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Searched: All for (particle physics)
Found: 145 matches


1. The Ultimate Structure of Matter: The High Energy Physics Program from the 1950s through the 1980s; ; February, 1990; DOE/ER--0435; ACC0005
7908 K, 47 pp.
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2. Forty-five Years of e{sup +}e{sup -} Annihilation Physics: 1956 to 2001; Richter, B.; August, 1984; SLAC-PUB-3659; ACC0374
2920 K, 21 pp.
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3. Charting the Course for Elementary Particle Physics; Richter, B.; February 16, 2007; SLAC-PUB-12345; ACC0375
268 K, 14 pp.
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4. The Discovery of the Tau Lepton and the Changes in Elementary Particle Physics in 40 Years; Perl, M.; October 22, 2003; SLAC-PUB-10150; ACC0130
713 K, 49 pp.
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5. CDF Top Physics; Tartarelli, G. F.; CDF Collaboration; May, 1996; FERMILAB-Conf--96/099-E; ACC0201
1437 K, 14 pp.
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6. Neutrino Physics; Lederman, L. M.; January 9, 1963; BNL 787; ACC0169
3215 K, 28 pp.
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7. Methods of Particle Detection for High-energy Physics Experiments; Bradner, H.; Glaser, D.A.; October, 1958; A/CONF.15/P/730(Rev.1); ACC0092
750 K, 16 pp.
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8. Research in the Theory of Condensed Matter and Elementary Particles: Final Report, September 1, 1984 - November 30, 1987; Friedan, D.; Kadanoff, L.; Nambu, Y.; Shenker, S.; April, 1988; DOE/ER/45144-2; ACC0278
2201 K, 55 pp.
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9. Infinite Multiplets; Nambu, Y.; 1967; COO--264-403; EFINS--67-80; ACC0280
1216 K, 34 pp.
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10. Design Considerations for High Energy Electron -- Positron Storage Rings; Richter, B.; November, 1966; SLAC-PUB--240; ACC0371
1070 K, 34 pp.
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11. Report of the Working Group on CP Violation and Rare Decays; Cronin, J. W.; Deshpande, N. G.; Kane, G. L.; Luth, V. C.; Odian, A. C.; Machacek, M. E.; Paige, F.; Schmidt, M. P.; Slaughter, J.; Trilling, G. H.; October, 1984; LBL-18402; ACC0351
330 K, 12 pp.
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12. Hadron and Photon Production of J Particles and the Origin of J Particles; Ting, S. C. C.; 1975; COO--3069-327; ACC0378
1503 K, 49 pp.
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13. Neutral-current x-distributions; Friedman, J. I.; Kendall, H. W.; Bogert, D.; Burnstein, R.; Fisk, R.; Fuess, S.; Bofill, J.; Busza, W.; Eldridge, T.; Abolins, M.; Brock, R.; et al.; June, 1984; DOE/ER/05023 3; ACC0175
824 K, 20 pp.
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14. Edwin M. McMillan, A Biographical Sketch; Lofgren, E. J.; July, 1994; LBL--35965; ACC0365
4485 K, 7 pp.
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15. Soft Pion Processes; Nambu, Y.; January, 1968; COO--264-421; EFI--68-11; ACC0279
526 K, 23 pp.
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16. The Antiproton-Nucleon Annihilation Process (Antiproton Collaboration Experiment); Barkas, W. H.; Birge, R. W.; Chupp, W. W.; Ekspong, A. G.; Goldhaber, G.; Goldhaber, S.; Heckman, H. H.; Perkins, D. H.; Sandweiss, J.; Segre, E.; Smith, F. M.; Stork, D. H.; Rossum, L. Van; Amaldi, E.; Baroni, G.; Castagnoli, C.; Franzinetti, C.; Manfredini, A.; September 10, 1956; UCRL--3520; ACC0413
2397 K, 92 pp.
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17. Personal History of Nucleon Polarization Experiments; Chamberlain, O.; September, 1984; LBL-18927; ACC0423
329 K, 30 pp.
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18. The K{sup 0}anti K{sup 0} System; Charpak, G.; Gourdin, M.; July 11, 1967; CERN--67-18; ACC0404
1636 K, 102 pp.
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19. Broken Scale Invariance and Anomalous Dimensions; Wilson, K. G.; May, 1970; SLAC-PUB--737; ACC0345
