Ontology of Existence: The Theory of v = L^{2} / t

This work presents the completed ontological framework of the theory v = L^{2} / t, which describes existence as a process of maintaining structural viability against entropic decay. The theory unifies phenomena from information tokens and neural assemblies to societies and civilizations, introducing the concepts of binary existence (1 ↔ 0), collapse time, rebirth mechanisms, and the fundamental thermodynamic cost of staying real. It bridges continuous microscopic dynamics with macroscopic binary perception, establishing a general ontology where 0 is the global attractor and 1 is a metastable, costly deviation.