QDL SMEFT Γ(O) Audit II: A Source-Sector Verification Ledger for Selected Warsaw-Basis Operator-Mixing Channels

This release presents QDL SMEFT Γ(O) Audit II, a source-sector verification ledger for selected Warsaw-basis Standard Model Effective Field Theory operator-mixing channels. The paper defines a computable row-level audit map from ordered SMEFT operator pairs to a finite classification set. For each candidate channel Oj → Oi, a QDL closure vector ΓQDL(O) is assigned to the source and target operators, a residual Rij = ΓQDL(Oi) − ΓQDL(Oj) is evaluated, and the row is classified as directly admissible, compensator-mediated, source-sector zero, verification-pending, or revision-forcing.

The audit is compared against standard SMEFT anomalous-dimension results in the Warsaw basis, using the Warsaw-basis classification of Grzadkowski, Iskrzynski, Misiak, and Rosiek; the Jenkins-Manohar-Trott and Alonso-Jenkins-Manohar-Trott one-loop anomalous-dimension papers; and the Alonso-Chang-Jenkins-Manohar-Shotwell treatment of baryon-number-violating dimension-six running.

The stabilized Audit II queue contains 54 selected rows. Twenty-six rows are retained in the main source-sector verified ledger, while twenty-eight rows are quarantined as exact-expression-pending appendix rows. No R-class revision-forcing contradiction is asserted. The release does not claim completion of the full 2499 × 2499 three-generation SMEFT anomalous-dimension matrix, does not derive new SMEFT coefficients, and does not replace standard EFT renormalization. Its contribution is a disciplined, falsifiable audit layer for testing QDL closure-vector governance against selected source-anchored SMEFT operator-mixing channels.