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How my father came to America

How my father came to America
Murray Gell-Mann Scientist
Next Views Duration
1. How my father came to America 6973 03:08
2. My mother's nationality 2786 00:40
3. A supplementary education 2276 01:22
4. Birdwatching with my brother 2055 01:22
5. A cornucopia of early interests 1914 02:50
6. Individuality and freedom: its importance and its absence 1929 01:49
7. My mother liked me and believed in me 1849 03:05
8. Doc Beene 1794 02:11
9. Studying elementary physics - reluctantly 3384 00:57
10. How I ended up studying physics at Yale 2984 03:05
11. Henry Margenau's physics class 3332 05:03
12. The eccentric Gregory Breit 2565 02:38
13. How World War II affected the graduate program at Yale 1908 01:27
14. The unwritten letter of thanks 2008 02:22
15. The many varied courses at Yale 1998 03:06
16. Applying to graduate schools 2195 04:55
17. MIT or suicide 3294 02:49
18. Making friends at MIT 2524 01:40
19. Interaction with other MIT students 2179 01:00
20. Parity conservation: an inviolable principle? 2318 02:31
21. Using symmetry to learn about physical laws 2611 03:24
22. When theory was in disgrace 2216 01:58
23. The race to calculate the relativistic Lamb shift 2789 02:53
24. The shell model and J-coupling 1703 00:48
25. Examining intermediate coupling inside the nucleus 1488 04:51
26. Taking courses at Harvard 2207 02:16
27. Student days: living hand-to-mouth 2072 04:44
28. The Institute for Advanced Study 2261 04:07
29. Gell-Mann's first paper with Francis Low 1990 02:00
30. Work on Radar System at the University of Illinois 1480 02:20
31. Trying to make a reliable computer out of unreliable parts 1491 03:16
32. Doodling during seminars at the Control Systems Laboratory 1369 03:49
33. Einstein 4519 04:58
34. Oppenheimer 2920 00:54
35. The atmosphere at Princeton. Getting a job in Chicago 1848 03:03
36. Theoretical physics discussion group at Chicago 1758 01:22
37. Fermi 2950 04:16
38. Work at Chicago. Pseudo-scalar meson theory 1421 03:56
39. The atmosphere at Chicago 1440 01:09
40. Discussions with Enrico Fermi; resonance and symmetry 2209 01:55
41. Learning about theory 1775 01:02
42. We never wrote up the crossing relations 1216 02:24
43. Quantum field theory on the mass shell 1452 02:39
44. Geoff Chew and mass shell field theory 1251 00:47
45. 1961 La Jolla meeting: taking Oppenheimer to lunch 1569 02:02
46. 1961 La Jolla meeting: Geoffrey Chew 1383 01:45
47. Stanley Mandelstam 1596 01:11
48. The bootstrap theory 1552 02:20
49. The assistant professorship at Chicago 1154 02:53
50. Working on the renormalization group with Francis Low 1409 01:20
51. Inconsistencies in the theory of quantum electrodynamics 1402 01:16
52. Bogolyubov, Shirkov and the renormalisation group work 1727 00:55
53. Frustated by professional rivalry 1679 01:46
54. The effects of Khrushchev's anti-Stalin speech 1465 01:41
55. The Moscow meeting on particle physics 1512 02:31
56. Ken Wilson's work with the renormalization group 1880 01:00
57. Positive and negative weights 1120 00:42
58. Heisenberg 2613 02:36
59. Strange particles 1165 01:57
60. Dick Dalitz; tau decay 1052 01:14
61. Isotopic spin 1085 03:37
62. Explaining Dave Peaslee's letter 931 04:17
63. Giving talks on the idea of isotopic spin 879 03:46
64. Almost getting drafted; a letter to the Physical Review 1048 02:05
65. Problems with the letter to the Physical Review 1102 03:50
66. Talking to Fermi, the theory of high angular momentum 1254 04:38
67. Confirming the theory 906 02:41
68. The role of Pais; associated production 1017 00:53
69. Associated production, isotopic spin and strangeness 733 01:04
70. Giving a class in Chicago. Presenting a paper with Pais 1061 04:02
71. Another visit to The Institute for Advanced study. Shiing-Shen Chern 1356 03:14
72. The Yang-Mills theory 1785 02:01
73. The move to Caltech 1409 04:44
74. Early days at Caltech. Working with Feynman 3075 01:53
75. Weak interactions 1157 01:19
76. The parity revolution: accounting for the τ and θ puzzle 1369 03:54
77. Disagreement among the top physicists 1198 05:18
78. 'The Last Stand of the Universal Fermi Interaction' 1066 02:11
