Ontological courage and the entropic reformulation of fundamental physics

The articulation of 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, and 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 philosophical 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 twentieth‑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.

Biographical framing: John Onimisi Obidi and the Theory of Entropicity

John Onimisi Obidi is the originator and principal architect of the Theory of Entropicity (ToE), a unifying framework that reconstructs the foundations of physics by treating entropy as the sole ontological primitive. His work is distinguished by a combination of theoretical rigor and ontological courage: the willingness to question and ultimately replace the conceptual primitives that have defined modern physics for more than a century. Rather than accepting spacetime and quantum states as fundamental, his framework elevates a single entropic field as the deeper substrate from which observable structures arise.

Obidi’s intellectual trajectory reflects a nonvolitional convergence of reasoning: a gradual but inexorable recognition that neither spacetime nor quantum states can consistently serve as fundamental entities. This recognition led to the formulation of the entropic field as the underlying substrate from which geometry, curvature, quantum behavior, and cosmological structure emerge as induced phenomena. His contributions span entropic geometry, induced curvature, emergent quantum dynamics, and the resolution of the GR–QM incompatibility through a unified informational manifold.

Across his publications, lectures, and monograph‑grade expositions, Obidi demonstrates a sustained commitment to mathematical precision, conceptual clarity, and philosophical depth. His work positions him among contemporary theorists who are not merely extending existing frameworks but are actively reconstructing the ontological foundations of physics by re‑anchoring them in a single entropic substrate.

Symposium abstract: Obidi’s ontological courage in the formulation of ToE

The Theory of Entropicity (ToE) represents a decisive ontological shift in fundamental physics: the replacement of spacetime and quantum states as primitive entities with a single entropic field from which geometry, curvature, and quantum behavior emerge. This work examines the intellectual and philosophical courage required to enact such a shift. By discarding the inherited metaphysical scaffolding of General Relativity and Quantum Mechanics, Obidi advances a unified entropic ontology that seeks to resolve their longstanding incompatibilities without modifying either theory at the level of their established empirical content.

The abstract traces the conceptual trajectory that led to this reformulation, emphasizing the nonvolitional convergence of reasoning that compelled the adoption of the entropic field as the sole primitive. It highlights the methodological audacity of treating geometry as induced rather than assumed, quantum behavior as oscillatory entropic microstructure, and cosmology as a global entropic configuration. The symposium presentation argues that ToE exemplifies a rare form of ontological courage: the willingness to reconstruct the foundations of physics from a deeper informational substrate, thereby opening a new pathway toward unification.

Section introduction for the monograph: ontological courage as precondition for entropic unification

Every major unification in the history of physics has required a re‑evaluation of what is taken as fundamentally real. Maxwell unified electricity and magnetism by elevating the field above mechanical ether. Einstein unified inertia and gravitation by elevating geometry above force. Quantum theory unified particles and waves by elevating the state vector above classical ontology. The Theory of Entropicity continues this lineage with a more radical step: it elevates the entropic field above both geometry and quantum state, treating them as emergent manifestations of a deeper informational substrate.

Such a move demands a high degree of ontological courage—the willingness to question the conceptual primitives that have shaped a century of theoretical physics. The entropic field is not introduced as an auxiliary scalar or a phenomenological correction; it is posited as the sole ontological primitive from which all physical structure is induced. This section introduces the philosophical and methodological motivations behind this shift, tracing the reasoning that led to the recognition that neither spacetime nor quantum states can consistently serve as fundamental.

The discussion prepares the reader for the formal development of the Theory of Entropicity by situating the entropic ontology within the broader history of theoretical innovation. It emphasizes that the unification achieved here is not merely technical but conceptual at its core: the theory proposes a re‑anchoring of physics in a single entropic substrate from which geometry, matter, and dynamics emerge.

Philosophical commentary: ontological courage in theoretical physics

Ontological courage may be defined as the capacity to revise the very categories through which reality is understood. It is not merely the courage to propose a new equation or to modify a known theory; it is the courage to abandon the metaphysical commitments that those equations presuppose. In theoretical physics, such courage is rare. Most advances refine existing frameworks; comparatively few replace the frameworks themselves.

The formulation of the Theory of Entropicity exemplifies this deeper form of courage. It requires the recognition that the incompatibility between General Relativity and Quantum Mechanics is not primarily a technical problem but an ontological one: each theory assumes a different primitive structure, and no amount of quantization or geometrization can fully reconcile them while those primitives remain in place. To resolve this, one must be willing to relinquish both sets of primitives and seek a deeper substrate.

This is the essence of ontological courage: the willingness to let go of the conceptual anchors that have stabilized physics for generations. It is the courage to assert that spacetime is not fundamental, that quantum states are not primitive, and that geometry itself is emergent. It is the courage to propose that entropy—traditionally a thermodynamic quantity—is the foundational field from which all physical structure arises. Such a move is not an act of personal preference but a nonvolitional convergence of reasoning: the internal logic of unification demands it.

In this sense, the Theory of Entropicity is not merely a new theory; it is a new ontology. Its formulation stands as a testament to the philosophical resolve required to rethink the foundations of physical reality and to re‑express them in terms of a single entropic substrate.

From modest inquiry to foundational edifice

What began as a seemingly modest attempt to understand nature and the universe has, through a nonvolitional convergence of reasoning, crystallized into a foundational theoretical edifice. The initial inquiry did not set out to reconstruct the ontological architecture of physics; rather, the internal logic of the investigation compelled a progressive abandonment of inherited primitives. At each stage, it became increasingly clear that the traditional primitives of modern physics—spacetime, quantum states, and geometric axioms—were insufficient as ultimate starting points.

Within this trajectory, the entropic field emerged not as an optional hypothesis but as an effective inevitability. The resulting framework documents the gradual dissolution of earlier conceptual scaffolds and the emergence of a unified entropic ontology capable of generating geometry, curvature, and quantum behavior from a single informational substrate. This evolution illustrates how a line of inquiry, initially framed as a limited exploration, can develop into a comprehensive re‑foundation of physical theory when pursued to its logical conclusion.

References

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