Physics:A Very Brief Insight Into Obidi's Theory of Entropicity(ToE)

A Very Brief Insight Into Obidi's Theory of Entropicity(ToE)

In the Theory of Entropicity(ToE), as first formulated and developed by John Onimisi Obidi, information and energy are not exchanged instantaneously but are redistributed through an underlying entropic field via fundamental units called Entropions. This redistribution is constrained by the No-Rush Theorem, which mandates a finite, non-zero time for all interactions to occur, acting as a universal speed limit on information and energy propagation. Consequently, all physical changes, from quantum interactions to gravitational effects, are driven by entropy redistribution through this field and its excitations.

The Entropic Field and Entropions

Entropic Field

The ToE posits an fundamental, field-like quantity called the entropic field, which carries a local entropy density and acts as the fundamental driver for all physical processes.

Entropions

The fundamental particle-like excitations of this entropic field are called entropions. These are the carriers of entropy change and mediate all entropy transfer, dissipation, and constraint propagation.

Information and Energy Redistribution

Finite Time for Interactions

Interactions between physical systems are understood as a finite-time process of entropy redistribution. The No-Rush Theorem states that interactions cannot occur instantaneously because the entropy and information/energy requires time to transfer and propagate constraints across the entropic field.

Informational Currents

Information is redistributed via "informational currents" within the entropic field. This redistribution ensures that the information necessary for the interaction is also propagated with the energy.

No Information/Energy Loss

Like energy, information in the ToE cannot be destroyed; it is instead deterministically redistributed to inaccessible entropic domains or within the entropic field itself.

Thus in the Theory of Entropicity ToE, we take the following axiomatic position:

Law of Conservation of Matter-Energy-Information:-

Information [along with matter and energy] can neither be created nor destroyed; but can only be transformed from one form into another.

Role in Physical Phenomena

Quantum Entanglement

Entanglement is viewed as an entropic synchronization process that involves the finite-time propagation of information and constraints through the entropy field.

Gravity in the Theory of Entropicity (ToE)

Gravity is interpreted as an emergent phenomenon arising from the constraints and directional tendencies imposed by the entropic field, rather than a fundamental force or spacetime curvature alone.

Arrow of Time

The unidirectional flow of time is also presented as a consequence of entropy redistribution under the field's influence.