79. A brush with the CIA 1372 03:01
80. Begrudgingly signing my name to a paper with Feynman 3010 03:38
81. Electromagnetism, PCAC and global symmetry 889 03:23
82. The Stanford meeting of The American Physical Society 889 01:55
83. Muon and electron neutrinos 924 01:12
84. Collaborating with Feynman 2944 02:40
85. Global symmetry. Yang-Mill's theory. Phil Anderson 1331 03:21
86. Symmetry schemes 813 03:16
87. The Sakata model. A field theory model 1166 02:28
88. London and Paris. Partially conserved axial vector current 769 02:31
89. The Sigma model 826 00:59
90. Sheldon Glashow. The SU(2) times U1 theory 1234 04:10
91. Departmental interaction holds the key 1034 04:02
92. The Eightfold Way 1106 02:28
93. Worries about the Caltech report 894 03:32
94. Re-writing the Eightfold Way paper and publishing in 1962 911 03:53
95. 1962 International Conference at Geneva and the birth of quarks 993 05:28
96. Yuval Ne'eman 1172 04:01
97. Working on Regge pole theory 712 04:29
98. People at Caltech 1259 00:54
99. SU(3) - fundamental triplets 726 01:02
100. Working with Goldberger and Low at MIT 669 02:19
101. Investigating regge poles at MIT 649 04:27
102. Quarks, mass shell analysis and the bootstrap 657 01:31
103. Giving a course on general ideas about elementary particles 741 01:16
104. Parastatistics. Lunch with Bob Serber 793 02:26
105. The job situation 946 02:57
106. Criticism of Julian Schwinger 4747 01:57
107. Woods Hole; working on classified problems 797 01:54
108. Anti-ballistic missiles and strategy 809 01:39
109. Julian Schwinger 2922 02:22
110. The summer of 1963 830 01:29
111. Back at Caltech; looking into triplets 730 03:39
112. George Zweig 1469 00:50
113. Writing up the quarks. Real, mathematical or fictitious particles 1347 03:33
114. George Zweig and Leon van Hove 1210 00:53
115. Proposing quarks. The Physical Review and Physics Letters 1091 02:34
116. Naming quarks 1003 02:19
117. A paper on current quarks 716 00:52
118. Inspired by a recipe 613 03:20
119. Representations 706 02:17
120. Pugwash meeting in India 755 02:05
121. Meeting Millionshchikov 776 03:49
122. Millionshchikov's message to me 637 02:46
123. A meeting in Moscow 683 01:08
124. Talks about banning anti-ballistic missile systems 613 01:20
125. Pole dominance 415 01:00
126. Piecing together the particle physics puzzle 460 00:53
127. The Han-Nambu picture 567 03:51
128. A difference of opinions 495 01:25
129. Lecturing in Cambridge, England 2965 02:14
130. Bjorken's idea 710 02:52
131. Feynman's partons 1439 03:12
132. Quarks as asymptotic states. Missed opportunities 567 01:35
133. A year at CERN. Parastatistics and color 504 02:57
134. Parastatistics and color: using the correct data 449 00:52
135. Calculating pi-zero into two gamma. Giving a talk in Munich 465 02:59
136. My 'business trip' honeymoon in 1992 490 03:07
137. Reading from Quarks, color and QCD 466 02:37
138. The ninth axial vector current and the corresponding pseudo-scalar boson 424 03:03
139. Asymptotic freedom in field theory; Gross and Wilczek 768 02:03
140. The color picture with confined color 435 01:06
141. Giving a paper at SLAC. David Politzer 722 01:35
142. The idea of QCD takes hold 578 01:52
143. Feynman and QCD 1712 00:56
144. Strings and bootstraps. The Veneziano model 686 03:02
145. People at CERN. Veneziano's theory, string theory, bootstrap theory 656 01:24
146. Pierre Ramond, John Schwarz and André Neveu; superstring theory 771 01:16
147. The importance of superstring theory. Dimensionality 763 03:10
148. Getting the Nobel Prize 953 03:16
149. Sight-seeing in Stockholm 843 02:39
150. Electro weak and charm 533 03:22
151. The fourth quark 618 03:16
152. Salam and Ward 1230 01:18
153. Sheldon Glashow; enemy of superstring theory 1586 01:55
154. Crucial tests for string theory 893 01:03
155. Superstring theory 894 03:32
156. Testing superstring theory 1121 03:27
157. Calculating the probability of possible solutions for the universe 576 01:34
158. Boundary conditions in the context of string theory 486 01:09
159. Cosmology, astrophysics and particle physics 617 03:56
160. Working on quantum mechanics, the work of Everett 1172 03:01
