Current published reading edition · 2026-02-11
Dimensionless Gauge Couplings as Moduli
Amos Jay Maley · 4 pages · Gauge couplings and parameter status
Within renormalizable four-dimensional quantum field theory and absent extra ultraviolet, dynamical, boundary or empirical inputs, the manuscript treats dimensionless gauge couplings as continuous structurally admissible parameters. It argues that Gaussian fixed points do not uniquely fix them and states stronger isolated-fixed-point conditions. Moduli is used structurally, without a smooth-manifold claim. The conclusion is confined to the stated framework.
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Amos Jay Maley. Dimensionless Gauge Couplings as Moduli. Published 2026-02-11. DOI: 10.5281/zenodo.18603440.
SHA256 0b3153e3b5fd31e70eeeb130447abcf31c51b7fab2cded5cb0b4a070aeeeb867
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Complete short-source reading; no independent proof or ontological verification. Complete searchable PDF text was screened for circulation and completion notices, with marker contexts reviewed. The manuscript claims have not been independently verified. Equations, theorem numbering and full references remain in the original PDF. This page is a reading aid, not a full-text conversion.
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Complete short source and declared scope
- Section 1 scope and six structural assumptions · PDF page 1
- Theorem 1 non-derivability; theory space · PDF page 2
- QED/QCD examples and continuous freedom · PDF page 3
- Sections 7-9 fixed-point and applicability limits · PDF page 4
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