Biological systems maintain identity across continuous change. Cells replace their molecular components over hours to weeks, yet organisms persist as coherent selves across time. Traditional mechanistic explanations — genetic encoding, molecular composition, or structural anatomy — are insufficient to account for this stability. This paper proposes a coherence-based model of living organization, grounded in experimentally measurable vibrational, electrochemical, hydrodynamic, and bioelectric processes.
We show that microtubules support seven orthogonal resonance modes whose coupling structure corresponds to the octonionic S⁷ manifold. The empirically observed nine-band “triplet-of-triplets” spectral architecture is the physical projection of this state. Mitochondrial membrane potential oscillations form a 12-band recurrence system that stabilizes coherence across time, maintaining continuity of identity. Bioelectric morphogenetic fields define spatial attractors that preserve anatomical form across development and regeneration. The fascial network provides a continuous tensegrity–proton conduction medium that propagates coherence through the body.
This framework clarifies the biophysical basis of regeneration, aging, trauma, somatic memory, meditation, and psychedelic state modulation as predictable shifts in coherence re-entry, scale-lock, and cross-envelope coupling dynamics. It yields falsifiable predictions and establishes a foundation for coherence-restoring approaches in regenerative medicine and clinical care.
