New Dark Matter Generation Mechanism and Its Implications for the Cosmological Background ()
ABSTRACT
A new concept has been proposed and elaborated to account for recent observations deviating from ΛCDM and ΛWDM. Using an intermediate energy conversion mechanism in the expanding universe and assuming three neutrino families with identical mass, a neutrino mass of
eV/c2 has been found as well as a natural explanation for the difference in Hubble constant
as measured by WMAP/Planck and obtained from LSS data. The value for the effective number of neutrinos
at the time of decoupling is compatible with the Planck result. The age of the universe is slightly younger at
Gyr. At late times, the closure parameter for the neutrino radiation
drastically increases but still remains well below that of the baryons
, among other energy contributions.
Share and Cite:
Defloor, H. (2017) New Dark Matter Generation Mechanism and Its Implications for the Cosmological Background.
Journal of High Energy Physics, Gravitation and Cosmology,
3, 791-807. doi:
10.4236/jhepgc.2017.34058.
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