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#software testing Open access

AC136 AUX Federator v1.0 — Autonomous Causal Research Toolkit and Reproducibility Archive (PASS001–PASS025)

Oct 2026 · Zenodo (CERN European Organization for Nuclear Research)
Scientific Computing and Data Management

Abstract

English AC136 AUX Federator v1.0 is an autonomous, read-only auxiliary research toolkit developed to support the AC136 Causal Solver framework without modifying, installing, or activating its sovereign execution environment. The release consolidates 25 cumulative development passes (PASS001–PASS025) into a reproducible software archive. It includes 15 read-only computational interfaces covering causal geometry, SU4/SU7 structures, the Golden Field, temporal histories, operator algebra, Co-Relations, prime-number composition encoding, Pareto optimization, minimal causal displacement (Δ*), PRE/POST measurements, adversarial verification, and bounded computational experiments. The historical catalogue preserves 87 methods and 765 variants per scenario, including 95 unresolved data-dependent states. Unknown results are retained rather than automatically promoted to verified conclusions. Reproducibility: The final package contains 838 files and successfully completed 5,176 cumulative tests under independent cold replay. SHA-256 integrity manifests, bilingual documentation, scientific evidence records, negative results, and reproducibility instructions are included. Scientific scope: The demonstrated results concern explicitly defined mathematical models, finite benchmarks, and synthetic test environments. The package does not claim to prove unresolved mathematical conjectures, establish new physical laws, certify a real sovereign ROOT, or demonstrate superiority over the full AC136 Solver. Independent external validation and reconciliation with live AC136 data remain future research tasks. This release constitutes the completed autonomous AUX v1.0 software milestone. Integration into the sovereign AC136 Solver is not part of this release. Français AC136 AUX Fédérateur v1.0 est un outil auxiliaire autonome de recherche causale, fonctionnant en lecture seule et conçu pour accompagner le cadre du Solveur causal AC136 sans modifier, installer ni activer son environnement d’exécution souverain. Cette version rassemble 25 passes cumulatives de développement (PASS001–PASS025) dans une archive logicielle reproductible. Elle comprend 15 interfaces de calcul et de diagnostic couvrant notamment la géométrie causale, les structures SU4/SU7, le Champ doré, les histoires temporelles, l’algèbre des opérateurs, les Co-Relations, le codage des compositions par nombres premiers, l’optimisation de Pareto, le déplacement causal minimal (Δ*), les mesures PRE/POST, les vérifications adversariales et les expériences computationnelles bornées. Le catalogue historique conserve 87 méthodes et 765 variantes par scénario, dont 95 états encore dépendants de données manquantes. Les résultats inconnus ne sont pas transformés artificiellement en conclusions démontrées. Reproductibilité : l’archive finale comprend 838 fichiers et a réussi 5 176 tests cumulatifs lors d’un rejeu indépendant à froid. Elle inclut les manifestes d’intégrité SHA-256, la documentation bilingue, les registres de résultats positifs et négatifs ainsi que les instructions de reproduction. Portée scientifique : les résultats concernent des modèles mathématiques déclarés, des expériences finies et des environnements synthétiques. Cette publication ne revendique ni la résolution de conjectures mathématiques ouvertes, ni la démonstration de nouvelles lois physiques, ni la certification d’un ROOT souverain réel, ni une supériorité établie sur le Solveur AC136 complet. La validation externe indépendante et la réconciliation avec les données réelles d’AC136 demeurent des travaux futurs. Cette version constitue la clôture du développement logiciel autonome AUX v1.0. L’intégration au Solveur souverain AC136 ne fait pas partie de cette publication.

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