TITLE:
Density of Vacuum-Like Plasma and Hubble Constant
AUTHORS:
Ilya A. Obukhov
KEYWORDS:
Non-Equilibrium Vacuum-Like Plasma, Hubble Constant, Dark Energy, Electron, Positron, Annihilation, Zero Enthalpy
JOURNAL NAME:
Journal of High Energy Physics, Gravitation and Cosmology,
Vol.3 No.4,
August
29,
2017
ABSTRACT: The model in which expansion of the Universe leads to a generation of non-equilibrium vacuum-like electron-positron plasma is proposed and researched. The formulas that relate the Hubble’s constant with the concentration of plasma particles and the cosmological constant are obtained. The collective properties of vacuum-like plasma are investigated. It is shown, that the coefficient of a two-photon annihilation in such plasma is nine times less than for the free particles. A simple formula for dark energy density as a function of electron mass and charge is obtained. It was demonstrated that acceleration of plasma’s chemical potential fluctuations flow proportional of dark energy density.