Electron_Mass_in_Gravitation_and_Cosmolo.pdf

Nikola Perkovic
2018 Figshare  
Fluctuations of the quantum vacuum are best understood in terms of virtual particle anti-particle pairs. In the context of the Weinberg formula that relates the mass of a pion to fundamental physical constants such as the gravitational constant and the Hubble constant, we will define the mass of an electron in the same fashion since virtual electron-positron pairs are far more common in the quantum vacuum fluctuations of Quantum Electrodynamics than virtual pion pairs. After redefining the
more » ... redefining the Weinberg formula for electrons instead of pions we will replace the Hubble constant with the more suitable Hubble parameter used in modern times in an attempt to help explain why the zero point energy of the vacuum doesn't cause a much larger value of the cosmological constant.
doi:10.6084/m9.figshare.6176819 fatcat:eryhx34wqfbtno6jelgrnhppcm