J. R. Sutton

Biochemistry, Genetics and Molecular Biology · Life Sciences

41h-index6.4kcitations131works0.02yr avg
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Research Topics

High Altitude and Hypoxia(34), Cardiovascular and exercise physiology(30), Muscle metabolism and nutrition(26), Sports Performance and Training(12), Adipose Tissue and Metabolism(10)

Publications131 total

The Gated Quantum Resonator: A BayesianCircuit–Hamiltonian Framework for Catalysis,Enzymology, MaterialsScience and UPE.
2026Open Access
GQR–XV: The Gated Channel as a Curvature–Information Bridge A Unified SU(3)coh–Einstein–Penrose Framework
Zenodo (CERN European Organization for Nuclear Research)·2026Open Access
GQR–XV: The Gated Channel as a Curvature–Information Bridge A Unified SU(3)coh–Einstein–Penrose Framework
Zenodo (CERN European Organization for Nuclear Research)·2026Open Access
GQR–XV: The Gated Channel as a Curvature–Information Bridge A Unified SU(3)coh–Einstein–Penrose Framework
Zenodo (CERN European Organization for Nuclear Research)·2026Open Access
GQR–XV: The Gated Channel as a Curvature–Information Bridge A Unified SU(3)coh–Einstein–Penrose Framework
Zenodo (CERN European Organization for Nuclear Research)·2026Open Access
Civilisation as a Gene Mangler: A Questioned Dialogue with Earth Logic. (GC-arc1/Gen2)
Zenodo (CERN European Organization for Nuclear Research)·2025Open Access
Civilisation as a Gene Mangler: A Questioned Dialogue with Earth Logic. (GC-arc1/Gen2)
Zenodo (CERN European Organization for Nuclear Research)·2025Open Access
GQR–IX: Quantum–Gate Bifurcation in Photosystem II Deuterium Suppression and Field–Tuned Resonance Switching at 8F4I
2025
GQR XI: Gated Quantum Resonator Framework for Self-Organizing Catalytic Reaction Networks
2025Open Access
GQR–X: The Quantum Loom of Life on EarthUniting Isotopic, Chalcogenic, and Protonic Resonance at the Quantum–Critical Boundary
2025
The Gated Quantum Resonator: A BayesianCircuit–Hamiltonian Framework for Catalysis,Enzymology, MaterialsScience and UPE.
2025
GQR–VIII: Coherent Gating and Multi-ParticleTunnelling in the PSII Oxygen-Evolving Complex
2025
GQR IV: A Quantum Shield Law for Coherence and Tunnelling
2025
Gated Quantum Resonator, Manuscript 2:Funnel–Field Synergy Drives Quantum TunnelingCatalysistoward Proof-of-Resonance
2025
Gated Quantum Resonator, Manuscript 3: Aperture–Lens Grammar, Tilt (B) Variants, and Catalytic Quantum Microscopy From tunneling “buzz” to prismatic steering and CQ-TEM design
2025
GQR VI: Anomalies, Resonance, andCoherence Across Physics, Chemistry,Biology, and MedicineToward a Unified Interpretation
2025
Gated Quantum Resonator V:The Logic Vortex and Shield Environs —A Logic–Statistics–Physics Synthesis
2025
GQR 7: Tunnelling Rates, Speeds, and FluxDynamicsMapping Quantum Mechanics to the Gated Resonator Grammar
2025
The Gated Quantum Resonator: A BayesianCircuit–Hamiltonian Framework for Catalysis,Enzymology, Ultraweak Photon Emission, and MaterialsScience
2025
The Gated Quantum Resonator: A Bayesian Circuit–Hamiltonian Framework for Catalysis, Enzymology, and Materials Science
2025
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Frequent Co-authors

A. Cymerman(14), C. Stuart Houston(12), John Τ. Reeves(11), Bertron Μ. Groves(9), P. M. Young(9), Norman L. Jones(9), George A. Brooks(7), G. E. Butterfield(7), Eugene E. Wolfel(6), Peter D. Wagner(5), M. K. Malconian(5), Paul Rock(5), C. J. Toews(5), Robert S. Mazzeo(4), J. D. MacDougall(4), H. J. Green(4), Robert R. Wolfe(3), George J. F. Heigenhauser(3), P. R. Bender(3), John M. Kowalchuk(2)