Nicht-Physics & Empirical Inversions: Publication Series on 0-Consistency Physics and Apophatic Dynamics

Résumé fourni par la source

A formal 0-consistency inversion of classical positive physics (1-logic), cognitive AI architectures, socio-economic systems, and computational intractabilities. Models fundamental interactions, operational limits (c, h, G), the Yang-Mills mass gap, N-body sedimentation, 3D Navier-Stokes singularities, ZAP-SAT complexity bounds, and quantile yield saturation (Q87.5) as scale-dependent friction limits (Wéi) and subtractive noise filtering against the invariant zero-baseline (B₀).