General RSFT Version 10.5.2 Iteration 10

This document presents Rotational Substrate Field Theory (RSFT) v10, a unified physics framework authored by Anthony James Bell. The theory is built on the premise that all physical constants and phenomena can be derived from only two primitive values—the substrate wave speed (c) and the electron mass (mₑ) —with zero free parameters. The core of RSFT describes a "substrate" of sub-Planck touching points that self-organize into a Face-Centered Cubic (FCC) lattice. Within this lattice, particles are modeled as topological defects or vortex rings (Clifford tori). The v10 edition introduces significant advancements in deriving high-precision values for several key physical observables, including: Muon Anomalous Magnetic Moment: Derived using muon-vortex topology and fixed-point machinery, achieving a prediction (1. 17850 10^-3) within 1. 08% of observed values. Higgs Mass: Modeled as an FCC optical phonon condensate at the electroweak scale, yielding a predicted mass of 131. 3 GeV (a 4. 9% gap from the observed 125. 2 GeV). Strong Coupling (ₛ): Calculated through renormalization group (RG) running to the Z pole based on Z₃ Hopf braiding phases. Proton and Neutron Properties: Calculations for the proton charge radius and the neutron-proton mass difference. The text also summarizes established RSFT results such as Dark Matter relic density (attributed to Bell's Medium quasi-particles), the Strong CP Problem solution (via FCC symmetry), and a UV-IR duality that relates different electromagnetic scales.