What May Exist - The Admissibility Papers - V1.1

Description This volume collects a series of papers written between January 4–8, 2026 that together develop an admissibility-based framework for physical law. The central premise is that physical description is first constrained by what distinctions and correlations are permitted to exist at all, prior to dynamics, probability, or geometry. The work introduces admissibility as a primitive requirement of global relational consistency and develops the Admissibility–Entropy Structure (AES), in which entropy is treated as finite correlation capacity, probability as conditional rather than fundamental, and spacetime geometry as an effective representation of enforceable correlation constraints. Across the series, this framework is applied to coherence emergence, entropy and irreversibility, gravity, black holes, cosmological origin, multiverse proposals, spacetime microstructure, and observational limits. The papers are ordered by logical dependence and are intended to be read as a constraint hierarchy rather than a sequence of mechanisms. Individual components may be read independently, but the Preface provides guidance on interpretation and scope. No new dynamics or modifications to established physical theories are proposed; the contribution is structural and interpretive. This upload presents the complete framework in a single, versioned document. Individual papers may also be available separately.