IndisputableMonolith.URCGenerators.CPMClosureCert
The CPMClosureCert module supplies a standalone certificate for the CPM method in the URCGenerators domain. It verifies that generic A/B/C consequences hold for any CPM model and that the assumptions remain consistent via an explicit toy model witness, with no domain-specific content included. Researchers auditing the recognition science forcing chain would cite this module to confirm the core CPM structure before downstream reporting. The module achieves its purpose through a direct import of CPMMethodCert.
claimCertificate establishing that for any CPM model $M$ the A/B/C consequences are available and that the CPM assumptions are consistent, witnessed by a concrete toy model.
background
This module sits in the URCGenerators domain and imports only Mathlib together with CPMMethodCert. The upstream certificate states: "This certificate intentionally avoids any domain/problem-specific material. It certifies: the generic CPM A/B/C consequences are available for any CPM Model, and the CPM assumptions are consistent (witnessed by a concrete toy model)." The local setting is therefore the minimal, self-contained verification of the CPM method itself.
proof idea
This is a module whose structure consists solely of importing CPMMethodCert and exposing its contents for reporting. No independent proofs or definitions are introduced.
why it matters in Recognition Science
This module feeds CPMClosureReport, whose doc-comment describes an "#eval-friendly report for the standalone CPM core (A/B/C) and its toy-model witness." It therefore supplies the certified core that later adapters consume when generating closure reports inside the Recognition Science URC chain.
scope and limits
- Does not incorporate any domain-specific or problem-specific material.
- Does not contain numerical evaluations or concrete computations beyond the toy-model witness.
- Does not depend on external physical constants, models, or Recognition Science landmarks such as the phi-ladder.