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On Basic Physical Properties of Baryon Matter According to the Non-Standard Model

The concept of nucleon with two values of isospin, deduced from Heisenberg’ s idea, is one of fundamental concepts on the baryon matter in the Standard Model that considers proton and neutron are two different physical states of the same elementary particle (isotopic symmetry). In the Non-Standard Model proton and neutron are two fully different particles with regard to mass, electric charge and spin (in SM the two particles have the same spin); moreover proton is a really elementary stable particle while neutron is a non-elementary unstable particle. The complete differentiation of proton and neutron implies a review of both the concept of baryon matter and the physical behaviour of baryon particles that in the new Model, when they are in the unstable state, emit on the decay baryon neutrinos. Specifically charged unstable baryons emit neutrinos inside the hard radiation of the delta band (delta-Y radiation with f≥1,13x10^23Hz) and neutral unstable baryons emit neutrinos inside the soft radiation of the delta band (3x10^21Hz≤f<1,13x10^23Hz).