Measurement of the in-medium modifications of the Δ resonance signatures of the excitation of nuclear collective states and the first experimental evidence for a thermal emission of photons have been obtained from the analysis of new π± 4He data at T π =106 MeV at PAINUC with the PAINUC experiment at JINR., Experimental limits on the direct measurement of the muon neutrino mass is also being studied: the pion mass resolution at present 350 eV heavily constrains the accessible mν sector above 419 keV/c2.
Nuclear matter and ν properties from π induced reactions and decays
GNESI I
2014-01-01
Abstract
Measurement of the in-medium modifications of the Δ resonance signatures of the excitation of nuclear collective states and the first experimental evidence for a thermal emission of photons have been obtained from the analysis of new π± 4He data at T π =106 MeV at PAINUC with the PAINUC experiment at JINR., Experimental limits on the direct measurement of the muon neutrino mass is also being studied: the pion mass resolution at present 350 eV heavily constrains the accessible mν sector above 419 keV/c2.File in questo prodotto:
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