This version represents a major structural and mathematical update, expanding the explanatory framework to 138 pages with added figures. Key updates include: Substrate Ontology Shift: Retired the single-fluid dilatant description in favor of a strict two-component substrate: a sub-critical superfluid condensate exhibiting inviscid potential flow, coupled to a granular manifold lattice that engages exclusively via discontinuous shear thickening (DST). Pin 5 & Neutron Lifetime Audit (Section 56. 4): Completely restructured the neutron beam lifetime anomaly from a continuous ram-pressure (v²) model to a bath-suppressed phase-slip tunneling mechanism nucleating a single bound vortex ring. Explicitly withdrew the prior S 0. 0227 run due to cross-scale contamination, returning the bath coupling to a rigorously audited skeleton form bounded strictly by physically motivated cutoffs. MIVE & Galactic Dynamics: Clarified that the frequency-dependent macroscopic flow curves (₄₅₅ ^2/3) operate as coarse-grained ensemble averages of the discrete microscopic DST transition. Applied this viscous phase-locking to resolve the Core-Cusp diversity problem directly from baryonic surface density limits. Methodological Roadmap: Included a comprehensive Appendix (B) outlining the proposed mathematical program to forward-derive the 19 free parameters of the Standard Model strictly from the Entropic Moment of Inertia. Empirical Integrations & Formalization: Integrated recent observations of the Einstein-de Haas effect in Bose-Einstein Condensates to validate the hydrodynamic coupling of Time and Space. Added explicit step-by-step proofs for the Dark Energy geometric dilution factor, the Hubble Tension energy density equivalence, and the 178 femtogram mass threshold for objective wavefunction collapse.
Joseph Daniel Koharski (Fri,) studied this question.