Antimatter as Conjugate Stabilization in the ψ₀-OCM

This paper presents a structural reinterpretation of antimatter within the ψ₀-OCM (Osborne Cosmological Model), in which particles are understood as stabilized configurations rather than fundamental substances. Antimatter is identified as the conjugate stabilization branch of particle formation, arising from orientation-conjugate boundary conditions within the same generative framework. Under this interpretation, matter and antimatter share identical generative origins and constraints, differing only in stabilization orientation rather than ontological type. Annihilation is re-described as stabilization failure followed by energy reintegration, rather than mutual destruction of substances. Matter–antimatter asymmetry is shown to arise naturally as a formation-selection effect, without requiring explicit symmetry violation at the fundamental level. The analysis preserves consistency with established experimental observations while resolving conceptual ambiguities surrounding antimatter ontology, CPT symmetry, and annihilation processes. The work establishes conceptual priority for stabilization-based interpretations of antimatter and situates them within a broader non-algorithmic cosmological framework.