GIBM v0.1: A Framework for Recovering Physical Maps from Realized Relation

GIBM v0.1 is an initial framework release for the Generalized Information/Interaction-Based Model. It proposes a disciplined distinction between basement primitives and recovered physical maps. The framework treats distinction, local relation, admissibility, ordered update, and persistence criterion as core primitives, while space, time, matter, mass, gravity, quantum support, entropy, and particle/force categories are treated as recovered regimes or map-level structures. This release includes two documents: a main framework paper and a lean technical companion. The main paper presents the conceptual architecture, claim-status system, major bridges, and open burdens. The technical companion provides compact notation and scaffold equations for the strongest current bridge routes, including Born/Hilbert support, residualized possibility, entropy as recoverability loss, energy/mass recovery, gravity/free-fall, black holes, dark matter taxonomy, and Standard Model category placement. This work is not presented as a completed physical theory. It is a v0.1 scaffold intended to make the framework precise enough for criticism, extension, failure, or later derivation attempts. Open burdens include the actualization selector, full gravity field equation recovery, gauge/Standard Model recovery, black hole entropy and Hawking-radiation recovery, physical constants, and mass-generation mechanisms.