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.
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.
Yoshimitsu Katayama (Mon,) reported a other. 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.