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This work aims to establish a comprehensive ontological framework for the theory v = L² / t, addressing how existence is sustained against entropy.

May 21, 2026Open Access

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

Key Points

This work aims to establish a comprehensive ontological framework for the theory v = L² / t, addressing how existence is sustained against entropy.
Developed an ontological framework integrating various phenomena including information tokens and societies.
Introduced key concepts such as binary existence, collapse time, and rebirth mechanisms in relation to thermodynamic factors.
Proposed that 0 acts as a global attractor while 1 represents a costly deviation from this state.
Established a relationship between microscopic dynamics and macroscopic perceptions of existence.

Abstract

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.

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

Key Points

Abstract

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