Finite Distinguishability Closure (FDC-v4): Material Collection and Priority Declaration

Description This record contains the public disclosure of the Finite Distinguishability Closure (FDC) framework in its current material-collection stage. The FDC framework is a structural theory in which physical constants are not treated as empirical inputs, but as necessary readouts of a uniquely determined closure structure. --- Core Claim There exists exactly one admissible closure-ready structure Δ* in the domain defined by structural constraints: ∃! Δ* ∈ Dₐdm The admissible domain is defined by constraints including: - Distinction Preservation (DP) - Mapping Stability (MS) - Non-generation of distinctions- Closure conditions- Finite termination All numerical quantities arise as projections of this unique structure. --- Scope of This Record This Zenodo record serves the following purposes: - To establish the existence of the FDC framework- To establish authorship and priority- To provide a complete structural record of the framework This record is not a condensed research paper. It is a full material collection containing: - All structural blocks- Constructive derivations- No-Go exclusion rules- Layered architecture- Final closure expressions- Numerical verification The content is intentionally redundant and not optimized for readability, in order to ensure full traceability and reproducibility. --- Separation of Documents This record may consist of multiple associated documents: - Front Paper (Priority Declaration) - Material Collection (Full Archive) The material collection represents the full construction, while the front paper provides the minimal formal statement. --- Positioning This framework is: - Not a phenomenological model- Not a fitting procedure- Not dependent on empirical parameter input All results are derived solely from structural admissibilityand exclusion constraints. --- Future Publication A condensed and reader-oriented version of this frameworkmay be published separately in the future. Such a publication may: - Reorganize the presentation- Omit intermediate construction steps- Present results in compressed form However, all such versions will be structurally equivalentto the content disclosed in this record. --- Priority Statement This record constitutes a complete public disclosure of theFDC framework at the time of publication. All core structural ideas, including: - Finite distinguishability as a primitive constraint- Closure-based uniqueness- No-Go-driven admissibility- Dual projection structure (scalar and distributed) - Derivation of physical constants as structural readouts are explicitly contained herein. The author claims priority for these ideas as of the publication date.