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Schwinger Julian:     more books (55)

Tomonaga Sin-itiro: A memorial : two shakers of physics by Julian Seymour Schwinger, 1980 Discontinuities in wave guides (Documents on modern physics) by Julian Schwinger, 1968 Quantum mechanics;: Lecture notes in Physics 251a by Julian Seymour Schwinger, 1957 Paticles & Sources by Julian Schwinger, 1969 [Nuclear physics by Julian Seymour Schwinger, 1947 Particles and sources (Documents on modern physics) by Julian Schwinger, 1969 Discontinuities in Waveguides by Julian Seymour Schwinger, D. Saxon, et all 1968-01-01 Lectures on quantum field theory by Julian Seymour Schwinger, 1967 Notes on lectures by Julian Schwinger: Discontinuities in waveguides by David S Saxon, 1945 Climbing the Mountain: The Scientific Biography of Julian Schwinger by Jagdish; Milton, Kimball Mehra, Advances Related to Quantum Electrodynamics (QED): An entry from Gale's <i>Science and Its Times</i> by K. Lee Lerner, 2001 QUANTUM ELECTRODYNAMICS (QED): An entry from Gale's <i>World of Earth Science</i>

lists with details

61. Julian Seymour Schwinger: New & Used Books: Find The Lowest Price
    julian Seymour schwinger Compare new and used books prices among 90 book stores in a click. Searched in books for julian Seymour schwinger.  
    http://www.fetchbook.info/search_Julian_Seymour_Schwinger/searchBy_Author.html

62. Julian Schwinger
    julian schwinger. USA. Harvard University Cambridge, MA, USA. 1918 1994. julian schwinger. Assistant to JR Oppenheimer. University of California - Berkeley.  
    http://www.childrenofthemanhattanproject.org/HF/Biographies - Men/schwinger.htm
    
    Extractions: The Manhattan Project Heritage Preservation Association, Inc. "Preserving, Exhibiting, Interpreting and Teaching the History of the Manhattan Project" Home Site Map Contact Us Feedback ... Mission "for his fundamental work in quantum electrodynamics, with deep-ploughing consequences for the physics of elementary particles" Julian Schwinger USA Harvard University Cambridge, MA, USA Assistant to J. R. Oppenheimer University of California - Berkeley Julian Schwinger was born on 12th February 1918 in New York City. The principal direction of his life was fixed at an early age by an intense awareness of physics, and its study became an all-engrossing activity. To judge by a first publication, he debuted as a professional physicist at the age of sixteen. He was allowed to progress rapidly through the public school system of New York City. Through the kind interest of some friends, and especially I. I. Rabi

63. Julian Schwinger
    Födelseland USA Födelseår 1918. julian schwinger. julian Seymour schwinger föddes år 1918 i USA och fick 1965 års nobelpris  
    http://www.kosmologika.net/Scientists/Schwinger.html
    
    Extractions: Födelseland: USA Födelseår: 1918 Julian Seymour Schwinger föddes år 1918 i USA och fick 1965 års nobelpris i fysik tillsammans med Shinichiro Tomonaga och Richard Feynman (1918-1988) för "deras grundläggande arbete inom kvantelektrodynamik, med långt gångna följder för elementarpartikelfysiken".

64. Kosmologika - Vetenskapsmännen
    Translate this page Laurent (1915- ) Schwarz, John (?- ) Schwarzschild, Karl (1873-1916) Schwarzschild, Martin (1912-1997) schwinger, julian Seymour (1918- ) Sciama, Dennis (1926  
    http://www.kosmologika.net/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- )

65. Julian Seymour Schwinger
    Price $59.95. Quantum Kinematics Dynamics Quantum Kinematics Dynamics julian schwinger was one of the greatest minds of our century.  
    http://engineering-books-online.com/search_Julian_Seymour_Schwinger/searchBy_Aut
    
    Extractions: I presume I do not need to introduce Schwinger's list of credentials, including a nobel prize for QED alongside with Feynman and the third guy (I'm sorry, I never seem to remember his name). Schwinger has always had his own view of physics, much like Feynman, and in his books he usually follows that view. The consequence is a book on an old subject, such as QM, which includes many new viewpoints and ideas not found in other books, especially in use of action principles, of which Schwinger was... Most people these days are reading peskin and schroeder, weinberg, ryder...etc. They are hard. Schwinger's books (3 vols) departs from most treatments; except for some similarity I think with weinberg (who i havent read). Here is what I like: 1) he wrote it to include everything but kept students in mind. 2) he wrote to counteract ''frustration with mathematical ambiguities and physical remoteness...'' 3) it is 'written by sure hands'' I would not recommend this as a first book or you might n...

