Despite the vast theoretical and experimental knowledge about neutrino physics: neutrino oscillation, neutrino astrophysics, as today, there is no theory to offer the neutrino rest mass number. This paper is not a the...Despite the vast theoretical and experimental knowledge about neutrino physics: neutrino oscillation, neutrino astrophysics, as today, there is no theory to offer the neutrino rest mass number. This paper is not a theory of the particle masses but a simple model built on the existing experimental and theoretical knowledge to predict neutrino masses. The elastic weak current neutrino interaction (νi,n)→(l,n′)∼(νe,n)→(e,p), and a few very fundamental principles predict the direct or the neutrino mass increasing hierarchy vector m=|me,mμ,mτ〉=|1.35×10−8,5.81×10−4,1.64×10−1〉eV/c2.展开更多
文摘Despite the vast theoretical and experimental knowledge about neutrino physics: neutrino oscillation, neutrino astrophysics, as today, there is no theory to offer the neutrino rest mass number. This paper is not a theory of the particle masses but a simple model built on the existing experimental and theoretical knowledge to predict neutrino masses. The elastic weak current neutrino interaction (νi,n)→(l,n′)∼(νe,n)→(e,p), and a few very fundamental principles predict the direct or the neutrino mass increasing hierarchy vector m=|me,mμ,mτ〉=|1.35×10−8,5.81×10−4,1.64×10−1〉eV/c2.
