HOLISTIC METRIC SENSING, GEOMETRIC LAYER COHESION, AND THE STATISTICAL NON-PARTIBILITY OF GRAVITATIONAL MASS (XXXVI v6)

This paper develops the definitive mathematical separation between the constituent (gyro-kinetic) mass and the emergent (entropic-catalytic) gravitational mass within the FCD-RBv6 pregeometric framework. We demonstrate that the hyper-relativistic spin-space rotation of quarks at 7.6 × 10²² Hz within nucleonic Y-gates is a strictly structural and electromagnetic coupling mechanism—designed to prevent the collapse of the Einstein-Rosen throat and project stationary electron rails—but contributes zero active charge to gravity. Instead, the gravitational coupling of macroscale bodies is governed exclusively by the static bare mass of their quarks, acting as catalytic information barriers in the AdS5 bulk. For a standard 70 kg human body with a nucleonic p:n ratio of 7:1, this bare mass equates to only ~85.93 grams. The remaining 99% of body weight (~69.914 kg) is identified as the thermodynamic, statistical response of the bulk fluctuations trying to restore entanglement entropy. We further formalize the planetary layer-cohesion effect, explaining how cumulative bulk stress at the Earth's core and asymptotic vacuum density relaxation naturally project the classical 1/r² Newtonian gravity at macroscopic boundaries without employing gravitons or classical metric curvature. Finally, we discuss the future development of Part XXXVII to complete the electroweak sector under this unified, non-singular, pregeometric substrate.