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1961
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1962
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1963
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1964
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1965“…Under this assumption, the solar and atmospheric neutrino data can be used to determine the individual neutrino masses. …”
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1966
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1967“…We present a quantitative study of the ability of models with different levels of hierarchy to reproduce the solar neutrino solutions, in particular the LA solution. …”
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1968“…The potential of a neutrino factory based on muon storage rings at determining the neutrino mass matrix is summarized. (36 refs).…”
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1969por Hagner, T, Von Hentig, R, Heisinger, B, Oberauer, L, Schönert, S, Von Feilitzsch, F, Nolte, E“…In this article the muon induced spallation background in forthcoming and future solar neutrino experiments like BOREXINO, KAMLAND, LENS and LIQUID XENON is being discussed. …”
Publicado 2001
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1970
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1971“…We use the recently reported KamLAND measurements on oscillations of reactor anti-neutrinos, together with the data of previously reported solar neutrino experiments, to show that: (1) the total 8B neutrino flux emitted by the Sun is 1.00(1.0 \pm 0.06) of the standard solar model (BP00) predicted flux, (2) the fraction of the 8B flux that is in the form of sterile neutrinos is 0.00^{+0.09}_{-0.00}, (3) the KamLAND measurements reduce the area of the globally allowed oscillation regions that must be explored in model fitting by six orders of magnitude in the Delta m^2-tan^2 theta plane, (4) LMA is now the unique oscillation solution to a CL of 4.7sigma, (5) maximal mixing is disfavored at 3.3 sigma, (6) active-sterile admixtures are constrained to sin^2 eta<0.13 and (7) the SNO CC day-night asymmetry may be large enough to be measured, A_{N-D}(SNO CC) = 3.3^{+1.2}_{-1.0} % (1 sigma). …”
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1972
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1973
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1974
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1975
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1976
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1977
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1978
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1979“…We consider the mixing of muon and tau neutrinos with sterile fermion fields propagating in extra dimensions in the context of core collapse supernova physics, extending the analysis of the electron neutrino case done in a previous work. …”
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1980por Gruber, P, Aleksa, Martin, Amand, J F, Autin, Bruno, Baldy, J L, Benedikt, Michael, Benett, R, Bernardon, A, Blondel, A, Bongardt, K, Cappi, R, Castellano, M G, Chiaveri, Enrico, Delahaye, J P, Densham, C J, Drumm, P V, Edgecocka, R, Fabich, A, Franchetti, Giuliano, Gareyte, Jacques, Garoby, R, Gastaldi, Ugo, Gerigk, F, Gilardoni, S S, Giovannozzi, Massimo, Hancock, S, Hanke, K, Haseroth, H, Hill, C, Hoffman, I, Holzer, B, Hübner, K, Jansson, A, Johnson, C D, Johnston, C, Küchler, D, Lettry, Jacques, Lindroos, M, Lombardi, A M, Martini, M, Migliorati, M, Méot, F, Métral, Elias, Möhl, D, Müller, A S, Neuffer, David V, Palumbo, L, Pasternak, J, Perrin, A, Pirkl, Werner, Poehler, M, Prior, C R, Ravn, H L, Rees, G, Riche, A, Russenschuck, Stephan, Ryne, Robert D, Schindl, Karlheinz, Schriber, Stanley O, Schönauer, Horst Otto, Scrivens, R, Senichev, Yu V, Sievers, P, Silari, Marco, Tazzioli, F, Ullrich, H M, Vassilopoulos, N, Verdier, A, Vretenar, Maurizio, Wenander, F, Wilson, Edmund J N, Wyss, C, Zimmermann, M F, Zisman, M S, Zucchelli, P“…The Neutrino Factory is a new concept for an accelerator that produces a high-intensity, high-energy beam of electron and muon neutrinos - the ultimate tool for neutrino oscillation studies and the only machine conceived up today that could help detect CP violation of leptons. …”
Publicado 2002
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