FROM PARTICLE-DEFINED COSMOLOGICAL PARAMETERS OR HEAVY NEUTRINOS TO THE ‘JOINT’ ORIGIN OF DARK MATTER AND DARK ENERGY BY STERILE NEUTRINO TYPES

摘要

Using a well-defined increase of the light neutrino density parameters via the supersymmetric grand unification, we estimate the important present cosmological parameter values, which characterize completely the geometry for the history and the future of a Friedmann-Robertson-Walker universe. This increase is determined by the product of the different factors which can be formed via the ratios of the relativistic maximum energy to the rest energy for the three extremely heavy particles of the supersymmetric grand unification. These particle-defined connections permit also to estimate the rest energy of the three (stable) heavy neutrinos, denoted therefore as the heavy dark energy neutrino, the heavy dark matter neutrino and the heavy baryon (ionizable matter) neutrino. We show that these heavy neutrinos are correspondingly coupled with their excited energy states in form of the still heavier unstable sterile neutrinos. For the first time, we provide the evidence that the sterile dark matter neutrinos are identical with the dark matter particles. Thus, for the mystery of the dark matter and dark energy, we can prove that their joint origin can be explained by the sterile neutrinos in form of their dark matter and dark energy state, respectively. The physical meaning of the sterile baryon neutrinos is also shown. Further, we assume the existence of a fourth heavy neutrino and a fourth sterile neutrino.