Current published reading edition · 2026-05-11
Renormalization as Standing-Preserving Scale Transport
Amos Jay Maley · 36 pages · Constants and Ensemble Arc - Paper 3
The manuscript interprets RG flow as conditional standing-preserving transport: overlap witnesses, quotient identity, effective envelopes, matching data and continuation roles must be preserved. Its target is the quotient transport class rather than numerical immobility of running couplings. It does not replace RG equations, derive beta functions or introduce new dynamics.
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About this paper and citation
Amos Jay Maley. Renormalization as Standing-Preserving Scale Transport. 2026-05-11. DOI: 10.5281/zenodo.20118440.
SHA256 e5f25932afd61ffc907bed1be3cf4dac6b89ca05d21fcd61de69c08c5bf9f1ba
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The summary was checked against the abstract, named sections and conclusion of this exact release. Completion markers were reviewed; the manuscript claims have not been independently verified. Equations, theorem numbering and full references are preserved in the original searchable PDF. This page is a reading aid, not a full-text conversion.
Source references
- Section 2: Scope and ordinary RG practice · PDF page 6
- Section 10: RG transport proposition · PDF page 14
- Section 20: RG Standing Preservation, Theorem 20.1 · PDF page 24
- Section A: Conceptual dependencies, including the ensemble role distinction · PDF page 32
- Section 24: Conclusion · PDF page 31
The named constants-and-ensemble imports are recorded by the manuscript. Their exact frozen source editions are not fully pinned in its references. Links below open current reading editions and do not establish which bytes were imported.
Constants and ensemble reading order
This is a suggested reading order for the named arc. The RG appendix also declares support from the ensemble paper for its role distinction, so this list is not a one-way proof dependency graph. These links open current reading editions; the manuscripts do not pin all imported sources to exact release bytes.