General RSFT Version 10.5.2 Iteration 25

Description of RSFT Unified Coherent Edition v25 This document outlines the Rotational Substrate Field Theory (RSFT), a theoretical framework authored by Anthony James Bell (April 2026) that seeks to unify physics without the use of free parameters. The theory is built upon two fundamental primitives: the substrate wave speed (c) and the electron mass (mₑ), which interact within a spontaneously self-organizing Face-Centered Cubic (FCC) substrate geometry. The v25 edition expands the theory to 97 independent observables, introducing several new derivations and updates: Fermi Constant (GF): Introduces a structural equation utilizing BM phonon log-screening, reducing the gap to 3.2%. Z Boson Mass: Refines the pole mass to 91.669 GeV (0.53% gap) by accounting for two-loop BM neutral-current corrections. Neutrino Mixing: Updates the atmospheric neutrino mixing angle (θ₂₃ν) to 40.841 degrees and the leptonic CP violation phase (δCPˡᵉᵖ) to 242.7 degrees through torsion and cross-diagram corrections. Rho Meson Mass: Establishes a physical mechanism for the rho meson as a transverse acoustic phonon mode at the QCD confinement scale. The text categorizes its results into status levels: CLOSED (e.g., fine-structure constant, proton-to-electron mass ratio), NEAR-CLOSED (e.g., Higgs mass, mZ), and ADVANCED (e.g., top quark mass, GF), while outlining "Open Problems" targeted for future iterations.