Key result
New theory models the resting heartbeat as a three-layer density wave engine amplifying with ionic density.
No immediate clinical implications for cardiac care; leaves open density-wave principles for artificial heart engineering.
The resting heartbeat is not minimal pumping. It is idling — the continuous baseline wave propagation that keeps the V=N/D density wave engine alive and ready. Three simultaneous operational layers are defined: Wave (idle — continuous baseline density wave, the engine's minimum loop maintenance), Generation (electrical power from ionic density gradients), and Drive (mechanical vortical blood output). These layers operate simultaneously in a phase-distributed pattern along the spiral KOKU scaffold — not sequentially as in a pump. The throttle is N alone: when ionic density rises, all three layers amplify proportionally with no structural change and no external command. The cosmological equivalent is identified: CMB as the universe's idle wave, stellar fusion as Generation, gravitational dynamics as Drive. The same three-layer engine runs at every scale under V=N/D. Design implications for artificial hearts are derived: replicate the idle, not just the stroke.
No takes yet. Share an insight, caveat, or question.
Yoshimitsu Katayama (2026) studied this question. The resting heartbeat is theorized as an idling continuous baseline density wave engine (V=N/D) with three operational layers (Wave, Generation, Drive) that amplify proportionally with ionic density.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: