Ting's association with Ann Arbor goes back to his birth on January 27, 1936. Ting's parents, scholars in their own right, were both graduate students at the University of Michigan in early 1936. The couple planned to return soon to China with his pregnant wife. Chance intervened and the Ting's first child was born almost two months premature. The Ting family did go back to Beijing, China when young Sam was two months old. His father became an engineering professor and his mother a professor of psychology. Ting's maternal grandmother assumed most of the child-rearing duties. World War II prevented Sam Ting from beginning formal schooling until he was 9 years old, although education was always highly valued in his family. It turned out that Ting's maternal grandfather lost his life during the first Chinese Revolution. So, at the age of thirty-three, his grandmother had gone to school, became a teacher, and brought Sam's mother up alone. "When I was young I often heard stories from my mother and grandmother recalling the difficult lives they had during that turbulent period and the efforts they made to provide my mother with a good education," says Ting. "Both of them were daring, original, and determined people, and they have left an indelible impression on me."

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