Authors: José Alberto Pardi
The replacement of the vacuum dielectric constant Epsilon0, in the energy equation of electromagnetic fields, is a key element in any attempt to quantize the gravitational fields that is based on the reality of our Universe and not in a pure conceptual exercise. Usually, the choice falls on the inverse of the Universal Gravitational Constant G. This seems reasonable, since Epsilon0 has an inverse relationship with the Coulomb constant K, used to determine the force between two charges, just like G does between two masses. But this choice leads to the replacement of the unit charge by a mass not very common in the Universe: the Planck’s mass. However, the fine structure found in the Cosmos in the last century and the dimension of Time Crystals found in 2016, seem to differ with this option. The analysis made in this paper, leads to determine a different constant for the replacement of Epsilon0, more concordant with the cosmological data and Quantum Mechanics.
Comments: 24 Pages.
[v1] 2019-07-10 03:54:35
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