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Math Ontological Basis of Quasi Fine-Tuning in Ghc Cosmologies

Abstract : The subject of fine tuning in physics is a long contentious issue especially now as it has hitched a ride on the Multiverse bandwagon. The mathematics of quadratic forms are predominately featured and relate the physics parameters G h c, which in turn are weighted during the Planck Era(s) determined by relative Planck time clocking. This simplifies the search to these three values as being the important apparent fine-tuned parameters (quasi fine tuning) for determining the gravitational build structures restricted to SM-4D type Universes. Two gravitational coupling constants (dimensionless) are prescribed within the Ghc complex. Both describe the relative rigidity of gravitational physics in the low energy build of our Universe (General Relativity toward endpoint neutron star, black hole formation). A Master vacuum field symmetry relation (Yang-Mills) is presented using both gravitational coupling constants in their respective degenerate domains (electron to neutron) which shows a relative rigid coherent field of parameters from the Codata set showing the interdependency of these values with each other, particularly G,h,c and particle masses. A consensus example aligns the mass-energy value of the charged pi-meson to 140.050502 MeV. If the Yang-Mills symmetry relation is true then a double copy pion field permeates the observable Universe.
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https://hal.archives-ouvertes.fr/hal-01232022
Contributor : Mark Thomas <>
Submitted on : Saturday, November 21, 2015 - 9:51:53 PM
Last modification on : Wednesday, March 4, 2020 - 11:26:39 AM
Document(s) archivé(s) le : Monday, February 22, 2016 - 10:51:10 AM

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  • HAL Id : hal-01232022, version 1

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Mark Thomas. Math Ontological Basis of Quasi Fine-Tuning in Ghc Cosmologies. 2015. ⟨hal-01232022v1⟩

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