Weisskopf, Victor Frederick Wigner, Eugene Paul Z. Phys. 54-73 63 1930 1930 Weisskopf, Victor Frederick Energ. Nucl. 644-656 9 11 1962 1962 Weisskopf, Victor Frederick 1963 1963 Weisskopf, Victor Frederick CERN Cour. Suppl. no page Dec 1962 2012 1962 Weisskopf, Victor Frederick New Scientist 771 17 1963 1963 Weisskopf, Victor Frederick 1964 1964 Science 605-612 187 1977 1977 Weisskopf, Victor Frederick 1980 1980 Gottfried, Kurt Weisskopf, Victor Frederick atomic mechanics nonrelativistic nuclear phenomena quantum relativistic subnuclear theory 1984 1984 Enhances the material outlined in the first volume of ""Concepts of Particle Physics"", presenting it in greater detail. Pauli, Wolfgang Ernst Friederich Hermann, Armin Von Meyenn, Karl Weisskopf, Victor Frederick bibliography field general history mechanics quantum relativity theory 1979 1979 Weisskopf, Victor Frederick atoms chemistry evolution forces life nature popular quantum space time 1979 1979 Weisskopf, Victor Frederick Fierz, Markus 1960 1960 Weisskopf, Victor Frederick popular 1962 1962 Blatt, John Markus Weisskopf, Victor Frederick 1952 1952 Weisskopf, Victor Frederick 10.5170/CERN-1958-023 1958 1958 Pauli, Wolfgang Ernst Friederich Hermann, Armin Von Meyenn, Karl Weisskopf, Victor Frederick Pauli Weisskopf bibliography cosmic fields forces history holes hypothesis meson neutrino neutrons nuclear physics rays theory 1985 1985 Rabi, Isidor Isaac Serber, Robert Weisskopf, Victor Frederick Pais, Abraham Seaborg, Glenn Theodore 1969 1969 Weisskopf, Victor Frederick 1972 1972 Weisskopf, Victor Frederick 1962 1962 Weisskopf, Victor Frederick CERN Cour. 1962 1962 Aaserud, Finn Heilbron, John L Stuewer, Roger H Weisskopf, Victor Frederick Wheeler, John Archibald Phys. Today 38 10 history 1985 1985 Weisskopf, Victor Frederick 1979 1979 Pauli, Wolfgang Ernst Friederich Rosenfeld, Léon Weisskopf, Victor Frederick 1955 1955 Gottfried, Kurt Weisskopf, Victor Frederick QCD QED deep electroweak gauge hadron inelastic interactions scattering spectroscopy 1986 1986 1. Quantum Electrodynamics2. Hadronic Spectroscopy3. Quantum Chromodynamics4. Deep Inelastic Lepton-Hadron Scattering5. The Electroweak Interaction.Appendices: Bose Fields, the Dirac Field, Causality and its Consequences, Vacuum Polarization, Solutions of Dirac's Equation in a Spherical Enclosure Pauli, Wolfgang Ernst Friederich Kronig, Ralph Weisskopf, Victor Frederick 1964 1964 Pauli, Wolfgang Ernst Friederich Kronig, Ralph Weisskopf, Victor Frederick 1964 1964 Weisskopf, Victor Frederick Z. Phys. 27-39 89 electron self energy 1934 1934 Weisskopf, Victor Frederick Z. Phys. 817-818 90 electron self energy 1934 1934 Weisskopf, Victor Frederick culture life particle quantum universe 1988 1988 Weisskopf, Victor Frederick Bohr mechanics popular 1989 1989 Kregar, M Weisskopf, Victor Frederick 1980 1980 Weisskopf, Victor Frederick 10.5170/CERN-1980-003 pl=Paris 1980 1980 Weisskopf, Victor Frederick Mills QCD Yang deep electron field flavour heavy inelastic quarks scattering survey tau theory 1982 1982 Weisskopf, Victor Frederick Bernstein, H J Am. J. Phys. 974 55 1987 1987 Weisskopf, Victor Frederick history 1991 1991 Weisskopf, Victor Frederick 1969 1969 Serber, Robert Weisskopf, Victor Frederick Pais, Abraham Seaborg, Glenn Theodore Phys. Today bibliography 1968 1968 Weisskopf, Victor Frederick 10.5170/CERN-1993-006 1993 1993 Weisskopf, Victor Frederick 1971 1971 Weisskopf, Victor Frederick 1967 1967 Weisskopf, Victor Frederick 10.5170/CERN-1970-008 1970 1970 Weisskopf, Victor Frederick 10.5170/CERN-1966-019 1966 1966 Weisskopf, Victor Frederick 10.5170/CERN-1965-026 1965 1965 Weisskopf, Victor Frederick Proc. R. Soc. Lond., A 10.5170/CERN-1963-008 290-302 278 1964 1964 Weisskopf, Victor Frederick 10.5170/CERN-1962-030 superconductivity 1962 1962 Weisskopf, Victor Frederick 10.5170/CERN-1962-015 MIT 1962 1962 Coryell, Charles D Goldsmith, H H Weisskopf, Victor Frederick Wigner, Eugene Paul Goodman, Clark D 1947 1947 de-Shalit, A Weisskopf, Victor Frederick Ann. Phys. 10.1016/0003-4916(58)90062-9 282-298 5 1958 1958 Weisskopf, Victor Frederick New Sci. 697-699 14 293 1962 1962 Weisskopf, Victor Frederick Nucleus 174-182 5 1964 1964 Weisskopf, Victor Frederick Nucl. Phys. 177-188 52 1964 1964 Weisskopf, Victor Frederick Proc. Natl. Acad. Sci. U. S. A. 10.1073/pnas.51.5.971 971-977 51 1964 1964 Weisskopf, Victor Frederick Weinberg, A M Phys. Today 46-47 17 1964 1964 Bialas, A Weisskopf, Victor Frederick Nuovo Cimento 10.1007/BF02735536 1211-1224 35 1965 1965 Weisskopf, Victor Frederick 1965 1965 Van Royen, R P Weisskopf, Victor