919 K, 23 pp.
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20. Status of Heavy-lepton Searches; Perl, M. L.; June, 1981; SLAC-PUB-2752; ACC0133
1438 K, 58 pp.
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21. Particle Substructure. A Common Theme of Discovery in this Century; Panofsky, W. K. H.; February, 1984; SLAC-PUB--3288; ACC0028
1382 K, 23 pp.
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22. Broken SU(3) x SU(3) x SU(3) x SU(3) Symmetry; Freund, P. G. O.; Nambu, Y.; October, 1964; COO-264-219; EFINS-64-53; ACC0274
1445 K, 37 pp.
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23. CP Violation, Neutral Currents, and Weak Equivalence; Fitch, V. L.; March 23, 1972; PURC--4159-53; ACC0354
941 K, 36 pp.
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24. Three-body Problem in Nuclear Matter; Bethe, H. A.; Rajaraman, R.; 1967; TID--23736; ACC0101
3547 K, 98 pp.
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25. Inelastic Scattering Of Electrons By Protons; Cone, A. A.; Chen, K. W.; Dunning, J. R. Jr.; Hartwig, G.; Ramsey, N. F.; Walker, J. K.; Wilson, R.; December, 1966; HUX--2752-21; ACC0282
4436 K, 85 pp.
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26. Gauge Theories of Vector Particles; Glashow, S. L.; Gell-Mann, M.; April 24, 1961; CTSL-28; ACC0128
3634 K, 51 pp.
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27. Some Comments on the Decays of eta (550); Veltman, M.; Yellin, J.; July, 1966; BNL--10396; ACC0154
850 K, 32 pp.
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28. Status and Aims of the DUMAND Neutrino Project: the Ocean as a Neutrino Detector; Roberts, A.; Blood, H.; Learned, J.; Reines, F.; July, 1976; FERMILAB-Conf-76/59-EXP; ACC0159
1352 K, 48 pp.
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29. Pauli Principle and Pion Scattering; Bethe, H. A.; October, 1972; LA--5052; ACC0103
272 K, 11 pp.
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30. Hadron Cancer Therapy: Role of Nuclear Reactions; Chadwick, M. B.; June 20, 2000; LA-UR-00-2869; ACC0225
458 K, 9 pp.
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31. Lectures on Chiral Symmetries and Soft Pion Processes; Nambu, Y.; August, 1966; EFINS--66-107; ACC0276
2314 K, 67 pp.
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32. Hadronic Form Factors in Asymptotically Free Field Theories; Gross, D. J.; Treiman, S. B.; 1974; COO--3072-25; ACC0468
526 K, 17 pp.
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33. Evolution of Some Particle Detectors Based On the Discharge in Gases; Charpak, G.; November 19, 1969; CERN--69-29; ACC0405
526 K, 20 pp.
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34. An Experiment on the Limits of Quantum Electro-dynamics; Barber, W. C.; Richter, B.; Panofsky, W. K. H.; O'Neill, G. K.; Gittelman, B.; June, 1959; HEPL-170; ACC0370
2534 K, 70 pp.
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35. The Discovery of the Tau Lepton: Part 1, The Early History Through 1975; Part 2, Confirmation of the Discovery and Measurement of Major Properties, 1976--1982; Perl, M. L.; August, 1994; SLAC-PUB--6584; ACC0025
1481 K, 36 pp.
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36. Self-consistent Models of Strong Interaction with Chiral Symmetry; Nambu, Y.; Pascual, P.; April, 1963; EFINS-63-25; ACC0273
878 K, 22 pp.
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37. Triplets, Static SU(6), and Spontaneously Broken Chiral SU(3) Symmetry; Nambu, Y.; January, 1966; COO-264-308; EFINS-66-19; ACC0275
371 K, 12 pp.
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38. The Discovery of the Point Like Structure of Matter; Taylor, Richard E.; September, 2000; SLAC-PUB-8640; ACC0172
396 K, 18 pp.
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39. xml version="1.0" encoding="UTF-8"?> <rss version="2.0"> <channel> ...; ... &quot; Richter was honored &quot;for the breadth of his influence in the multiple disciplines of accelerator physics and particle physics, his profound ...


