ECOF Prediction: Enhanced VBF H→μμ in High-p_T Regime

The Energy-Consciousness Observer Framework (ECOF) predicts that deviations from Standard Model expectations scale with suppression factors and interference complexity. Vector Boson Fusion (VBF) production of H→μμ in the high transverse momentum regime (p_T(μμ) > 60 GeV) combines production suppression, decay suppression, and enhanced interference topology. We predict a signal strength μ_VBF = 1.28 ± 0.18 in this kinematic regime, representing a 28% enhancement over Standard Model expectations. This prediction is testable with Run 3 LHC data and provides a critical calibration point between inclusive measurements and extreme production modes. The prediction is falsified if μ < 1.10 or if the high-p_T / low-p_T ratio is consistent with unity. This timestamped prediction establishes priority before differential VBF H→μμ measurements are published