Erasure Is Transfer: Two Axioms for Information, Consciousness, and Death

This paper addresses the physical status of information at three boundary events: erasure, consciousness onset, and biological death. It asks whether information deletion is true annihilation, whether consciousness can be modeled as a thresholded information-condensation phase, and whether death should be understood as immediate informational disappearance or as a boundary transition in information flow.

The framework begins from two foundational physical commitments: information is physical, and total information is conserved at the underlying level. From these commitments, the paper develops the central principle “Erasure Is Transfer”: when information disappears from one local description, it is not destroyed globally, but redistributed, transferred, or hidden in another part of the physical system. Deletion is therefore reframed as boundary movement rather than ontological loss.

The paper then applies this principle to consciousness. Consciousness is modeled as a phase transition: below the critical information-processing threshold, the conscious phase is off; at or above threshold, the phase turns on. This explains why anesthesia, coma, seizure, and waking consciousness can be treated not merely as gradual changes in brain activity, but as different regimes around a physical transition boundary. The model further connects this transition to Frohlich-type coherence protection, gamma-band dynamics, and microtubule-supported information organization.

Several quantitative and empirical anchors are used to motivate the framework. The paper reports consistency with cross-species gamma-frequency scaling, reconstructs a staged dying-brain gamma cascade from energy-release dynamics, and shows that multiple independently derived convergence ratios cluster near the same critical value. The phase-diagram analysis also explains why anesthesia and hypothermia can shut down consciousness through different physical routes: one reduces coherence protection, while the other shifts the thermodynamic operating condition.

The paper’s simulation and retrodiction layer is presented as retrospective consistency, not as final prospective proof. Its role is to show that the same threshold-and-transfer architecture can organize several otherwise disconnected observations: anesthetic selectivity, discontinuous consciousness switching, death-associated gamma bursts, coherence protection, and cross-species neural scaling. Sensitivity analysis identifies brain information capacity and coherence protection as the key quantities that future experiments should measure directly.

The conclusion is that information physics should treat “erasure” as a transfer problem and consciousness as a thresholded condensation problem. In this view, anesthesia, waking consciousness, and biological death are not unrelated phenomena; they are different crossings or deformations of the same information-boundary structure. Paper 8 therefore establishes the axiomatic foundation for the later Information Physics Series: existence gate, information continuity, phase transition, and the closed loop linking matter, energy, information, and consciousness.

Keywords: information physics, erasure is transfer, consciousness, information conservation, Landauer principle, Unitarity, Frohlich condensation, anesthesia, gamma oscillations, biological death, phase transition, coherence protection, information continuity, dying brain, quantum thermodynamics.