General RSFT Version 10.5.2 Iteration 27

This document details Rotational Substrate Field Theory (RSFT), a theoretical physics framework authored by Anthony James Bell. The v27 edition (April 2026) aims to unify 105 independent physical observables using only two primitives—the speed of light (c) and the electron mass (mₑ) —with zero free parameters. The theory posits that the universe is an infinite field of sub-Planck touching points that self-organize into a Face-Centered Cubic (FCC) lattice, where particles emerge as toroidal vortex rings. Key Highlights of v27 Top Quark Mass (mₜ): Reclassified as "NEAR-CLOSED" with a new derivation yielding 171. 66 GeV (0. 60% gap from observed values) based on "Colour-EW Hopf Saturation". Fermi Constant (GF): Accuracy improved to 1. 30% by incorporating top-loop radiative corrections to the ᵣ parameter. Neutron Lifetime (ₙ): Provides the first RSFT prediction for neutron decay at 925. 7 seconds, currently at an "ADVANCED" status with a 5. 4% gap. Foundational Postulates: Includes the "Velocity Budget" (where Lorentz invariance is a derived stability condition) and "Emergent Time" based on vortex hops. Comprehensive Status: Categorizes results into CLOSED (e. g. , 1/₄₌, proton-to-electron mass ratio), NEAR-CLOSED (e. g. , Higgs mass, mZ), and ADVANCED (e. g. , Hubble tension, neutron magnetic moment).