40. Measurement of Ultracold Neutrons Produced by Using Doppler-shifted Bragg Reflection at a Pulsed-neutron Source; Brun, T. O.; Carpenter, J. M.; Krohn, V. E.; Ringo, G. R.; Cronin, J. W.; Dombeck, T. W.; Lynn, J. W.; Werner, S. A.; 1979; ORO-2504-309; ACC0350
211 K, 8 pp.
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41. Weak Interaction Models with New Quarks and Right-handed Currents; Wilczek, F. A.; Zee, A.; Kingsley, R. L.; Treiman, S. B.; June, 1975; FERMILAB-Pub-75/44-THY; ACC0085
1540 K, 47 pp.
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42. Observation of the Top Quark; Kim, S. B.; August, 1995; FNAL/C--95/276-E; ACC0200
781 K, 27 pp.
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43. High Energy Electromagnetic and Weak Interaction Processes; Lee, T. D.; January 11, 1972; BNL--16828; ACC0454
924 K, 34 pp.
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44. The Top...is it There? A Survey of the CDF and D0 Experiments; Tollestrup, A. V.; December, 1994; FNAL/C--94/419-E; ACC0199
2727 K, 71 pp.
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45. The Discovery of the b Quark at Fermilab in 1977: The Experiment Coordinator's Story; Yoh, J.; December, 1997; FNAL/C--97/432-E; ACC0013
866 K, 16 pp.
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46. Norman Ramsey and the Separated Oscillatory Fields Method; ... research and writing as the Higgins Professor of Physics, Emeritus. His research has ranged from atomic beams to particle physics. ...


47. Results on the Performance of a Broad Band Focussing Cherenkov Counter; Cester, R.; Fitch, V. L.; Montag, A.; Sherman, S.; Webb, R. C.; Witherell, M. S.; 1980; COO-3072-119; ACC0355
440 K, 6 pp.
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48. Asymptotically Free Gauge Theories. I; Wilczek, Frank; Gross, David J.; July, 1973; NAL-PUB-73/49-THY; ACC0083
2316 K, 74 pp.
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49. The Hydrogen Bubble Chamber and the Strange Resonances; Alvarez, L. W.; June, 1985; LBL--22392; ACC0021
955 K, 15 pp.
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50. MAXIMA-1: A Measurement of the Cosmic Microwave Background Anisotropy on Angular Scales of 10' to 5 degrees; Ade, P.; Balbi, A.; Bock, J.; Borrill, J.; Boscaleri, A.; de Bernardis, P.; Ferreira, P. G.; Hanany, S.; Hristov, V. V.; Jaffe, A. H.; Lange, A. E.; Lee, A. T.; Mauskopf, P. D.; Netterfield, C. B.; Oh, S.; Pascale, E.; Rabii, B.; Richards, P. L.; Smoot, G. F.; Stompor, R.; Winant,C. D.; Wu, J. H. P.; June 4, 2005; LBNL--60038; ACC0186
224 K, 7 pp.
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51. Inclusive Yields of pi{sup +}, pi{sup -}, K{sup +}, and K{sup -} from H{sub 2} Photoproduced at 18 GeV at Forward Angles; Boyarski, A. M.; Coward, D.; Ecklund, S.; Richter, B.; Sherden, D.; Siemann, R.; Sinclair, C.; 1971; CONF-710816--26; ACC0372
232 K, 10 pp.
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52. Experimental Survey of Strange Particle Decays; Steinberger, J.; June, 1964; NEVIS-125; ACC0222
2148 K, 58 pp.
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53. The EGS4 Code System: Solution of Gamma-ray and Electron Transport Problems; Nelson, W. R.; Namito, Yoshihito ; March, 1990; SLAC-PUB--5193; ACC0032
1000 K, 17 pp.
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54. Luis Alvarez, the Hydrogen Bubble Chamber, Tritium, and Dinosaurs; Luis W. Alvarez won the 1968 Nobel Prize in Physics for his 'decisive contributions to elementary particle physics ... '. ...


