V0 Disappearance Theory: DT0–DT5R + KMA0–KMA5 + RSP + GBO + CS0–CS15 Master Theory Record v1.5a

Abstract

This technical research record consolidates the V0 Disappearance Theory development through DT0–DT5R, KMA0–KMA5, RSP, GBO, and the frozen CS0–CS15 correlation-spatialization / structured-nonspatiality audit.The record preserves the distinction between observational nondetection, external link loss, failure of the original E-realization, intrinsic spatial-realization failure, and global geometry-information erasure. It does not establish a physical control-to-realization law, a physical E→P transition, or a V0-specific positive observable.The RSP and GBO branches close independent shortcuts from ordinary/local effects and common-reference formalism to strong disappearance or V0 attribution. The CS0–CS15 branch adds a constructive countermodel showing that external link loss need not terminate an internally valid spatial realization, a semantic incompatibility between strict V0 and a functioning internal observer under the current V0 contract, and a structured phase-local nonspatial sector that can preserve memory, identity, and internal order without being identified with strict V0. The final CS15 information-theoretic result is formulated on physically distinct geometry equivalence classes: exact geometry-specific re-entry requires injective retention of the relevant geometry information and is therefore incompatible with complete global geometry erasure for a nontrivial geometry code class. The resulting status is a terminal freeze of the strong disappearance-to-V0 route in the audited current model class. Structured phase-local nonspatiality remains mathematically coherent but physically underived. This deposit is a citable theory-development, provenance, and bounded hardening record; it is not empirical evidence for V0 and does not claim a verified law of nature.