66. Premios Nobel · Libros · Cultura Y Ciencia · Terra
    julian schwinger. Fecha de Biografía julian Seymour schwinger nació en Nueva York. De 1940-41 trabajó  
    http://cultura.terra.es/cac/libros/nobel/portada.cfm?idpersona=333&idpremio=164

67. Classical Electrodynamics (The Advanced Book Program) Julian Schwinger Jr Lester
    Classical Electrodynamics (The Advanced Book Program) julian schwinger Jr Lester L Deraad Kimball A Milton. Classical Electrodynamics  
    http://www.manorwindowsandglass.co.uk/Julian-Schwinger-Jr-Leste-Classical-Electr

68. PhysicsWeb - The Life And Legacy Of Julian Schwinger
    The life and legacy of julian schwinger Review December 2000. It remains, however, a valuable testament to the life and legacy of julian schwinger.  
    http://physicsweb.org/article/review/13/12/4
    
    Extractions: 2000 Oxford University Press 677pp $75.00hb A more detailed review by Lowell Brown, one of Schwinger's 73 PhD students and now a professor of physics at the University of Washington, US, appears in the December issue of Physics World When Julian Schwinger was asked in an interview in 1973 what first attracted him to theoretical physics, he replied: "I became fascinated with the structure of the universe." He was then asked if his fascination could be described as religious. "I suppose it's a form of nature worship," he said. "Perhaps it's not that much removed from the worship of a rock or a tree. Whatever directed primitive man to stand and wonder at the heavens is still at work in modern science." This biography is a thorough and comprehensive account of Schwinger's life and work. As the authors admit, this long book contains a great deal of mathematics that requires some sophistication to understand, although one could skim over the difficult bits. To my taste, it would have been improved if it were shorter. It remains, however, a valuable testament to the life and legacy of Julian Schwinger.

69. Julian Schwinger Definition Meaning Information Explanation
    Bibliothèque du GPS, liste des livres (S) A2C1 SCHW, Anglais. schwinger, julian, Particles, sources, and fields. Vol. 1, Perseus Books, A2C1 SCHW, Anglais. schwinger, julian, Particles, Sources, and Fields.  
    http://www.free-definition.com/Julian-Schwinger.html
    
    Extractions: Google News about your search term Julian Schwinger February 12 July 16 ) was an American theoretical physicist . He formulated the theory of renormalization and posited a phenomenon of electron-positron pairs known as the Schwinger effect. He was awarded the Nobel Prize in Physics in for his work on quantum electrodynamics QED Schwinger was born in New York City, attended the City College of New York as an undergraduate, and received his doctorate from Columbia University in where he studied under I.I. Rabi. He worked at the University of California, Berkeley and was later appointed to a position at Purdue University During World War II Schwinger worked at the Radiation Laboratory at MIT, providing theoretical support for the development of radar . During this time, Schwinger began to apply his understanding of radiation to quantum physics. After the war, Schwinger left Purdue for Harvard University , where he taught from 1945 to 1974. He married in 1947. During this time, he developed the concept of renormalization, which explained the Lamb shift in an electron's magnetic field. He also realized, in his study of particle physics, that neutrino s would come in multiple varieties, associated with

70. Julian Schwinger, Nobel Laureate In Physics, Founder Of Quantum Electrodynamics
    julian schwinger. schwinger founded the theory of quantum electrodynamics, along with Feynman and Tomonaga, after Dirac s pioneering work.  
    http://www.mth.kcl.ac.uk/~streater/schwinger.html
    
    Extractions: Schwinger founded the theory of quantum electrodynamics, along with Feynman and Tomonaga, after Dirac's pioneering work. He did important work also in quantum statistical physics, and the KMS condition is named after Kubo, Martin and Schwinger. I met Schwinger in about 1963 when I was responsible for organising the seminars at Imperial College. I had already invited the speakers for the next few weeks, when Salam More about Schwinger on page. Go to my HOME PAGE for more links.

71. Julian Schwinger, Quantum Mechanics
    http://theory.gsi.de/~vanhees/faq/books/node10.html

72. [physics/0303078] In Memory Of Julian Schwinger
    Physics, abstract physics/0303078. From Dr.Mario Rabinowitz view email Date Thu, 20 Mar 2003 043240 GMT (102kb) In Memory of julian schwinger.  
    http://arxiv.org/abs/physics/0303078
    
    Extractions: Although he was the recipient of a Nobel Prize and despite the greatness of his accomplishments, Julian Schwinger is almost an unsung hero of our age . He is relatively unknown to the general population, even though in the physics community he was a renowned theoretician and teacher of physics. He shared the 1965 Nobel Prize in physics with Richard P. Feynman and Shin'ichiro Tomonaga for their development of Quantum Electrodynamics (QED). Of these three extraordinary physicists, and even of all the physicists that worked on QED, his work was the most rigorous and mathematically exacting. References and citations for this submission:

73. [hep-th/9811054] Julian Schwinger And The Casimir Effect: The Reality Of Zero-Po
    julian schwinger and the Casimir Effect The Reality of ZeroPoint Energy. julian schwinger became interested in the Casimir effect in 1975.  
    http://arxiv.org/abs/hep-th/9811054
    