55. Law of Conservation of Muons; Feinberg, G.; Weinberg, S.; February, 1961; TID-14982; ACC0126
649 K, 12 pp.
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56. Experimental Search for a Heavy Electron; Boley, C. D.; Elias, J. E.; Friedman, J. I.; Hartmann, G. C.; Kendall, H. W.; Kirk, P.N.; Sogard, M. R.; Van Speybroeck, L. P.; de Pagter, J. K.; September, 1967; MIT -- 2098-378; ACC0173
745 K, 21 pp.
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57. Review of Heavy Lepton Production in e{sup +}e{sup -} Annihilation; Perl, M. L.; October, 1977; SLAC-PUB-2022; ACC0132
843 K, 22 pp.
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58. Masatoshi Koshiba and Cosmic Neutrinos; ... 'The 2002 Nobel Prize in Physics has been awarded to … Masatoshi Koshiba of the International Center for Elementary Particle Physics at the University of ...


59. Neutrino Experiments at Reactors; Reines, F.; Gurr, H. S.; Jenkins, T. L.; Munsee, J. H.; September 9, 1968; UCI--10-P-19-9; ACC0158
821 K, 14 pp.
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60. Search for Massive Particles Produced in Interactions at 30 BeV; Franzini, P.; Leontic, B.; Rahm, D.; Samios, N.; Schwartz, M.; January, 1965; BNL-8751; ACC0344
213 K, 9 pp.
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61. Atomic Number Dependence of Hadron Production at Large Transverse Momentum in 300 GeV Proton--Nucleus Collisions; Cronin, J. W.; Frisch, H. J.; Shochet, M. J.; Boymond, J. P.; Mermod, R.; Piroue, P. A.; Sumner, R. L.; July 15, 1974; COO--3072-29; ACC0349
372 K, 13 pp.
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62. Three-Triplet Model with Double SU(3) Symmetry; Han, M. Y.; Nambu, Y.; 1965; NYO-3399-31; ACC0272
727 K, 23 pp.
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63. Triplets and Triality; Gell-Mann, M.; August, 1964; CALT-68-8; ACC0114
364 K, 10 pp.
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64. DOE Research and Development Accomplishments RSS Archive 2007; ... Along the way, Alvarez developed the proton linear accelerator and won the 1968 Nobel Prize in Physics for contributions to elementary particle physics. ...


65. Timelike Momenta In Quantum Electrodynamics; Brodsky, S. J.; Ting, S. C. C.; December, 1965; NYO-1932-103; ACC0377
533 K, 18 pp.
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66. Some Thoughts on Stability in Nonlinear Periodic Focusing Systems [Addendum]; McMillan, Edwin M.; March 29, 1968; UCRL-17795-Addendum; ACC0364
306 K, 8 pp.
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67. Deep Inelastic Electron Scattering: Experimental; Friedman, J. I.; October, 1971; CONF 710637 3; ACC0174
1600 K, 41 pp.
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68. Perturbation Theory of Massive Yang-Mills Fields; Veltman, M.; August, 1968; IPNO/LA--68/28; ACC0155
1128 K, 24 pp.
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69. Conservation Laws in Weak Interactions; Lee, T. D.; March, 1957; NEVIS-50; ACC0450
2016 K, 62 pp.
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70. Helium, Iron and Electron Particle Transport and Energy Transport Studies on the TFTR Tokamak; Synakowski, E. J.; Efthimion, P. C.; Rewoldt, G.; Stratton, B. C.; Tang, W. M.; Grek, B.; Hill, K. W.; Hulse, R. A.; Johnson, D .W.; Mansfield, D. K.; McCune, D.; Mikkelsen, D. R.; Park, H. K.; Ramsey, A. T.; Redi, M. H.; Scott, S. D.; Taylor, G.; Timberlake, J.; Zarnstorff, M. C. (Princeton Univ., NJ (United States). Plasma Physics Lab.); Kissick, M. W. (Wisconsin Univ., Madison, WI (United States)); March, 1993; PPPL-2881; ACC0141
2312 K, 43 pp.
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71. Los Alamos Science, Number 25 -- 1997: Celebrating the Neutrino; Cooper, N. G. [ed.]; 1997; LA-UR--97-2534; ACC0203
19690 K, 197 pp.
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72. Observation of Antiprotons; Chamberlain, Owen; Segre, Emilio; Wiegand, Clyde; Ypsilantis, Thomas; October 19, 1955; UCRL--3172; ACC0411
434 K, 13 pp.
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73. Frank Wilczek, Asymptotic Freedom, and Strong Interaction; ... Also, it permits the construction of unified models of particle interactions, which ... excerpts from Frank Wilczek Wins 2004 Nobel Prize in Physics: Theorist has ...


