Gated Quantum Resonator, Manuscript 2: Funnel–Field Synergy Drives Quantum Tunneling Catalysis toward Proof-of-Resonance

Classical transition state theory (TST) struggles with enzyme non-Arrhenius behavior and large, weakly temperature-dependent tunneling KIEs.[1–3] Building on Manuscript 1 (ChemRxiv v3),[4] we report TDSE wavepacket sweeps in two phases. Phase I (36 conditions; PCET I excluded) identifies the funnel (H) as uniquely robust for sustained aperture formation. Phase II fixes H and enumerates all two-factor pairs from {B, C, D, E, F, G, I, J} (28 panels), revealing a dominant H+C (uniform field) synergy that maintains continuous flux under decoherence. The motif aligns with vibronic and ET observables and yields testable predictions (2D-IR, polarization). We connect gated resonators to UPE readouts,[5–7] situate helicity responses (CISS) within the same resonance grammar,[8, 9] and outline a Proof-of-Resonance cryptographic layer for dataset provenance.[10–12]