Current reading edition · 2026-09-20
The AMetric Boundary as a Unique Regime-Invariant Constraint on Admissibility-Bearing Construction
Pre-fixational authority, non-transmissivity, and complete interfaces
Amos Jay Maley · 67 pages
At a fixed authoritative equality-only atom interface, invariant readouts cannot recover additional distinctions without warranted richer input. Theorem 7.5 states the construction-neutral exclusion package with explicit accommodation of independently warranted enrichment.
Earlier versions
- Public release · 2026-04-23 (10.5281/zenodo.19722291)
- AMetric editorial reference, 20 September 2026 — citation reference only. Exact imported bytes are unconfirmed; this reference PDF is not hosted here.
About this paper and citation
- Imports
- Locally uses kernel necessity (version 49 in ref.13). The Structure comparison in ref.18 is not a logical back-edge from Structure into the boundary theorem.
- Supplies downstream
- Supplies the conditional boundary/exclusion result and export discipline. Metricity applies a boundary package to physical metric licensing; the exact AMetric edition imported by the May Metricity paper is unresolved.
- Scope and limits
- Formal symbols, carriers, equality patterns and tuple relations are available before target-specific physical standing. Proposition 3.8 allows invariant formal structures (including equality-based discrete metrics). Theorem 7.5 permits independently warranted richer inputs; it does not rule out every formal distinction, all metric calculations or all research programs.
Optional source references - these jump to sections and theorems in this same PDF.
- Section 3.1 / Proposition 3.3 / Definition 3.4 · PDF pp. 17–19
- Proposition 3.8 · PDF pp. 21–22
- Theorem 7.5 / Section 7.6 · PDF pp. 39–40
- References 13 and 18 · PDF pp. 67
Amos Jay Maley. The AMetric Boundary as a Unique Regime-Invariant Constraint on Admissibility-Bearing Construction: Pre-fixational authority, non-transmissivity, and complete interfaces. Reference edition, 2026-09-20. SHA256 fd0da8feb70e61de9474cc459ca8de6af2619206d439e62425e88334161a535e. DOI: 10.5281/zenodo.22848051.
Manuscript cover date: 2026-09-20. Publisher release date: 2026-09-19.
SHA256 fd0da8feb70e61de9474cc459ca8de6af2619206d439e62425e88334161a535e
Work record (all versions) · Edition metadata · Reading aid as Markdown
The PDF matches the exact publisher release. A complete manuscript HTML conversion has not been verified. A newer reading edition does not replace the exact edition cited by a downstream theorem.