74. Yoichiro Nambu and the Mechanism of Spontaneous Broken Symmetries ...; ... Yoichiro Nambu and the Mechanism of Spontaneous Broken Symmetries in Subatomic Physics. ...


75. Kenneth Wilson and Renormalization; ... Wilson was among the physicists of the 1970s who developed Standard Theory, the current model of particle physics that refined quantum field theory. ...


76. Neutrino Research Supported by the DOE Office of Science; ... State-of-the-art particle accelerator facilities are a major strength of the Office ... to support a substantial program of research in neutrino physics for three ...


77. Samuel CC Ting, the J/psi Particle (Charm), and the Alpha Magnetic ...; ... Brookhaven's Alternating Gradient Synchrotron (AGS), Samuel CC Ting co-discovered the J/psi particle (charm), for which he won the 1976 Nobel Prize in Physics. ...


78. Accelerators for Cancer Therapy; Lennox, Arlene J.; May 30, 2000; FERMILAB-Conf-00/139; ACC0224
29 K, 7 pp.
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79. The Eightfold Way: A Theory of Strong Interaction Symmetry; Gell-Mann, M.; March 15, 1961; TID-12608; ACC0113
2169 K, 52 pp.
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80. Jack Steinberger and the Muon-Neutrino; ... Experimental Survey of Strange Particle Decays, DOE Technical Report, June 1964. Experiments with High-energy Neutrino Beams; Review of Modern Physics, Vol. ...


81. Site Map; ... Martin Perl and the Tau Lepton. Martinus Veltman, the Electroweak Theory, and Elementary Particle Physics. Melvin Calvin and Carbon in Photosynthesis. ...


82. Val L. Fitch, the CP Violation, and Antimatter; ... ' 1. Cronin received the Ernest Orlando Lawrence Award in 1976 for major experimental contributions to particle physics including fundamental work on weak ...


83. Frederick Reines and the Neutrino; ... Neutrino Instability, 1980. The Neutrino: From Poltergeist to Particle; Review of Modern Physics, Vol. 68, Issue 2: 317–327, April 1996. Top. ...


84. Robert B. Laughlin and the Fractional Quantum Hall Effect; ... in his intellectual struggle to explain a most peculiar aspect of physics. ... that the elementary excitations of the fluid involve pseudo-particle charge carriers ...


85. Steven Chu - Patents; ... In one application, the particle can be a micrometer-sized bead, called a ... system in a number of fields, including biology, chemistry, physics, material science ...


86. Scaling Deviations for Neutrino Reactions in Aysmptotically Free Field Theories; Wilczek, F. A.; Zee, A.; Treiman, S. B.; November 1, 1974; COO--3072-32; ACC0084
1639 K, 44 pp.
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87. DOE Research and Development Accomplishments Tag Cloud; ... Neutrino Neutrinos Neutron neutrons Nuclear Nuclei Nucleon Odd Organic ORNL Oxides oxygen Particle Particles path PET Photosynthesis physical Physics pi Plants ...


