ASD/BAS: Current Architecture and Historical Correspondence (v1.1)
Abstract
Version 1.1 update — This revision adds bounded worked examples and reader-accessibility improvements to the September 27, 2026 v1.0 publication. It also adds an explicit disclosure of AI assistance in drafting, mathematical formulation/manipulation, computational checking, adversarial review, and research organization, together with clarification of the paper’s independent-research and peer-review status. The revision does not modify ASD/BAS v2.9 canon, establish new empirical validation, or alter the paper’s principal architectural and historical claims. Applied Semantic Dynamics / Branch Admissibility System (ASD/BAS) is a formal structural research architecture for examining finite systems while keeping distinct several relations that ordinary analysis often compresses into one description. Its frozen resident model represents a finite container under load through saturation, authoritative clearance, and exit freedom, with operational wear and structural scar supplying history-sensitive dynamics. Around that resident model sit separate architectures for semantic and jurisdictional compilation, dependency and representation analysis, observation and empirical evidence, and project-level integration and governance. The present architecture is not well described as the final stage of a smooth sequence in which early qualitative papers simply became later equations. The historical record instead shows selective preservation under representational change. Some early distinctions remain visible in current architecture; others were decomposed into several typed objects, relocated to another architectural layer, represented in incompatible ways, retained primarily as methodological boundaries, or left without a demonstrated contemporary counterpart. A branch-mechanics and domain-compiler/gate-kernel line further prevents a simple linear account. This paper therefore does two jobs for a cold reader. First, it explains what the current ASD/BAS project contains and which object owns which question. Second, it gives a bounded historical correspondence map from Papers 1–31 to the current architecture while preserving discontinuity, unresolved construct identity, negative results, and unmapped claims. Historical correspondence is not treated as documented derivation. Author recollection is not treated as contemporaneous proof. Mathematical derivation is not treated as empirical validation. The result is a reader-facing project ontology plus an audited historical map, not a novelty claim, a causal genealogy, or evidence that ASD/BAS is universally valid.
