The paper states a hypothesis of the process of proton excess accumulation as a result of neutron two-neutrino decay, the process which takes place in superdense substance consisting mainly of neutrons. This accumulation provokes protons electrostatic repulsion, which exceeds gravitational contraction and gives rise to substance expansion and its going out of the state of gravitational collapse. This hypothesis enables to explain the origin of primary cosmic rays of ultrahigh energies (> 10^20 eV), the origin of supernova star shell expansion energy, neutron star magnetic fields, collapsed substance big mass explosions resulting in formation of galaxies, and “Universe Big Bang”, which is unique only on its scale, but not on its nature, and which concerns not the whole universe but only its substantial part. The reason, for which experiments on two-neutrino decay can not evidence the impossibility of this decay in superdense substance of cosmic bodies, is discussed.
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[v1] 2018-03-29 04:49:59
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