Frederick Nuovo Cimento 10.1007/BF02823542 617-645 50 1967 1967 Roversi-Monaco, Fabio A Ricci, Renato Angelo Maiani, Luciano Barnabei, Ottavio Wolf, Gunter Wiik, Bjørn Haavard Petermann, Andreas Conversi, Marcello Villi, C Ting, Samuel C C Weisskopf, Victor Frederick Cabibbo, Nicola Lee Tsung Dao Wu Chien Shiung heavy leptons 1998 1998 In 1967 a group of physicists from the University of Bologna, led by A Zichichi, published a proposal to search for a heavy lepton using the Frascati (e + e - ) collider. The proposal, whose key pages are reproduced in this book on the 30th anniversary of the publication, was the consequence of many years of work started at CERN, where, in addition to the original idea of searching for a heavy lepton carrying its own leptonic number, new technologies were invented to allow the detection of a signal whose identification against the high background of hadronic processes was extremely difficult.M Weisskopf, Victor Frederick 1998 1998 't Hooft, Gerardus Veneziano, Gabriele Weisskopf, Victor Frederick Lipatov, Lev Nikolaevich Gribov, Vladimir Naumovich QCD Zichichi, Antonio particle interactions Effective interactions (Nuclear physics) 1998 1998 Weisskopf, Victor Frederick Dan. Mat. Fys. Medd. 1-39 14 6 1936 1936 Weisskopf, Victor Frederick 1975 1975 Amati, Daniele Fubini, Sergio P Weisskopf, Victor Frederick 1979 1979 The scientist and his work by D. AMATI and S. FUBINI. A socially engaged scientist by V. F. WEISSKOPF. This week, we pay homage to Albert Einstein, the giant of twentieth-century physics born exactly 100 years ago on 14 March 1879 in Ulm, Germany. At the height of his career, Einstein made a whole series of monumental contributions to physics, including the elaborate theories of special and general relativity which revolutionized human thought and marked a major breakthrough in our understanding to the Universe. Along with quantum mechanics, relativity is one of the twin pillars of understanding which allow us here at CERN to study the behaviour of the tiniest components of matter. The development of quantum mechanics took the combined efforts of some of the greatest scientists the world has known, while relativity was developed almost single-handed by Einstein. The centenary of his birth is being commemorated all over the world. Exhibitions and symposia are being organized, books published, postage stamps issued, statues unveiled, and television documentaries screened. Here at CERN, M. Fierz and V. Weisskopf will present their own tributes to the great man on Monday evening 12 March at 20.00 in the Main Auditorium. Weisskopf, Victor Frederick Burhop, Eric Henry Stoneley 1979 1979 A socially engaged scientist by V. F. WEISSKOPF. On the origin of the Einstein-Russell statement on nuclear weapon by H. S. BURHOP. This week, we pay homage to Albert Einstein, the giant of twentieth-century physics born exactly 100 years ago on 14 March 1879 in Ulm, Germany. At the height of his career, Einstein made a whole series of monumental contributions to physics, including the elaborate theories of special and general relativity which revolutionized human thought and marked a major breakthrough in our understanding to the Universe. Along with quantum mechanics, relativity is one of the twin pillars of understanding which allow us here at CERN to study the behaviour of the tiniest components of matter. The development of quantum mechanics took the combined efforts of some of the greatest scientists the world has known, while relativity was developed almost single-handed by Einstein. The centenary of his birth is being commemorated all over the world. Exhibitions and symposia are being organized, books published, postage stamps issued, statues unveiled, and television documentaries screened. Here at CERN, M. Fierz and V. Weisskopf will present their own tributes to the great man on Monday evening 12 March at 20.00 in the Main Auditorium. Weisskopf, Victor Frederick Casimir, Hendrik Brugt Gerhard 1979 1979 25th CERN Anniversary with the talks of Prof. Weisskopf and Prof. Casimir. Introduction and conclusion by Jean Teillac, President of the CERN Council Weisskopf, Victor Frederick 1984 1984 The goal of this talk is to show the importance of quantum physics in life and nature. Weisskopf, Victor Frederick Gell-Mann, Murray Michel, L Winstein, Bruce D 1987 1987 Introduction by V. F. WEISSKOPF. 1- B. WINSTEIN tells about current understanding and experiments that are exclusively the ones that have results in Ko. Then he tells about the possible futur experiments with heavy flavours and Ko and concludes with closing remarks. 