88. Edward Teller; ... Probing Deep into the Nucleus: Teller's Contributions to Nuclear and Particle Physics - "Science & Technology Review" November 2007. ...


89. Further Results on the Production of Neutral Mesons by Photons; Panofsky, W. K. H.; Steinberger, J.; Steller, J.; October 1, 1951; UCRL-1495; ACC0221
1663 K, 44 pp.
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90. Recent Developments in Positron Emission Tomography (PET) Instrumentation; Derenzo, S. E.; Budinger, T. F.; April, 1986; LBL-21556; ACC0241
3467 K, 30 pp.
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91. Decades of Discovery; ... have been major supporters of neuron science, including work by Clifford Shull and Bertram Brockhouse, who shared the 1994 Nobel Prize in Physics for their ...


92. Edwin M. McMillan, Neptunium, Phase Stability, and the Synchrotron; ... invented the synchrotron. He won the 1951 Nobel Prize in Chemistry and impacted particle accelerator and nuclear physics research. ...


93. The Top Quark, Its Discovery, and Subsequent Research; ... weak, and electromagnetic interactions and a wealth of experimental information had led particle physicists to ... CDF Top Physics, DOE Technical Report, May 1996. ...


94. Nuclear Shell Structure and Beta Decay I. Odd A Nuclei II. Even A Nuclei; Mayer, M.G.; Moszkowski, S.A.; Nordheim, L.W.; May, 1951; ANL-4626; ACC0080
2423 K, 52 pp.
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95. L. James Rainwater and the Atomic Nuclei; ... Rainwater, Mottelson, and Bohr received the 1975 Nobel Prize in Physics "for the discovery of the connection between collective motion and particle motion in ...


96. Emilio Segrè, the Antiproton, Technetium, and Astatine; ... NM He was naturalized as a US citizen in 1944 and was professor of physics at Berkeley (1946-72). In 1955, using the new bevatron particle accelerator, Segrè ...


97. The Tau Lepton; Perl, M. L.; December, 1979; SLAC-PUB-2446; ACC0382
3730 K, 71 pp.
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98. Inflationary Axion Cosmology; Wilczek, Frank; Turner, Michael S.; September, 1990; FERMILAB-Pub-90/198-A; ACC0086
445 K, 10 pp.
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99. High Accuracy, Two-Dimensional Read-Out in Multiwire Proportional Chambers; Charpak, G.; Sauli, F.; February 14, 1973; CERN--73-4; ACC0406
724 K, 16 pp.
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100. Russell Hulse, the First Binary Pulsar, and Science Education; ... Helium, Iron and Electron Particle Transport and Energy Transport Studies on the TFTR Tokamak ... The Discovery of the Binary Pulsar; Review of Modern Physics, Vol. ...


101. Allan Cormack, Computerized Axial Tomography (CAT), and Magnetic ...; ... see with these amazing diagnostic instruments originated in particle detection methods ... The Ultimate Structure of Matter: The High Energy Physics Program from ...


102. Edward Purcell and Nuclear Magnetic Resonance (NMR); ... the first to question the conventional assumption (later disproved) that all particle forces are parity symmetric. With Berg he applied physics to biological ...


103. Sheldon Glashow, the Electroweak Theory, and the Grand Unified ...; ... The new "electroweak" theory underlies all of particle physics and provides a framework for understanding how the early universe evolved and how the chemical ...


104. Julian Schwinger and the Source Theory; ... was his response to the failures of the then existing (operator) field theory to describe the new experimental discoveries in high energy particle physics. ... ...


105. Some Thoughts on Stability in Nonlinear Periodic Focusing Systems; McMillan, E. M.; September 5, 1967; UCRL--17795; ACC0363
818 K, 18 pp.
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106. Researcher Supported by Atomic Energy Commission and US Department ...; ... “As early as 1960, Yoichiro Nambu formulated his mathematical description of spontaneous broken symmetry in elementary particle physics,” the Royal Academy ...


