Title:

About the quantum vacuum lepton/photon ratio

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Introduction

That Coulomb’s Constant (C = 8.988x109 Nm2/C2) is a quantum-vacuum (QV) function, is already known, since it is a function of vacuum permittivity (ε0) and/or permeability (μ0). That vacuum has a permittivity and/or permeability means that it contains charges, since any charge is exposed in vacuum to a certain electrical resistance. But no “real” charges are found in empty space, thus the corresponding particles (Dirac pairs) are considered “virtual”.

In a former paper [1], this author found that Newton’s Gravitational Constant (G = 6.673x10-11 m3kg-1s-2) also is a QV-function, since it can be precisely derived from Zero Point Energy (ZPE) Density Matter Equivalent (dZP = 5.159x1096 kg/m3) and Planck time (tP) according to the equation: G = d-1ZP  t-2P.

In the same paper, it was demonstrated that the value of the ZPE Density Matter Equivalent found (e.g. in [2] and [3]; value of approx. 1097 kg/m3) is much easier obtained, by simply dividing Planck mass (mP) by Planck volume (third power of Planck length [lP], being mP/l3P = 5.159x1096 kg/m3), with the corresponding energy being as “virtual” as QV-charges (i.e., it is unable to be detected directly).

  
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