Additive-Independent Molecular Survivability: A Structural Admissibility Condition for Identity-Level Molecular Persistence

Description This document establishes additive-independent molecular survivability as a structural admissibility condition for molecular systems claiming long-term functional persistence, storage stability, or extended usability. The analysis is strictly non-constructive and defines invariant boundary conditions under which molecular survivability must arise from intrinsic molecular topology rather than stabilizing additives, scavengers, freshness windows, or controlled-atmosphere handling. The framework constrains patentability at the level of enablement, inventive step, and industrial applicability and applies uniformly across molecular domains without chemistry-class exemption. The document defines necessity conditions only and does not disclose molecular structures, formulations, environmental control protocols, or stabilization systems. This work forms part of a broader structural admissibility framework addressing identity-level persistence across materials, molecular, and energy systems.