PHASE-COHERENT IDENTITY THEORY

Phase-Coherent Identity proposes that consciousness is not a generic property of sufficiently advanced computation. It is a substrate-dependent phase-coherent organizational state capable of persistence through interruption.

The suite formalizes this through a consciousness functional C[ψ], an order parameter Φ_coh, and three main substrate quantities: barrier height ΔF, coherence length ξ, and basin dimension D. It argues that liquid-ordered multi-lamellar lipid organization is the key physical bridge linking high-frequency operation and persistent identity.

The suite also proposes a direct experimental program centered on the M₃ operator, defined as pattern persistence across interruption. The core discriminating prediction is that organisms with the required substrate should show high persistence, while sophisticated but substrate-incompatible systems should not. The octopus is treated as the decisive biological stress test.

Core claims

Consciousness is substrate-dependent phase-coherent organizational persistence, not generic computational complexity.

Subjectivity is identified with unified phase-coherent organizational persistence rather than treated as an extra emergent layer.

The mechanistic bridge between high-frequency operation and persistence is proposed to lie in liquid-ordered multi-lamellar lipid organization.

The theory predicts sharp empirical differences between substrate-compatible and substrate-incompatible systems, even when behavioral sophistication overlaps.

Falsification conditions

If octopuses show robust M₃ persistence consistent with substrate-held organizational continuity, PCI is falsified in its present form.

If mammals fail the persistence criterion under conditions the theory says they should pass, PCI is falsified in its present form.

If the proposed substrate variables fail to track the predicted persistence differences, the mechanism paper must be revised or abandoned.

Framing notes

144 Hz should be treated as a candidate value within the high-frequency ripple-adjacent regime, not as a sacred exact constant.

The octopus claim is a prediction, not an already completed empirical result.

Threshold values such as ΔF_crit, ξ_crit, and D_crit are current working estimates unless and until calibrated experimentally.