Deterministic Accessibility Contraction Under Paired Admissibility Regimes in a Native SU(2) Substrate

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Main Author: de St. Croix, Nicholas Dean
Format: Recurso digital
Language:English
Published: Zenodo 2026
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author de St. Croix, Nicholas Dean
author_facet de St. Croix, Nicholas Dean
contents <p><strong>Gravitype V7.0 — Experiment</strong></p> <p>This record contains the paper <strong>“Deterministic Accessibility Contraction Under Paired Admissibility Regimes in a Native SU(2) Substrate”</strong> together with its reproducibility context.</p> <p>V7.0 is an <strong>experimental</strong> Gravitype release. It tests whether restricting admissible reconciliation pathways, while leaving the underlying substrate, update rules, initialization, schedule, and parameters unchanged, produces deterministic macroscopic reorganization in the native SU(2) substrate. The paired observable is final total frustration difference:</p> <p><strong>ΔΦfinal(s) = Φfinal(NATIVE) − Φfinal(MONOTONE)</strong></p> <p>Across <strong>200 paired realizations</strong>, the contraction is strictly positive for all seeds, with <strong>median Δ<em>Φ</em>final = 29.686</strong>, <strong><em>W</em> = 20100</strong>, and <strong><em>p</em> = 7.18 × 10^-35</strong> (one-sided). Deterministic replay yields zero mismatches, admissibility enforcement yields zero violations, placebo controls are null, and pair-breaking permutation removes the signal. These results establish accessibility restriction as a deterministic <strong>regime-forming mechanism</strong> within an unchanged native substrate. </p> <p>This release should be read as a <strong>data-first experimental anchor</strong>: it establishes substrate-invariant regime divergence under a locked paired-seed protocol, and provides the empirical basis for later accessibility-based analyses and mapping papers.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_18902407
institution Zenodo
language eng
publishDate 2026
publisher Zenodo
record_format zenodo
spellingShingle Deterministic Accessibility Contraction Under Paired Admissibility Regimes in a Native SU(2) Substrate
de St. Croix, Nicholas Dean
Gravitype
accessibility restriction
admissibility regimes
regime formation
SU(2) lattice
paired-seed experiment
final frustration
reproducibility
<p><strong>Gravitype V7.0 — Experiment</strong></p> <p>This record contains the paper <strong>“Deterministic Accessibility Contraction Under Paired Admissibility Regimes in a Native SU(2) Substrate”</strong> together with its reproducibility context.</p> <p>V7.0 is an <strong>experimental</strong> Gravitype release. It tests whether restricting admissible reconciliation pathways, while leaving the underlying substrate, update rules, initialization, schedule, and parameters unchanged, produces deterministic macroscopic reorganization in the native SU(2) substrate. The paired observable is final total frustration difference:</p> <p><strong>ΔΦfinal(s) = Φfinal(NATIVE) − Φfinal(MONOTONE)</strong></p> <p>Across <strong>200 paired realizations</strong>, the contraction is strictly positive for all seeds, with <strong>median Δ<em>Φ</em>final = 29.686</strong>, <strong><em>W</em> = 20100</strong>, and <strong><em>p</em> = 7.18 × 10^-35</strong> (one-sided). Deterministic replay yields zero mismatches, admissibility enforcement yields zero violations, placebo controls are null, and pair-breaking permutation removes the signal. These results establish accessibility restriction as a deterministic <strong>regime-forming mechanism</strong> within an unchanged native substrate. </p> <p>This release should be read as a <strong>data-first experimental anchor</strong>: it establishes substrate-invariant regime divergence under a locked paired-seed protocol, and provides the empirical basis for later accessibility-based analyses and mapping papers.</p>
title Deterministic Accessibility Contraction Under Paired Admissibility Regimes in a Native SU(2) Substrate
topic Gravitype
accessibility restriction
admissibility regimes
regime formation
SU(2) lattice
paired-seed experiment
final frustration
reproducibility
url https://doi.org/10.5281/zenodo.18902407