2- Prof. L. MICHEL speaks about the evolution of physics and the increasing role of mathematics. 3- Prof. GELL-MANN tells about the meaning of quantum mechanic, and tries to mka people understand how it underligns all kind of science. Rubbia, Carlo Rubbia, Carlo Becker, Uwe Schopper, Herwig Franz Weisskopf, Victor Frederick Winter, Klaus 1992 1992 Weisskopf, Victor Frederick Conference 1993 1993 Physical science has become an endeavor of many branches. Astronomy, cosmology, particle and part of nuclear physics deals with phenomena that are far away in time and space from the human environment on earth. hey belong to 'cosmic physics'. In contrast, atomic, molecular, condensed matter physics, and part of nuclear physics are studies of the properties of matter here on earth. We call these studies 'terrestrial physics'.There is a division of physics into 'non-applicable' and 'applicable' fields. The cosmic sciences fall into the first category. The 'applicable' branches are those for which applications are obvious or easily predictable, which is the case for most 'terrestrial physics'. Up to about 1970, both branches of physics received ample support, but a change occured at that time. The reasons are manifold. We are facing a more pragmatic era, concentrating on applied science. Even so, we will always need basic research based on the curiosity for knowing more about Nature and ourselves. Weisskopf, Victor Frederick 1993 1993-07-16 Weisskopf, Victor Frederick 1994 1994 Blatt, John M Weisskopf, Victor Frederick 10.1007/978-1-4612-9959-2 Nuclear physics Nuclear reactions 1979 1979 A classic work by two leading physicists and scientific educators endures as an uncommonly clear and cogent investigation and correlation of key aspects of theoretical nuclear physics. It is probably the most widely adopted book on the subject. The authors approach the subject as ""the theoretical concepts, methods, and considerations which have been devised in order to interpret the experimental material and to advance our ability to predict and control nuclear phenomena.""The present volume does not pretend to cover all aspects of theoretical nuclear physics. Its coverage is restricted to Weisskopf, Victor Frederick Graviton (Geneva, Switzerland) 2-5 7 ISR - Intersecting Storage Rings CERN History 1993 1993 Une partie du discours prononcé lors de l'inauguration des ISR en 1971. Weisskopf, Victor Frederick Nature 1 p High Energy Physics CERN Research 1984 1984 Weisskopf, Victor Frederick Revue Générale d'électronique (France) no pagination 184 Atomic Physics 1962 1962 Weisskopf, Victor Frederick Phys. Today 48-52 Scientific Responsibility Public Understanding of Science Education 2003 2003 "Because of the central position of science in our civilization, physicists should be deeply concerned with the involvement of science in worldwide cultural and political affairs" (4 pages) Weisskopf, Victor Frederick 10.5170/CERN-1979-012 Cooper pairs degenerate Bose gas finite energy gap low temperatures permanent currents quantum state superconducting currents superconducting metal superconducting wire 1979 1979 A simple physical explanation is given for the formation of Cooper pairs in a superconducting metal, for the origin of the attractive force causing the binding of the pairs, for the forming of a degenerate Bose gas by the Cooper pairs, for the finite energy gap that prevents the ensemble of electrons from changing its quantum state at low temperatures, and for the existence of permanent currents in a superconducting wire. Weisskopf, Victor Frederick Fizikai-Szemle (Hungary) 270-78 23 9 H He Ne Pauli s exclusion principle atomic physics binding energy energy evaporation lattice vibrations molecular physics size solids wave mechanics 1973 1973 With a view to emphasizing the basic principles involved, various topics in atomic and molecular physics are given a simple quantitative treatment using wave mechanics. Amongst the topics discussed are the size and energy of He, H and Ne atoms and Pauli's exclusion principle. Related subjects of discussion dealt with include binding energy of solids, lattice vibrations and the evaporation of solids. Weisskopf, Victor Frederick 1975 1975 Weisskopf, Victor Frederick Prog. Nucl. Phys. 107-116 13 1977 1977 Weisskopf, Victor Frederick 1960 1960 Weisskopf, Victor Frederick 1967 1967 Dar, A Weisskopf, Victor Frederick Levinson, C A Lipkin, H J 1968 1968 Dar, A Weisskopf, Victor Frederick 1968 1968 Weisskopf, Victor Frederick 1975 1975 Weisskopf, Victor Frederick 1977 1977 Weisskopf, Victor Frederick 1979 1979