Proton-Trapped Electron as the Generator of Spin-2 Gravitational Radiation: Coulomb Confinement, ZB Axis Locking, and the Separation of Gravitational and Electromagnetic Sectors

May 23, 2026Open Access

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This research explores the mechanisms behind the emission of spin-2 gravitational radiation by an electron bound to a proton, addressing previously unanswered questions in theoretical physics.
Analyzed the deterministic Zitterbewegung axis precession and its effects on gravitational radiation emission.
Investigated the coupling of phase-functional endpoints to the external metric to assess quadrupole radiation.
Identified the physical realization of gravitational emission through the Coulomb potential and its stronger asymmetry compared to gravitational forces.
Coulomb confinement ensures directional bias for emitted gravitational radiation, resulting in non-zero macroscopic output.
The gravitational radiation power from a bound system is approximately 10^-70 W per hydrogen atom, substantial compared to the zero power from free electrons.
Orthogonality between gravitational and electromagnetic sectors is established, confirming no coupling effects between spin-1 and spin-2 emissions.

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Investigates gravitational radiation outcomes in bound hydrogen atoms, suggesting emission occurs under specific conditions.

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Satoshi Hanamura (2026) studied this question.

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