Round 2 verification audit for C082
Model: gpt-5
Claim: Identifying |ee> as the excited subspace and applying the effective-operator formalism in the drive-(C) dressed basis |chi_0>,|chi_pm> yields the effective Hamiltonian Eq. (S15) and effective jump operators Eq. (S16) with constants C_0 = sqrt(2) J/(-i kappa), C_pm = J/(-/+ Omega_C - i kappa).
Source alignment: source/supp_content.tex:200-239 (Eqs. (S14-S17))
Prior official verdict: partial with failure_reason None.
Executable evidence: run.py. Sandbox rerun logs: run.log.
Independent audit: I scanned the copied script for imports/shared helper dependencies and reran it through the sandbox. The code is self-contained in this attempt directory and targets the claim strategy: Apply the Reiter-Sorensen effective-operator formalism to H_s and the jump operators and confirm the dressed-state couplings, effective jumps, and the C_0, C_pm constants.. I checked the relevant family model rather than relying only on exit status; the rerun is treated as one reproducibility input.
Decision:
Round 2 verdict is partial with failure_reason None and limitations ['paper_text_only_reimplementation']. Notes: Reiter-Sorensen reduction (heavy analytic). Verified tractable structure: dressed states chi_0,chi_pm (Eq S14) are orthonormal; under drive-(C) generator they have eigenvalues 0 (chi_0) and +/-Omega_C (chi_pm) -> the denominators -i kappa and -/+Omega_C - i kappa.