Deriving the Theory Zero Coupling Coefficient

Le résumé fourni par la source

STATUS NOTE (August 2026): This record is retained for transparency as an exploratory historical derivation. The calculation should not be interpreted as an independent measurement of a fundamental Theory Zero coupling coefficient. Subsequent analysis showed that the boundary-flux relation constrains a degenerate product of transport and aperture parameters unless additional assumptions are imposed. The current Theory Zero v4 program instead tests a minimal four-dimensional late-time scalar-tensor effective theory against Type Ia supernova and baryon acoustic oscillation data. The Theory Zero framework models the observable universe as a permeable thermodynamic sector within a closed-loop multiverse, governed by a dynamic boundary exchange coefficient . This paper derives the exact numerical value of by analyzing the Eridanus Supervoid (the CMB Cold Spot) as a physical thermodynamic exhaust vent. To resolve dimensional consistency, this derivation calculates the absolute mass-energy payload of the supervoid in three dimensions, accounting for both photon radiation and matter density contrasts at the epoch of recombination. Furthermore, the spacetime area of the exhaust vent is calculated via a two-phase integral from the Planck time to recombination , accounting for the universe's transition from radiation-domination to matter-domination. The resulting derivation yields a constant boundary flux flow rate of , establishing a physically realistic transmission velocity for cosmic boundary mechanics.

Ce résumé expose les affirmations des auteurs. BNTIC ne l’interprète pas comme une validation indépendante des résultats.