(GQR58) GQR/QGE Programme Appraisal Report OPERATION QUANTUM HARMONY Gated Quantum Resonator (GQR) Programme A geometry-driven framework spanning catalytic, quantum transport, and selection systems

JAMES SUTTON

Published Mar 26, 2026• 0 citations

Abstract

This document is the first consolidated quarterly technical report of the GQR/QGE programme,covering initial development from Q3–Q4 2025 through Q1 2026.The programme is not presented as a single-domain theory, but as a multi-branch technicalframework with three primary application arms:• catalytic and pharmaceutical systems (enzyme dynamics, PSII, transport beyondArrhenius–Marcus),• quantum and materials systems (noncommuting transport, AFC memory, coherenceengineering),• selection and biological systems (ordering-driven emergence, immunological selection,GC-arc).Across these domains, a common invariant structure is developed: admissibility constraints,ordering-dependent dynamics, phase organisation, and discrete stability manifolds.The purpose of this report is to document the retained technical spine of the programme,separate it from exploratory or softened elements, and establish a basis for validation, collabo-ration, and further development.Author: James SuttonLocation: BristolAffiliation: Independent research programme (GQR/QGE)Document type: quarterly technical progress reportCoverage: Q3–Q4 2025 and Q1 2026Status: version-controlled working draftDate: March 26, 2026This document is intended for technical appraisal, collaboration, and investment-level review.

DOI: 10.5281/zenodo.19240289

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