AllImplementedReady
plain-language theorem explainer
AllImplementedReady defines the proposition that every implemented Option A combination satisfies the four-layer empirical readiness predicate. Researchers auditing the Recognition Science empirical pipeline cite it to confirm metadata completeness across C1-C9 before analysis proceeds. The definition is a direct universal quantification over the CombinationID inductive type with no additional lemmas.
Claim. Let $C$ be the inductive type of implemented Option A combinations. AllImplementedReady is the proposition $∀ c ∈ C$, EmpiricallyReady$(c)$, where EmpiricallyReady$(c)$ holds precisely when $c$ has a falsifier protocol, an analysis action, a deliverable artifact, and a unified pipeline record.
background
The module establishes a readiness gate for Option A empirical work. A combination meets the gate when it possesses all four operational layers: falsifier protocol, analysis action, deliverable artifact, and unified pipeline record. EmpiricallyReady is the conjunction of these four predicates. CombinationID enumerates the implemented cases C1-C9, with C10 retained only as commentary.
proof idea
The definition is a direct abbreviation that expands to the universal quantification ∀ c : CombinationID, EmpiricallyReady c. No lemmas or tactics are invoked; the body simply packages the quantified predicate for downstream use in certificates and theorems.
why it matters
AllImplementedReady supplies the top-level readiness assertion consumed by the EmpiricalReadinessCert structure and the allImplementedReady theorem. It closes the metadata layer for Option A empirical work, ensuring the operational records are complete before any physical claims are advanced in the Recognition Science framework.
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