    Extractions: Julian Schwinger became interested in the Casimir effect in 1975. His original impetus was to understand the quantum force between parallel plates without the concept of zero point fluctuations of field quanta, in the language of source theory. He went on to consider applications to dielectrics and to spherical geometries in 1977. Although he published nothing on the subject in the following decade, he did devote considerable effort to understanding the connection between acceleration and temperature in the mid 1980s. During the last four years of his life, he became fascinated with sonoluminescence, and proposed that the dynamical Casimir effect could be responsible for the copious emission of photons by collapsing air bubbles in water. References and citations for this submission:

74. Climbing The Mountain: The Scientific Biography Of Julian Schwinger Jagdish Mehr
    Climbing the Mountain The Scientific Biography of julian schwinger Jagdish Mehra Kimbell Milton. Climbing the Mountain The Scientific  
    http://www.welsh-breaks.co.uk/Jagdish-Mehra-Kimbell-Mil-Climbing-the-Mountain-Th

75. Climbing The Mountain: The Scientific Biography Of Julian Schwinger Jagdish Mehr
    Climbing the Mountain The Scientific Biography of julian schwinger Jagdish Mehra Kimball Milton. Climbing the Mountain The Scientific  
    http://www.welsh-breaks.co.uk/Jagdish-Mehra-Kimball-Mil-Climbing-the-Mountain-Th

76. Some Julian Schwinger Links
    Some julian schwinger Links. Official Nobel Prize Biography. Another Nobel Prize Link. Biographical Information. Nobel Prize Internet Archive.  
    http://www.phys.ttu.edu/~cmyles/schwing.html

77. Julian Schwinger: Awards Won By Julian Schwinger
    123Awards hardwork is paid in form of awards. The biggest english dictionary RealDictionary.com. Awards of julian schwinger. OTHER-NOBEL, 1965, PHYSICS.  
    http://www.123awards.com/artist/1898.asp

78. Nat'l Academies Discovery Engine
    Currently using julian schwinger as the search focus. Try this search on the older engine and julian schwinger (NAS 1949).  
    http://lab.nap.edu/nap-cgi/discover.cgi?term=julian schwinger&restric=NAX

79. Physics Today May 2003
    julian schwinger s Paradoxical Legacy. We were pleased to see that Physics Today has published a review (April 2002, page 77) of  
    http://www.physicstoday.com/vol-56/iss-5/p15b.html
    
    Extractions: Julian Schwinger's Paradoxical Legacy We were pleased to see that Physics Today has published a review ( April 2002, page 77 ) of our book, Climbing the Mountain: The Scientific Biography of Julian Schwinger (Oxford U. Press, 2000), but not so pleased with the content of Tian Yu Cao's review nor with the fact that Physics Today chose to headline it as "Julian Schwinger, But Not the Definitive Julian Schwinger." The review seems to us, first, to be unrepresentative. The first two-thirds of the book, which deals with Schwinger's early remarkable career in nuclear physics, his profound work on waveguides and synchrotron radiation during World War II, his conquest of quantum electrodynamics, and his groundwork on what became the standard model, is hardly mentioned. Instead, the reviewer concentrates on Schwinger's disillusionment with operator field theory in the late 1960s, his resulting development of source theory, and his increasing isolation from the mainstream. It is, of course, of great interest to explore that late part of his career. Indeed, the points illuminating Schwinger's rejection of his own creation, renormalized quantum field theory, mentioned by Cao, appear verbatim in our book. The penultimate paragraph of the review seems particularly unfair. Our book is not intended as a definitive review of quantum chromodynamics, a theory that Schwinger in fact detested. Schwinger likewise had little interest in such subjects as constructive field theory and asymptotic freedom. As for the establishment of the flavor SU(3) symmetry, we disagree with the reviewer. Although it is true that Murray Gell-Mann and others had proposed the symmetry at least as early as 1961 (as mentioned in our ref. 17, p. 408), it was not generally accepted until the discovery of the predicted

80. [hep-ph/9505293] Julian Schwinger: Source Theory And The UCLA Years--- From Magn
    Quantum kinematics and dynamics / julian schwinger. (Advanced book classics) , *schwinger, julian Seymour, 1918. ? ?, LCSHQuantum theory.  
    http://xxx.lanl.gov/abs/hep-ph/9505293
    
    Extractions: Julian Schwinger began the construction of Source Theory in 1966 in response to the then apparent failure of quantum field theory to describe strong interactions, the physical remoteness of renormalization, and the utility of effective actions in describing chiral dynamics. I will argue that the source theory development was not really so abrupt a break with the past as Julian may have implied, for the ideas and techniques in large measure were present in his work at least as early as 1951. Those techniques and ideas are still of fundamental importance to theoretical physics, so much so that the designation ``source theory'' has become superfluous. Julian did a great deal of innovative physics during the last 30 years of his life, and I will touch on some of the major themes. The impact of much of this work is not yet apparent. (Invited talk at Washington APS/AAPT meeting) References and citations for this submission:

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