164:, a prediction that the number of hadronic states grows exponentially with energy. This is nowadays understood as a manifestation of the deconfinement phase transition. The exponential growth is incorporated into
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before moving to
Caltech in 1962. At Caltech he was the Executive Officer for Physics in 1988-97, and Master of Student Houses in 1997-2002. He received the Feynman Prize for Excellence in Teaching in 2014.
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into particle physics, elucidation of the role of infrared photons in high energy scattering, and for seminal contributions to undergraduate physics education".
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Yennie, D. R., Steven C. Frautschi, and H. Suura (1961). "The infrared divergence phenomena and high-energy processes."
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to the strong interactions was largely abandoned by the particle physics community in the 1970s in light of
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into the western literature. Frautschi's most well known contribution to strong-interaction theory was the
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in strong interactions and wide angle pair production and quantum electrodynamics at small distances
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of the strong interactions and for his contribution to the resolution of the
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Theoretical
Physicist Wins Feynman Prize for Excellence in Teaching
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106:. Frautschi worked as a postdoctoral researcher in the groups of
59:(Caltech). He is known principally for his contributions to the
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195:. This work was one of the keys to solving the problem of
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13/08/1982: Vol. 217, Issue 4560, pp. 593–599 (
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One of
Frautschi's doctoral students at Caltech was
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75:in 2015 for "contributions to the introduction of
55:, currently professor of physics emeritus at the
140:In 1961, Chew and Frautschi discovered that the
152:is plotted against mass squared on a so-called
247:and Laura, are both professional violinists.
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95:in 1958, having written his dissertation on
232:The Mechanical Universe, Mechanics and Heat
381:California Institute of Technology faculty
401:Fellows of the American Physical Society
51:; born December 6, 1933) is an American
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219:1982 Entropy in an Expanding Universe.
287:Chew, Geoffrey; Frautschi, S. (1961).
156:), and the two of them introduced the
71:(QED). He was named a Fellow of the
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122:. He was an assistant professor at
120:University of California, Berkeley
91:in 1954 and received his PhD from
57:California Institute of Technology
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376:21st-century American physicists
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386:American theoretical physicists
227:: 10.1126/science.217.4560.593)
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338:10.1016/0003-4916(61)90151-8
168:, where it is known as the
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396:Stanford University alumni
313:10.1103/PhysRevLett.7.394
87:Frautschi graduated from
73:American Physical Society
144:fall into straight-line
83:Education and employment
293:Physical Review Letters
69:quantum electrodynamics
391:Harvard College alumni
178:quantum chromodynamics
162:statistical bootstrap
136:Subjects of his works
53:theoretical physicist
197:infrared divergences
170:Hagedorn temperature
305:1961PhRvL...7..394C
154:Chew–Frautschi plot
93:Stanford University
65:infrared divergence
20:Steven C. Frautschi
148:(in their scheme,
146:Regge trajectories
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327:Annals of Physics
174:S-matrix approach
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366:1933 births
349:Science Mag
77:Regge poles
67:problem in
360:Categories
251:References
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245:Jennifer
172:. (This
301:Bibcode
221:Science
158:pomeron
118:at the
239:Family
142:mesons
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187:and
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