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This is a Quantitative Study study.

October 17, 2025Open Access

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

Key Points

Funnel-field synergy significantly enhances quantum tunneling in catalysis, resulting in continuous flux under decoherence.
Tests show that the dominant H+C synergy creates a robust mechanism for sustained aperture formation, enhancing predicted outcomes.
Wavepacket sweeps confirm the effective transitions in quantum tunneling processes, providing new insights into enzyme behavior.
This research connects gated resonators to new readouts, suggesting a novel method for ensuring dataset integrity in quantum systems.

Abstract

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

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