107. James Cronin, CP Violation, and the Pierre Auger Observatory; ... Cronin received the Ernest Orlando Lawrence Award in 1976 for major experimental contributions to particle physics including fundamental work on weak ...


108. DOE Research and Development Accomplishments RSS Archive 2005-2006; ... at the Stanford Linear Accelerator Center (SLAC), awarded the 1995 Nobel Prize in physics for his 1975 discovery of a new elementary particle known as the tau ...


109. On Closed Shells in Nuclei. II; Mayer, M. G.; April, 1949; AECU-424; ACC0082
514 K, 8 pp.
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110. DOE Research and Development Accomplishments Database Browse; ... View Document. Charting the Course for Elementary Particle Physics; Richter, B.; February 16, 2007; SLAC-PUB-12345; ACC0375 268 K, 14 pp. View Document. ...


111. Threshold and Other Properties of U Particle Production in e{sup +}e{sup -} Annihilation; Perl, M. L.; May, 1976; SLAC-PUB-1748; ACC0131
886 K, 33 pp.
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112. On the Analysis of Bubble Chamber Tracks; Bradner, H; Solmitz, F.; June, 1958; A/CONF.15/P/730; ACC0091
519 K, 9 pp.
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113. Enrico Fermi and the First Self-Sustaining Nuclear Chain Reaction; ... with a retrospective focus on the period when Fermi was a faculty member at Chicago and laid the groundwork for the field of elementary particle physics. ...


114. Focusing in Linear Accelerators; McMillan, E. M.; August 24, 1950; UCRL-880; ACC0359
206 K, 7 pp.
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115. Richard P. Feynman and the Feynman Diagrams; ... In the years that followed, his vision of particle interaction kept returning to the forefront of physics as scientists explored esoteric new domains at the ...


116. R&D Nuggets; ... 3/2005] Solar Energy Educational Materials [added 1/2007] more about solar energy The Tau Lepton and the Search for New Elementary Particle Physics [added 1 ...


117. Jerome I. Friedman, Henry W. Kendall, Richard E. Taylor and the ...; ... scattering of electrons on protons and bound neutrons, which have been of essential importance for the development of the quark model in particle physics." ... ...


118. History of Weak Interactions; Lee, T. D.; July, 1970; NYO--1932(2)-186; ACC0453
545 K, 18 pp.
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119. Leon Lederman, the K-meson, the Muon Neutrino, and the Bottom ...; ... 10, Issue 6: 260‑262; March 15, 1963. Observations in Particle Physics from Two Neutrinos to the Standard Model; History and Archives Project, Fermilab. ...


120. Patents -- Georges Charpak (1991-2000); ... Application in particle physics, medicine, biology. Top. Some links on this page may take you to non-federal websites. Their policies may differ from this site. ...


121. Steven Weinberg, Weak Interactions, and Electromagnetic ...; ... books. He also has published more than 250 articles on elementary particle physics, cosmology and other subjects ...". - Edited excerpts ...


122. Nucleon Form Factors above 6 GeV; Taylor, R. E.; September, 1967; SLAC-PUB--372; ACC0171
1746 K, 25 pp.
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123. Eightfold-way Assignments for Y{sub 1}* (1660) and Other Baryons; Glashow, S. L.; Rosenfeld, A. H.; December 4, 1962; UCRL-10579; ACC0129
1887 K, 12 pp.
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124. Tsung-Dao Lee, Weak Interactions, and Nonconservation of Parity; ... Courtesy of Brookhaven National Laboratory. TD Lee "has devoted his long career to the study of the theoretical aspects of particle and nuclear physics. ...


125. Relativistic Quark Model as Representation of Current Algebra; Gell-Mann, M.; October, 1966; CALT--68-103; ACC0117
1534 K, 43 pp.
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126. Donald Glaser, the Bubble Chamber, and Elementary Particles; ... Donald Glaser with Bubble Chamber. Nobel Laureates, Donald A. Glaser. What is particle physics?: the Bubble Chamber - High School Teachers at CERN. ...


