General RSFT Version 10.5.2 Iteration 46

This document, titled Rotational Substrate Field Theory (RSFT) Unified Coherent Edition v46 (April 2026), outlines a theoretical physics framework founded by Anthony James Bell. The theory posits that the universe is derived from just two primitives—the speed of light (c) and the electron mass (mₑ) —with zero free parameters. All physical structures are derived from an infinite field of sub-Planck touching points that self-organize into a Face-Centered Cubic (FCC) lattice. Core Framework and Postulates RSFT is built upon six foundational postulates and a set of core equations that describe a "Substrate" medium. Key concepts include: Vortex Particles: Topological defects shaped as Clifford torus vortex rings. Emergent Time: Defined as the counting of vortex hops, making time dilation a mechanical result rather than a postulate. Fundamental Constants: Constants such as the fine-structure constant () and the central RSFT constant (= 2. 609606) are derived from FCC geometry and Clifford torus topology. The v46 Update and O25 DCSB Programme The v46 edition focuses on the completion of the O25 Dynamical Chiral Symmetry Breaking (DCSB) programme, which establishes perturbative and hadronic structures. This edition introduces six major advances, bringing the total number of independent observables derived from first principles to 213. Notable developments in v46 include: Fermi Constant (GF): Improved to a 2. 01% gap from observed values by applying a full hadronic contribution (₇₀₃). Neutron Magnetic Moment (ₙ): Reached "NEAR-CLOSED" status with a 0. 274% gap using Next-to-Leading Order (NLO) strange sea quark corrections. Strange Quark Mass (mₛ): Iterated to 101. 2 MeV (8. 33% gap) using a self-consistent DCSB condensate. Higgs Mass (mH): Refined to 124. 887 GeV (0. 250% gap) via NLO electroweak condensate corrections. Other Advances: Updates to the Z-boson width (Z), the muon anomalous magnetic moment (a_), and the leptonic CP phase (₂₏^lep). Summary of Results The theory categorizes its results based on their proximity to experimental data: CLOSED (<2% or exact): 32 observables, including the proton-to-electron mass ratio (Mₚ/mₑ) and the Weinberg angle (²W). NEAR-CLOSED (<4%): 56 observables, including the Z and Higgs masses. ADVANCED (4%–40%): 18 observables, including the Hubble tension (H₀) and neutron lifetime (ₙ). The document concludes with a registry of open problems and a target for v47, which aims for the self-consistent convergence of the strange quark mass and the inclusion of charm sea quark corrections. Keywords: RSFT, FCC lattice, Clifford torus, DCSB programme, Unified field theory