Ayala Ω Framework 4.3: Energy-Resolved HVP Inference-Pipeline Study for the Muon g−2 Hadronic Vacuum Polarization Discrepancy (Research Protocol)

Independent, non-peer-reviewed methods and reproducibility archive for the BJT-11 framework. The archive tests whether selected RHIC Beam Energy Scan observables exhibit non-factorizing energy × centrality structure and whether their energy-localization patterns show statistically unusual cross-observable agreement. A localization rule (BJT-11AD) was frozen within the analysis workflow before ingestion of the exact Q01 HEPData Table 3 file, although approximate Q01 information had been examined earlier. Under the fixed exact-table analysis, Q01 net-proton C4/C2 has a nominal weighted localization center of 34.014 GeV, while Q03 Nt × Np/Nd² has a nominal center of 19.463 GeV. The strict shared-center interpretation is therefore not supported by the specified exact-table analysis. A scaled-shape comparison gives overlap = 0.690 (permutation p = 0.390) and correlation = 0.494 (p = 0.458), which does not show unusually strong agreement under the archive's weight-relabeling null. Full covariance information is not incorporated; uncertainty propagation uses an independence approximation. These analysis-model outputs are not STAR-provided significances, and the archive does not claim a QCD critical-point discovery, phase transition, deconfinement onset, or universal common response.