Declarations as Boundary Conditions: A Fixture-Level Audit of the Uniqueness Reading

This paper studies an interpreted reading of declarations as boundary conditions for recognition within the Identity-Persistence Program. Using a fully synthetic declaration fixture, it evaluates whether this interpretation makes falsifiable predictions about redundancy, ambiguity reduction, obstruction behavior, and recognition under the published declaration framework. The paper introduces no new mathematical results. All computational findings are explicitly restricted to the synthetic fixture and are distinguished from corpus-level conjectures and undeclared systems through the program's claim-status discipline. Its contribution is methodological: demonstrating how an interpreted reading can be converted into executable predictions and independently replayed within the published framework. The executable companion artifacts—including the declaration fixture, deterministic audit runner, replayable audit outputs, artifact manifest, and supporting documentation—are available in the associated Zenodo record accompanying this publication.