Light-Space Theory: Relational Invariants, Whole-Response Mass Architecture, and Convention-Invariant Unit Mapping

Abstract

Light-Space Theory (LST) studies invariants as source-owned role-relations that remain answerable through changed presentation. This technical whitepaper reconstructs the program’s current architecture in one source-routed document. It develops the conditional penta-triadic finite generator, the source-to-occupation-to-response bridge, and the whole-response account of physical mass through effective-action poles, kinetic normalization, Schur complements, and carrier-specific spectral rules.The paper presents the completed five-architecture organization of the Standard Model’s conventional 19-parameter sector: electroweak/Higgs joint response, the nine-member charged Yukawa family, the CKM rank-two complement, the strong-even one-action coupling, and the strong-odd fresh-return character. It then states the convention-invariant UnitMap theorem under civilization-supplied full-rank metrological plants, including its compatibility closures for SM19, neutral/PMNS coordinates, and gravity/EFE normalization.Every result is labeled by owner and standing so that source-derived structure, declared occupation, supplied physical coordinate, calculated consequence, and empirical comparison remain distinct and mutually answerable.