General RSFT Version 10.5.2 Iteration 28

This PDF document presents version 28 (April 2026) of Rotational Substrate Field Theory (RSFT), a unified physics framework founded by Anthony James Bell. The theory proposes that all physical constants and 109 independent observables can be derived from just two primitives—the substrate wave speed (c) and electron mass (mₑ) —combined with the geometry of a Face-Centered Cubic (FCC) lattice. RSFT characterizes particles as topological defects (vortex rings) within an infinite field of sub-Planck touching points, emphasizing a "zero free parameter" approach where Lorentz invariance and time are emergent rather than postulated. The v28 update specifically focuses on closing gaps in electroweak precision observables and neutrino physics: Z Boson Decay Width (Z): Reclassified as "NEAR-CLOSED" (0. 13% gap) by calculating the total decay width using RSFT-derived values for the Fermi constant and Z mass. Fermi Constant (GF): Improved to a 1. 02% gap by incorporating full one-loop electroweak radiative corrections, including Higgs and gauge boson loop contributions. Neutron Lifetime (ₙ): Updated to 883. 6 seconds (0. 60% gap) based on the refined GF calculation. Atmospheric Neutrino Mixing (₂₃^): Refined to 40. 865 degrees using a new four-loop BM torsion correction that accounts for specific FCC boundary interferences. The document includes extensive comparison tables matching RSFT predictions against CODATA and PDG observed values, categorizing results as "Closed, " "Near-Closed, " or "Advanced".