w_mass_anomaly_structure
plain-language theorem explainer
The declaration proves that the structural placeholder for resolving the W-mass anomaly is satisfied by the electroweak scale structure from the ledger. Cosmologists examining the CDF II discrepancy within Recognition Science would cite this equivalence to tie the anomaly to the phi-ladder scale. The proof is a direct one-line term application of the electroweak scale structure theorem.
Claim. The W-mass anomaly resolution mapping holds exactly when the electroweak scale structure from the ledger is realized, i.e., the anomaly structure is discharged by the scale-from-ledger condition.
background
The module formalizes T-005 on the CDF II W-mass anomaly, where the measured value 80,433.5 MeV exceeds the Standard Model prediction by roughly 7 sigma. In Recognition Science the electroweak scale is realized on the phi-ladder via the function scale(k) = phi^k. The upstream theorem has_ew_scale_structure shows that this ladder structure satisfies the scale-from-ledger condition, which is the prerequisite for any RS-derived m_W value.
proof idea
The proof is a one-line wrapper that applies the electroweak scale structure theorem to discharge the anomaly-from-ledger proposition.
why it matters
This result embeds the CDF W-mass anomaly inside the Recognition Science cosmology by identifying it with the electroweak scale structure rather than new physics. It completes the structural step in T-005 that treats the anomaly as a direct readout of the true RS electroweak scale on the phi-ladder. No downstream citations are recorded, leaving open its integration with large-scale structure derivations.
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