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April 26, 20260 citationsOpen Access

The Fine-Structure Constant from the Cohesion Unified Field Theory

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DGDexter Gilbert

Key Points

  • The aim is to derive the fine-structure constant from the Cohesion unified field theory, integrating previous theoretical results.
  • Complete derivation using a single axiom: universe under pressure from the next higher scale.
  • Four geometric steps and one coupling derivation are employed.
  • Incorporates a self-consistency condition to yield a precise equation for α.
  • Derivation finds 1/α = 137.029, differing from CODATA value by only 0.007.
  • The residual error is attributed to axial torsion correction from electron-positron pair production.
  • Fine-structure constant considered as an attractor influenced by electron vacuum pressure on photon field.

Abstract

This paper presents the complete derivation of the fine-structure constant α−1 ≈ 137.036from the Cohesion unified field theory, integrating results established across nine priorpapers into a single self-contained chain. The derivation proceeds from a single axiom —the universe is under pressure from the next higher scale — through four geometric steps,one coupling derivation, and one self-consistency condition, yielding a transcendentalequation for α with no free parameters:1α=360φ2−12960π3 ωC3α23/2.The solution is 1/α = 137.029, within 0.007 of the CODATA value 137.036. Everyelement of the chain is derived without α as an input. The 0.007 residual is identifiedas the axial torsion correction from the kinematic structure of electron-positron pairproduction — a QED effect outside the geometric framework. The derivation establishesthat the fine-structure constant is the finite-time attractor of a hexagonal funneled-springrecursion driven by the pressure of the electron vacuum on the photon field.

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Cite This Study

Dexter Gilbert (2026) studied this question.

synapsesocial.com/papers/69edac9b4a46254e215b4613https://doi.org/10.5281/zenodo.19739815
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