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Allais, Maurice Economics, 1988 Altman, Sidney Chemistry, 1989 Arber, Werner Medicine, 1978 Arrow, Kenneth J. Economics, 1972 Baltimore, David Medicine, 1975 Becker, Gary S. Economics, 1992 Black, James W. Medicine, 1988 Brown, Lester R. Buchanan, James M. Economics, 1986 Charpak, Georges Physics, 1992 Dahrendorf, Ralf Dausset, Jean Medicine, 1980 Debreu, Gérard Economics, 1983 de Duve, Christian Medicine, 1974 Dulbecco, Renato Medicine, 1975 Ernst, Richard R. Chemistry, 1991 Esaki, Leo Physics, 1973 Fo, Dario Literature, 1997 Gell-Mann, Murray Physics, 1969 Glashow, Sheldon Lee Physics, 1979 Guillemin, Roger C.L. Medicine, 1977 Hoffmann, Roald Chemistry, 1981 Jacob, François Medicine, 1965 Kindermans, Jean-Marie Peace 1999 Klein, Lawrence R. Economics, 1980 Kroto, Harold W. Chemistry, 1996 Lederman, Leon M. Physics, 1988 Lehn, Jean-Marie Chemistry, 1987 Leontief, Wassily Economics, 1973 Levi Montalcini, Rita Medicine, 1986 Lown, Bernard Peace, 1985 Marchetti, Cesare Modigliani, Franco Economics, 1985 Molina, Mario J. Chemistry, 1995 Müller, K. Alex Physics, 1987 Mullis, Kary B. Chemistry, 1993 Mundell, Robert A. Economics, 1999 Murray, Joseph E. Medicine, 1990 Nakicenovic, Nebojsa Nishi, Kazuhiko North, Douglass C. Economics, 1993 Olah, Geoge A. Chemistry, 1994 Pauli, Gunter Paz, Octavio Literature, 1990 Penzias, Arno Physics, 1978 Pérez Esquivel, Adolfo Peace, 1980 Polanyi, John C. Chemistry, 1986 Porter, George Chemistry, 1967 Prigogine, Ilya Chemistry, 1977 Richardson, Robert C. Physics, 1996 Richter, Burton Physics, 1976 Rifkin, Jeremy Rodbell, Martin Medicine, 1994 Rohrer, Heinrich Physics, 1986 Rota, Gian-Carlo Rotblat, Joseph Peace, 1995 Rowland, F. Sherwood Chemistry, 1995 Rubbia, Carlo Physics, 1984 Sharpe, William F. Economics, 1990 Skilbeck, Malcolm Soyinka, Wole Literature, 1986 Steinberger, Jack Physics, 1988 Ting, Samuel C.C. Physics, 1976 Tobin, James Economics, 1981 Touraine, Alain Walcott, Derek Literature, 1992 Watson, James D. Medicine, 1962 Weinberg, Steven Physics, 1979 Wiesel, Elie Peace, 1986 Zewail, Ahmed H. Chemistry, 1999 Zinkernagel, Rolf M. Medicine, 1996 |
Nobel Laureate in Physics, 1984 Carlo Rubbia was born in Gorizia (Italy) in 1934. After receiving a degree in physics from the Scuola Normale Superiore of Pisa, he moved to Columbia University in the United States, where he spent about a year and a half performing the first of a long series of experiments in the field of weak interactions. In 1970 he became Higgins Professor of Physics at Harvard University, teaching one semester a year until December 1988. From January 1989 to December 1993, Rubbia has been Director-General of CERN, the European laboratory for particle physics in Geneva, having worked there as a Senior Physicist since 1961. In November 1993 he proposed the concept of an Energy Amplifier, a novel and safe way of producing nuclear energy exploiting present day accelerator technologies. Since January 1994, with a small group of collaborators at CERN, he is devoting all his time and energies to checking and implementing this socially crucial concept. His most important work has been carried out at various particle accelerators in the United States (Fermilab in Illinois and the Brookhaven National Laboratory on Long Island) and CERN. The revolutionary techniques developed with Simon van der Meer for creating antiprotons, confining them in a concentrated beam and colliding them with a proton beam at extremely high energy levels won them the Nobel Prize for Physics in 1984. The techniques allowed the UA1 Collaboration, an international team of more than 100 physicists headed by Rubbia at CERN, to discover the intermediate vector bosons, a triplet of particles that carry the weak force underlying radioactive decay in the atomic nucleus, which had become a cornerstone of modern theories of elementary particle physics long before being experimentally observed. Rubbia has also made a decisive contribution to ICARUS, an international collaborative effort based at the Gran Sasso Laboratory designed to demonstrate signs of proton decay and detect the neutrinos emitted from the Sun. |
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