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Version 26 reports new calculations on electroweak parameters in a unified physics framework, suggesting improved alignment with experimental data.
Version 26 RSFT This document details version 26 (April 2026) of Rotational Substrate Field Theory (RSFT), a unified physics framework founded by Anthony James Bell. The theory operates on the foundational principle of having zero free parameters, deriving all physical constants and observables from only two primitives: the substrate wave speed (c) and the electron mass (m_e). The framework posits that the substrate is an infinite field of sub-Planck touching points that spontaneously self-organizes into a Face-Centered Cubic (FCC) lattice. The v26 update expands the theory to 102 independent observables, introducing five new first-principles derivations: Electroweak Rho Parameter (ρEW): Achieved a near-closed status with 0.057% consistency. Running of Alpha (1/α(m_Z)): Calculated to 131.55 via a hybrid resonance and pQCD approach. Effective Leptonic sin^2θ_W: Derived from photon-Z kinetic mixing in "Bell's Medium". Solar Neutrino Mixing (θ₁₂): Updated with two-loop vacuum polarization to 33.310°, a 0.39% gap from observed values. Z Boson Total Width (Γ_Z): Derived from RSFT electroweak sector inputs. The text categorizes its results into "Closed," "Near-Closed," and "Advanced" statuses based on their alignment with experimental data, covering a vast range of physics from particle masses and mixing angles to cosmological constants and dark energy.
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