c8_ready
plain-language theorem explainer
The declaration certifies that the Miller-Span combination satisfies the empirical readiness predicate. Researchers auditing Option A empirical validation would cite it when confirming that the c8 case possesses a falsifiable protocol, analysis action, deliverable artifact, and pipeline record. The proof is a direct one-line application of the general empiricallyReady_all theorem to this specific combination.
Claim. The Miller-Span combination satisfies the empirical readiness predicate: it possesses a falsifiable protocol, an analysis action, a deliverable artifact, and a unified pipeline record.
background
In the Option A empirical readiness module, a combination is empirically ready when it has all four operational layers: a falsifiable protocol, an analysis action, a deliverable artifact, and a unified pipeline record. This supplies a readiness gate for empirical work on Option A, with the module carrying zero sorries or axioms. The upstream theorem empiricallyReady_all proves the general statement that every combination meets the predicate by conjoining the four component results protocolFalsifiable_all, hasAnalysisAction_all, hasDeliverable_all, and hasPipeline_all.
proof idea
This is a one-line wrapper that applies the general theorem empiricallyReady_all to the specific combination .c8MillerSpan.
why it matters
The result populates the EmpiricalReadinessCert structure, which bundles readiness statements for the c3, c8, and c5 combinations together with the all-ready and first-pass flags. It completes the readiness gate for the c8MillerSpan case inside the Option A empirical pipeline, supporting the overall certification that all implemented combinations are ready. No open questions remain as the proof is complete and the module status is fully proved.
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