161. Decoherent histories, realms 832 02:24
162. Do we need a fundamental generalization of quantum mechanics? 730 03:54
163. Teaching quantum mechanics 1104 02:06
164. A revolution in physics? 898 01:24
165. The experimental confirmation of quantum mechanics 1033 04:43
166. The lack of academic diversity at Caltech 1006 03:17
167. Founding the Santa Fe Institute 556 00:47
168. A broad range of topics covered by the Santa Fe Institute 490 03:47
169. Research and study at Santa Fe. The founding workshops 384 03:21
170. The structure at Santa Fe 366 03:27
171. Early days at Santa Fe 354 01:27
172. Finding accommodation for the Institute 321 01:47
173. Achievements of the Institute 365 04:07
174. The future of the Institute. Models 337 02:02
175. Complex adaptive systems 405 03:38
176. Analytic work at Santa Fe. Integrative workshop 293 01:38
177. Gell-Mann's research: 1997 459 03:25
178. Simplicity and complexity. Complex adaptive systems 434 03:34
179. Competition among different schemata 369 02:51
180. Information overload. A crude look at the whole 400 04:42
181. Integration of data 327 04:49
182. Conservation. The MacArthur Foundation 283 02:48
183. The World Resources Institute. Policy studies, climate change 275 02:13
184. The World Environment and Resources Committee 221 02:48
185. Other work with the MacArthur Foundation 218 01:28
186. Serving on presidential advisory Committees 240 02:09
187. The work of PCAST and PSAC 202 04:09
188. The voice of scientists in the public arena 296 00:59
189. The scientist as a go-between 342 00:56
190. The decision to write The Quark and the Jaguar 643 02:57
191. Writing The Quark and the Jaguar 446 03:44
192. What The Quark and the Jaguar is about 515 03:54
193. A follow up book; regularity versus randomness 390 02:09
194. The future of science 782 02:19
195. 'Physicists are remarkably flexible people' 620 01:58
196. Major issues in science 722 01:25
197. Scientists I've known 1395 03:15
198. Students 1121 00:56
199. Living and teaching in New Mexico 629 00:47
200. So many interests, so little time 887 00:40
Comments (2) Please sign in or register to add comments
Anthony Albert.C
Tuesday, 07 July 2020 08:11 PM
Gell-Mann is a bit of a man of mystery. According to New York Magazine article OCT. 28, 2002 Jeffrey...
More...
Gell-Mann is a bit of a man of mystery. According to New York Magazine article OCT. 28, 2002 Jeffrey Epstein: International Moneyman of Mystery By Landon Thomas Jr. ...”a custom-built 51,000-square-foot castle in Santa Fe. Said to be the largest house in the state, the latter sits atop a hill on a 45,000-acre ranch. He had it built because of the month or so he found himself spending there, talking elementary particle physics with his friend Murray Gell-Mann, a Nobel Prize–winning physicist and co-chair of the science board at the Santa Fe Institute.“. A substantial commitment , begs to wonder what projects might have been going on .. it has been mentioned this ranch was to be a breeding farm with multiple woman serving as surrogates for IVF Epstein’s? Clones? Sante Fe institute is very a interesting private research group.
Anthony Albert.C
Tuesday, 07 July 2020 08:11 PM
Gell-Mann is a bit of a man of mystery. According to New York Magazine article OCT. 28, 2002 Jeffrey...
More...
Gell-Mann is a bit of a man of mystery. According to New York Magazine article OCT. 28, 2002 Jeffrey Epstein: International Moneyman of Mystery By Landon Thomas Jr. ...”a custom-built 51,000-square-foot castle in Santa Fe. Said to be the largest house in the state, the latter sits atop a hill on a 45,000-acre ranch. He had it built because of the month or so he found himself spending there, talking elementary particle physics with his friend Murray Gell-Mann, a Nobel Prize–winning physicist and co-chair of the science board at the Santa Fe Institute.“. A substantial commitment , begs to wonder what projects might have been going on .. it has been mentioned this ranch was to be a breeding farm with multiple woman serving as surrogates for IVF Epstein’s? Clones? Sante Fe institute is very a interesting private research group.