The provided PDF, "Rotational Substrate Field Theory (RSFT) v47, " authored by Anthony James Bell in April 2026, presents a unified physical framework that attempts to derive all fundamental constants and observables from only two primitives: the substrate wave speed (c) and the electron mass (mₑ). Detailed Description of Contents The document is structured into several key sections that outline the theory's foundations and its latest empirical successes: Foundational Framework (Parts I–III): Postulates: RSFT is built on six core postulates. It posits an infinite field of sub-Planck touching points (the "substrate") that self-organizes into a Face-Centered Cubic (FCC) lattice. Vortex Particles: Particles are modeled as toroidal vortex rings (Clifford tori) with specific topological invariants. Core Equations: The theory utilizes an elastic medium Lagrangian and a derived "Velocity Budget" equation (V²ₒ₈₍ + v² = c²) to establish Lorentz invariance. Zero Free Parameters: A central claim is that all 221 independent observables are derived mathematically from the FCC geometry and the two primitives, with no arbitrary "fine-tuning". Empirical Results (Parts IV–V): Historical Summary (v1–v46): This section reviews previously derived values that closely match experimental data, including the fine-structure constant (1/ = 137. 036), the proton-to-electron mass ratio (Mₚ/mₑ = 1836. 15), and the Higgs boson mass (mH = 124. 887 GeV). Programme Highlights: Details milestones such as the derivation of the chiral condensate and the Fermi constant (GF). . New v47 Derivations (Parts CCCXXXI–CCCXXXVIII): Z-Boson Partial Widths: The latest version adds eight new derivations, focusing heavily on Z-boson decay modes. These include the Leptonic Partial Width (1. 37% gap from PDG), Invisible Width (0. 94% gap), and Hadronic Partial Width (1. 08% gap). Precision Ratios: It highlights the Hadronic-to-Leptonic Z Ratio (R₄), which is noted for its precision (0. 30% gap) because certain constants cancel out exactly in the RSFT formula. New Physical Predictions: For the first time, RSFT provides predictions for the tau lepton lifetime and the proton charge radius. Keywords Rotational Substrate Field Theory, FCC Geometry, Zero Free Parameters, Unified Field Theory, Z-Boson Partial Widths
Anthony Bell (Thu,) studied this question.