Current published reading edition · 2026-02-07
L1 Paper 1 Equivalence Completion and Forced Collapse of Charged Current
Amos Jay Maley · 2 pages · L1 equivalence collection
The manuscript classifies low-energy tree-level charged-current matching through the Fermi invariant, rather than treating the displayed mediator parameters as independent witnesses in that contact-interaction sector. This does not reduce all electroweak parameters to one degree of freedom.
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About this paper and citation
Amos Jay Maley. L1 Paper 1 Equivalence Completion and Forced Collapse of Charged Current. Published 2026-02-07. DOI: 10.5281/zenodo.18515397.
SHA256 f85210824148f84b0ee72cd1a63c1855389ad7797118e052ad2276eeab0c3f5d
Edition metadata · Work DOI · Exact publisher metadata
Complete short-source reading; no independent proof 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.
Source references
Complete short source, including its scope and conclusion
- Section 3 tree-level transport · PDF page 1
- Sections 4-6 invariant witness counting and relation · PDF page 2
A preferred reading edition does not replace an exact edition imported by a downstream theorem. Where references do not pin imported bytes, that identity remains unresolved.
L1 collection reading order
These links follow the manuscript collection numbering. They open the selected reading editions; they do not identify frozen imports or establish a new logical dependency.
- L1 Paper 1 Equivalence Completion and Forced Collapse of Charged Current
- L1 Paper 2 Equivalence Completion in the QCD CP Odd Sector
- L1 Paper 3 Fermion Yukawa Mass Equivalence
- L1 Paper 4 EW QED EM coupling collapse
- L1 Paper 5 Neutrino mixing invariants
- L1 Paper 6 Longitudinal Goldstone Equivalence
- L1 Paper 7 Yukawa Realizability under Minimal Chiral Load
- L1 Paper 8 Unitary Mixing Saturation
- L1 Paper 9 Rephasing Redundancy Exhaustion
- L1 Paper 10 Absence of Tree Level Flavor Changing Neutral Currents
- L1 Paper 11 Hypercharge Normalization Electric Charge Quantization
- L1 Paper 12 Exhaustion and Closure of the Equivalence Space