Entropy as the substrate of reality
By John Onimisi Obidi
This is the official archive of the Theory of Entropicity (ToE), a foundational framework first formulated and further developed by John Onimisi Obidi, which positions entropy not as a derivative quantity, but as the primary ontological substrate (foundational Entropic Field) from which geometry, fields, matter, information, and physical laws emerge.
This repository organizes the conceptual, mathematical, and expository structure of the theory into a coherent, navigable archive. Each section of the site corresponds to a major component of the framework:
The Theory of Entropicity (ToE) is not an extension of existing frameworks — it is a new foundation. It proposes that the universe is an entropic manifold whose structure and evolution arise from gradient-driven ontodynamics — the philosophical foundation of the Theory of Entropicity (ToE). Ontodynamics is the study of how existence, phenomena, interactions, measurements, and observations evolve through entropic dynamics. This site preserves the canonical formulations of the theory and anchors its multi‑stage multi‑phase diffusion pipeline (MSMPDP) across public platforms and academic repositories.
To articulate the Theory of Entropicity (ToE) required an unusual form of ontological courage: the willingness to abandon the inherited primitives of modern physics—spacetime as fundamental, quantum states as axiomatic, geometry as given—and to replace them with a single entropic field substrate from which all physical structure emerges. This move is not merely technical; it is equally both philosophical and historical in the deepest sense. It demands the confidence to question the ontological commitments of both General Relativity (GR) and Quantum Mechanics (QM), and to reconstruct the conceptual foundations of physics from a more primordial informational entropic field. Obidi’s formulation of ToE exemplifies this courage: a readiness to step outside the established metaphysical scaffolding of 20th‑century physics and to propose a unified entropic ontology capable of generating geometry, curvature, quantum behavior, and cosmological structure as emergent phenomena rather than as postulated primitives.