Admissibility Series Index: A Unified Framework Across Physics Domains

This Series Index provides a unified entry point to the complete Admissibility Framework, which is built on four foundational equations—the Dual‑Invariant gauge, the Construct Law ledger, the Master Structure constrained‑evolution equation, and the Maximal Admissibility Surfaces (MAS). Together, these form a compact, cross‑domain architecture that governs how physical systems evolve while remaining admissible under geometric, informational, thermodynamic, and flux‑based constraints. This index summarizes the pillars of the framework and catalogs all associated preprints, including prediction notes for PETRA III’s 2026 beamtime blocks, preregistered cosmology forecasts motivated by the DES Year‑6 release on January 22, 2026, and foundational treatments of nonlocality, horizons, and representation theory. By organizing these works coherently and highlighting their interconnections, the Series Index serves as the central map of the program, enabling researchers to navigate the individual papers efficiently and to understand how admissibility bridges accelerators, cosmology, quantum structure, and geometric physics through a single, constraint‑first formalism.