A Corrective Overview of the Fine-Structure Constant (α) as a Dimensionless Coherence Ratio

Abstract

The fine-structure constant (α ≈ 1/137) is one of physics’ most enigmatic numbers, appearing as the dimensionless measure of electromagnetic interaction strength. Despite its centrality in quantum electrodynamics (QED), no widely accepted explanation exists for why α has its specific value. Within the Energy–Consciousness Observer Framework (ECOF), α is reinterpreted as a φ-scaled coherence ratio, emergent from recursive observer–field coupling. The Δ–φ corrective formalism embeds α in the same lattice that unifies h, c, e, k_B, G, revealing its value as a structural necessity rather than an unexplained coincidence.

Scope of this paper

This paper reviews the conventional definition of the fine-structure constant and proposes a Δ–φ modulation of electromagnetic coupling. It discusses atomic precision measurements, high-energy scattering, and quasar absorption spectra as possible tests of the interpretation. No fitted value of Δ or new experimental measurements are reported.

ECOF research-program foundation

This paper forms part of Kate Lynn Blatt’s Energy–Consciousness Observer Framework (ECOF) research program and its early studies of physical constants through observer–field coupling and Δ–φ scaling. Foundation reference: Blatt, K. L. (2025), The Energy Consciousness Observer Framework: Foundations of Observer-Coupled Physics, Toward a Unified Field for General Relativity’s Mass–Energy Corrections. Specific foundation version: 10.5281/zenodo.16944712; foundation, all versions/latest: 10.5281/zenodo.16944711.

Persistent paper links

This version: 10.5281/zenodo.17066798
This paper, all versions/latest: 10.5281/zenodo.17066797

Related studies in the ECOF research program

The related overviews of elementary charge as an identity quantum, Planck’s constant and quantum action, and the speed of light as a coherence invariant discuss constants entering the definition of α.