Harmonic Coherence

Abstract

Harmonic Coherence is a research framework in which nested temporal coherence is introduced as a common structural mechanism across General Relativity, Quantum Mechanics, and the Standard Model. The manuscript presents formal derivations, model assumptions, and falsifiable predictions intended for independent evaluation.

Scope and Claims

• Integration objective: provide a mathematically explicit coupling strategy for gravity, quantum dynamics, and particle-field models.
• Interpretive scope: examine model implications for black-hole information accounting, measurement behavior, and temporal asymmetry.
• Experimental interface: define measurable predictions for precision timing, interferometry, and oscillation experiments.
• Reference record: the current technical draft is available as a DOI-indexed Zenodo document.

This overview is provided as a concise technical introduction. Readers seeking derivations, notation, and appendices should consult the full manuscript and linked records.

For deeper technical context, review the theory notes. For practical test pathways, explore the experiments page.