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OQGFounding contribution23 October 2026

Scattering as the Cause of Gravity in Operational Quantum Gravity

Manuscript version 1.1

DOI: 10.13140/RG.2.2.31979.91683/1 · ResearchGate record ↗

Overview

Presents the OQG account of scattering as the cause of gravity. Atomic and nuclear constituents in both bodies exchange energy through a shared electromagnetic field; interference changes their balanced supporting power and material storage. The collective power theorem connects corresponding equilibria to recoverable energy, and the material Hamiltonian generates geodesic motion with zero proper acceleration. Two equal planets in a circular orbit illustrate the resulting mechanics on the calibrated conservative weak-field branch, with gravitational strength fixed by measurement.

Publication and version record

Author manuscript version 1.1, dated 23 October 2026, supplied by the author and reproduced unchanged. Updates the version record and Statements and Declarations. Replaces version 1.0 in the existing article record. Selected by the founding editor for Volume 1, Issue 1. Inclusion does not represent independent JOATP peer review.

Included in the JOATP founding collection, 20 October 2026. The author retains copyright; original publisher terms continue to apply to previously published work.

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