John Onimisi Obidi's Theory of Entropicity (ToE) Dethrones Observer Role in Modern Theoretical Physics

John Onimisi Obidi’s Theory of Entropicity (ToE) reconceives the observer not as an external vantage point but as a subsystem embedded within the entropic field itself. The observer is neither relative nor absolute; rather, they are an integral manifestation of entropy’s dynamics, inseparable from the processes that constitute reality. In this framework, the observer does not impose a frame of reference upon the universe, nor do they passively record events. Instead, their existence is already computed by the entropic field, which governs all transformations and redistributions of information.

Entropy in ToE is not frame‑dependent—it is ontological and universal. Gravitational entropy, like all entropic phenomena, is a direct consequence of the finite‑rate dynamics encoded in the Spectral Obidi Action and constrained by the No‑Rush Theorem. Its value is not relative to an observer’s frame but intrinsic to the entropic field itself. Thus, ToE dethrones the observer: relativity emerges as a secondary effect of entropy’s causal structure, while the field of entropy remains the primary and absolute ground of reality.

ToE posits that the dynamics of the universe are encoded in the Obidi Action, which is a variational principle that incorporates a kinetic term, a self-interaction potential, and a direct coupling to the stress-energy of matter. By applying the principle of least action to this action, ToE derives the Master Entropic Equation, which dictates how entropy flows and evolves within curved spacetime.

The implications of ToE are profound, as it challenges several conventional notions in physics, including the possibility of instantaneous interactions, simultaneous observations on entangled systems, and the interpretation of spacetime as the fundamental causal medium. Instead, the Theory of Entropicity (ToE) proposes that the entropic field takes precedence, actively dictating the temporal sequencing of events and serving as the primary conduit for causality.

This recontextualization of physical phenomena aligns with a growing interest in emergent spacetime and entropic gravity theories within the broader physics community. ToE suggests a universe where irreversibility and the arrow of time are intrinsic to its deepest laws, rather than being mere emergent statistical phenomena.

The theory (ToE) presents compelling conceptual arguments and initial empirical support, such as the non-instantaneous formation of quantum entanglement. The Theory of Entropicity (ToE), while conceptually radical and philosophically coherent, still encounters profound challenges in its explicit mathematical formalization and in the pursuit of comprehensive experimental verification. These challenges are not elementary—they reflect the depth of attempting to recast physics upon an entropic field rather than upon spacetime or observer‑centric relativity. Yet the very existence of ToE’s mathematical and conceptual architecture is itself a testament to the creative genius of the human spirit: the willingness to dethrone the observer, collapse dualisms into monism, and seek a universal principle in entropy as the ground of reality.

ToE's ambition is to unify disparate domains of physics, including quantum mechanics, thermodynamics, gravity, and cosmology, by elevating entropy from a mere thermodynamic measure to a fundamental, dynamical scalar field. This redefinition forms the bedrock of the theory, asserting that entropy actively governs interactions, motion, and causality throughout the universe.