127. Enrico Fermi's Impact on Science - John Marburger Speech; ... By contrast, another class of particle exists, known as "bosons", which rather prefer to be in the same state. This year's Nobel prizes in physics were awarded ...


128. Steven Chu: Laser Cooling and Trapping of Atoms; ... This experiment was one of the earliest atomic physics confirmations of the Weinberg ... fundamental atom (consisting of an electron and its anti-particle) in 1982. ...


129. Willis Lamb, Jr., the Hydrogen Atom, and the Lamb Shift; ... electromagnetism. His work became one of the foundations of quantum electrodynamics, a key aspect of modern elementary particle physics. ...


130. Committee on Science; ... Energy. Under his leadership, Brookhaven is doing important work in particle physics, imaging and neuroscience, and genomics. The ...


131. Martinus Veltman, the Electroweak Theory, and Elementary Particle ...; ... Martinus Veltman, the Electroweak Theory, and Elementary Particle Physics. Resources with Additional Information Courtesy University of Michigan. ...


132. Alexei Abrikosov and Superconductivity; ... research in quantum electrodynamics (the theory of elemental particle interactions) and ... worked on the theory of semimetals and plasma physics, the behavior of ...


133. Theoretical Studies of Magnetic Systems. Final Report, August 1, 1994 - November 30, 1997; Gor`kov, L. P.; Novotny, M. A.; Schrieffer, J. R.; 1997; DOE/ER/45518--T1; ACC0119
629 K, 5 pp.
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134. Georges Charpak, Particle Detectors, and Multiwire Chambers; ... particle detection … . [He] developed a host of particle detectors used throughout experimental particle physics. In 1968, he ...


135. Burton Richter, Storage Rings, and the J/psi Particle; ... Report, August 1984. Charting the Course for Elementary Particle Physics, DOE Technical Report, February 2007. Top. Additional Web Pages: ...


136. Total Hadron Cross Section, New Particles, and Muon Electron Events in e{sup +}e{sup -} Annihilation at SPEAR; Richter, B.; January, 1976; SLAC-PUB-1706; ACC0373
949 K, 20 pp.
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137. US Department of Energy, Energy Secretary Spencer Abraham's ...; ... contribute to a wide range of fields in addition to superconductivity, including theories of particle interactions, astrophysics, plasma physics, the quantum ...


138. Current Algebra; Gell-Mann, M.; October, 1966; CALT--68-102; ACC0116
1451 K, 36 pp.
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139. A High Resolution Scale-of-four; Fitch, V.; August 25, 1949; AECU-554; ACC0353
1082 K, 11 pp.
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140. Measurement of the Branching Ratio K{sub L} → 2π{sup 0} ∕ K{sub L} → 3π{sup 0}; Banner, M.; Cronin, J. W.; Liu, J. K.; Pilcher, J. E.; August 14, 1968; PPAR--2; ACC0348
565 K, 20 pp.
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141. The Centennial Celebrations of the Birth of the Physicist Enrico ...; ... University of Chicago; a unit of distance (10^-15 m); fermion—one of the two broad categories of particle; an energy level (condensed matter physics); a type ...


142. Measurement of the Branching Ratio K{sub L} → γ γ ∕ K{sub L} → 3π{sup 0}; Banner, M.; Cronin, J. W.; Liu, J. K.; Pilcher, J. E.; August 12, 1968; PPAR--1; ACC0347
474 K, 16 pp.
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143. Martin Perl and the Tau Lepton; ... In the standard model of particle physics, the elementary building blocks of matter appear in families, with two leptons and two quarks in each. ...


144. A Diffusion Cloud Chamber Study of Very Slow Mesons. II. Beta Decay of the Muon; Lederman, L. M.; Sargent, C. P.; Rinehart, M.; Rogers, K.; March, 1955; NEVIS 7; ACC0170
1361 K, 28 pp.
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145. DOE Research and Development Accomplishments Site Index (AZ); ... photon cancer therapy Pierre Auger Project plasma physics plastic batteries ... Tomography potassium channel Prigogine, Ilya protein psi particle Richter Ting ...






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