What question did this study set out to answer?

The central aim is to provide a unified model of physics based on fundamental constants and FCC geometry.

May 4, 2026Open Access

General RSFT Version 10.5.2 Iteration 33

Key Points

The central aim is to provide a unified model of physics based on fundamental constants and FCC geometry.
Developed a theoretical framework founded on postulates and FCC geometry.
Outlined mathematical constructs like Elastic Medium Lagrangian and velocity relationships.
Introduced new derivations expanding to 139 independent observables.
Refined Higgs boson mass to 127.253 GeV using advanced calculations.
Achieved atmospheric neutrino mass splitting within 0.35% of observed values based on FCC analysis.
Updated measurements for W boson width and top quark mass using self-energy methods.

Abstract

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 (mₑ) —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 v²ₒ₏₈₍ + v²_ = c². It derives several fundamental constants, such as k = 2. 609606 (derived from Clifford torus volume matching) and ₁₌ (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 GeV using a two-loop Coleman-Weinberg gauge boson loop. Neutrino Mass Splitting: Provides the first RSFT derivation of atmospheric neutrino mass splitting (m²₀ₓ₌), 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.

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