General RSFT Version 10.5.2 Iteration 33

This PDF document, titled "Rotational Substrate Field Theory (RSFT): Unified Coherent Edition v33" (April 2026), details a theoretical physics framework founded by Anthony James Bell. The theory proposes a unified model of physics derived from only two primitives—the speed of light (c) and the electron mass (m_e)—using Face-Centered Cubic (FCC) geometry with zero free parameters.

Description of Contents

• Foundational Framework: The theory rests on six postulates, including a "substrate" of sub-Planck touching points and a medium that self-organizes into an FCC lattice (Bell's Jeans instability). Particles are modeled as topological defects or "vortex rings".

• Core Equations and Parameters: The text outlines central mathematical constructs, such as an Elastic Medium Lagrangian and a "Velocity Budget" where v^2_{spin} + v^2_{\perp} = c^2. It derives several fundamental constants, such as k = 2.609606 (derived from Clifford torus volume matching) and \eta_{BM} (the "Bell's Medium" constant).

• Version 33 (v33) New Derivations: This edition introduces six new specific advances, extending the theory to 139 independent observables. Key v33 updates include:
  • Higgs Boson Mass: Refined to 127.253\text{ GeV} using a two-loop Coleman-Weinberg gauge boson loop.
  • Neutrino Mass Splitting: Provides the first RSFT derivation of atmospheric neutrino mass splitting (\Delta m^2_{atm}), achieving a result within 0.35\% of observed values by analyzing the FCC Brillouin zone surface ratio.
  • W Boson and Top Quark: Updated calculations for the W boson width and Top quark pole mass based on hadronic cascade self-energy and DCSB vortex condensates.
  • Neutron Magnetic Moment: A new two-loop torsion cross-term calculation.

   

  • Observables and Predictions: The document provides extensive tables comparing RSFT predictions against Particle Data Group (PDG) observed values. It categorizes 139 observables into "Closed" (high precision), "Near-Closed," and "Advanced" statuses, covering everything from the fine-structure constant to dark matter density and the cosmological constant.