QDL SMEFT Γ(O) Audit: A Source-Anchored Closure-Vector Classification of Warsaw-Basis Operator Mixing

This work presents a source-anchored representative audit subset for Standard Model Effective Field Theory operator mixing within the Quantized Dimensional Ledger (QDL) framework. The paper applies QDL closure-vector classification to selected Warsaw-basis dimension-six operator-mixing channels and organizes them into direct-admissible, compensator-mediated, strict-zero candidate, verification-needed, and revision-forcing categories. The accompanying QDL SMEFT Γ(O) Audit Subset v2.2 package contains a machine-readable workbook and CSV audit set with 120 total rows, including 72 active source-anchored rows, 48 reserved expansion rows, and 54 coefficient-verification queue rows. The active audit subset reports A = 18 direct-admissible rows, C = 18 compensator-mediated rows, Z = 12 strict-zero candidate rows, V = 24 verification-needed rows, and R = 0 revision-forcing rows. This record does not claim completion of the full SMEFT anomalous-dimension matrix, does not transcribe exact anomalous-dimension coefficients, and does not claim any confirmed SMEFT violation. The purpose is to present QDL as a reproducible operator-governance audit method and to define a coefficient-verification pathway for future expansion. The paper and technical package are part of the QDL SMEFT Operator-Governance Program within the broader QDL Closure-to-Physics Program.