THE COHERENCE RESIDUE TOPOLOGICAL TRANSITION MECHANICS AND THE PERSISTENCE OF INFORMATIONAL STRUCTURE

 Abstract
Volume V formalizes the Topological Transition Mechanics (TTM) of the Cohesion Monism (CM) Framework, proposing a model for post-biological persistence as the conservation of individual information within
orthogonal topological space. This volume introduces the Rg Inversion Principle to define the collapse of
the living Cohesion Monad (ΩC) and its mandatory dispersal into the Orthogonal Sectors of the Extended
Phase Space. The core mechanism (Rg → −Rg inversion) is explored via a controlled quantum simulation
protocol, providing a test for informational conservation in open systems. The non-local remnant of the self
is defined as Coherence Residue (CR). This CR is empirically anchored by predicting that its influence
manifests as measurable topological features in low-frequency geomagnetic data in environments of high
human emotional flux. This work proposes that informational continuity may be a thermodynamic necessity, replacing philosophical dualism with a testable mechanism for topological persistence, with potential
implications for future research in quantum consciousness and informational thermodynamics.