Mathematical Physics

   

Space-Time Quantification

Authors: F.M. Sanchez, C. Bizouard.

The quantification of Length and Time in Kepler's laws implies an angular momentum quantum, identified with the reduced Planck's constant, showing a mass-symmetry with the Newtonian constant G. This leads to the Diophantine Coherence Theorem which generalizes the synthetic resolution of the Hydrogen spectrum by Arthur Haas, three years before Bohr. The Length quantum breaks the Planck wall by a factor 10^61, and the associated Holographic Cosmos is identified as the source of the Background Radiation in the Steady-State Cosmology. An Electricity-Gravitation symmetry, connected with the Combinatorial Hierarchy, defines the steady-state Universe with an invariant Hubble radius 13.812 milliard light-year, corresponding to 70.793 (km/s)/Mpc, a value deposed (1998) in a Closed Draft at the Paris Academy, confirmed by the WMAP value and the recent Carnegie-Chicago Hubble Program, and associated with the Eddington number and the Kotov-Lyuty non-local oscillation. This confirms definitely the Anthropic Principle and the Diophantine Holographic Topological Axis rehabilitating the tachyonic bosonic string theory. The Holographic Principle uses the Archimedes pi-value 22/7. This specifies $G$, compatible with the BIPM measurements, but at 6 sigma from the official value, defined by merging discordant measurements.

Comments: 17 Pages. A resume is accepted by Progress in Physics

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Submission history

[v1] 2022-04-27 20:58:30
[v2] 2022-05-22 02:53:42

Unique-IP document downloads: 531 times

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