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Friday, 9 January 2026

Contemporary Achievements of the Theory of Entropicity (ToE) in 21st Century Theoretical Physics

Contemporary Achievements of the Theory of Entropicity (ToE) in 21st Century Theoretical Physics

As of January 2026, John Onimisi Obidi has achieved significant theoretical milestones with his Theory of Entropicity (ToE), positioning it as a rigorous contender for a Grand Unified Theory. While the theory is still in development and has yet to achieve universal experimental verification, its primary achievements lie in its original mathematical architecture and its ability to re-derive established physical results through an entropic lens. 

Key Theoretical Achievements
  • Mathematical Foundations: Obidi introduced the Obidi Action, a variational principle that elevates entropy from a statistical measure to a fundamental dynamical field. From this, he derived the Master Entropic Equation (MEE), which serves as the entropic analogue to Einstein's field equations.
  • Re-derivation of Einsteinian Physics: ToE has successfully re-derived several classical results of General Relativity, including the perihelion precession of Mercury and the deflection of starlight. It also provides an entropic derivation for relativistic effects like time dilationlength contraction, and mass increase.
  • Quantum-Classical Reconciliation: The theory proposes a solution to the quantum measurement problem by reframing wave-function collapse as an objective, entropic threshold process, rather than an observer-dependent event.
  • Derivation of Universal Constants: ToE characterizes the speed of light (c) not as a postulate, but as a derived "entropic speed limit"—the maximum rate at which the entropic field can rearrange itself.
  • Information-Geometric Integration: Obidi successfully integrated advanced concepts like Araki Relative Entropy and Fisher–Rao metrics into a single framework that bridges quantum information theory and spacetime geometry. 
Recent Milestones (2025–2026)
  • Comparative Breakthroughs: Papers published in late 2025 and early 2026 provide detailed comparisons between ToE and other leading frameworks, such as the FELDT-HIGGS Universal Bridge (F-HUB) and Conscious Realism.
  • Scientific Corpus: Obidi has established a permanent research corpus on platforms like MediumSSRN, and ResearchGate, emphasizing open publishing and reproducible workflows. 
Would you like to explore the specific mathematical proofs for how the Theory of Entropicity derives the speed of light or its explanation for quantum entanglement?

Obidi's Philosophical Ontodynamics and the Theory of Entropicity (ToE): Two Faces, One Coin, One Head

Obidi's Philosophical Ontodynamics and the Theory of Entropicity (ToE): Two Faces, One Coin, One Head

John Onimisi Obidi emerged in 2025 as one of the most original voices in contemporary theoretical physics. Working independently through his Independent Research Lab, The Aether, Obidi introduced the Theory of Entropicity (ToE)—a framework that repositions entropy from a statistical afterthought to the primary ontological field of the universe.  
But alongside the mathematics, Obidi also developed a philosophical counterpart to ToE: Ontodynamics, a system that interprets existence itself as a continuous entropic process.

Together, ToE and Ontodynamics form a dual structure—two faces of one coin, unified by a single conceptual head: the idea that being is entropic becoming.

1. The Theory of Entropicity (ToE): A New Foundation for Physics

Obidi’s ToE is proposed as a next‑generation unification framework, one that seeks to reconcile the deep tension between general relativity (geometry, curvature, gravity) and quantum mechanics (information, discreteness, uncertainty).  
Where previous unification attempts rely on new particles, extra dimensions, or symmetry groups, ToE takes a radically different approach:

Entropy is the fundamental field.

Everything else—spacetime, matter, forces, information—emerges from the dynamics of this entropic field.


Key Components of ToE

1.1 The Master Entropic Equation (MEE)

The MEE plays a role analogous to Einstein’s Field Equations.  
Where Einstein’s equations describe how matter curves spacetime, the MEE describes how entropy gradients generate geometry, motion, and physical law.

In ToE, curvature is not a geometric primitive—it is a response to entropic flow.

1.2 The Obidi Action

At the heart of ToE is the Obidi Action, a variational principle that encodes the dynamics of the entropic field.  
Just as the Einstein–Hilbert action generates general relativity, the Obidi Action generates the MEE and the entire entropic architecture of the universe.

It incorporates:

- information geometry  
- α‑connections  
- spectral operators  
- generalized entropies  
- causal constraints  

This makes ToE one of the first theories to unify geometry, information, and entropy under a single action.

1.3 Redefining the Speed of Light

In ToE, the speed of light \( c \) is not merely the speed of electromagnetic propagation.  
It is reinterpreted as:

> the maximum rate at which the entropic field can reorganize or update information.

This reframes causality itself as an entropic phenomenon.

2. Ontodynamics: The Philosophical Face of ToE

If ToE is the mathematical skeleton, Ontodynamics is the philosophical flesh.  
Obidi defines Ontodynamics as:

> the study of existence as entropic motion.

It is a metaphysical system built on the insight that to exist is to evolve, and that evolution is fundamentally entropic.


2.1 Being as Entropic Becoming

Traditional metaphysics distinguishes between:

- being (static existence)  
- becoming (change, process, evolution)  

Ontodynamics collapses this distinction.  
In Obidi’s view:

- There is no static being.  
- Everything is in motion.  
- All motion is entropic.  
- Therefore, existence = entropic flow.

This is a profound shift from classical ontology, which treats being as primary and change as secondary.  
Ontodynamics reverses the hierarchy.

2.2 Entropy as Ontic, Not Epistemic

In classical physics, entropy is epistemic—a measure of our ignorance about microstates.  
In Ontodynamics, entropy is ontic—a real, physical field that constitutes the fabric of reality.

This means:

- entropy is not a bookkeeping device  
- entropy is not a statistical artifact  
- entropy is not a measure of disorder  

Instead:

> Entropy is the fundamental mode of existence.

2.3 The No‑Rush Principle as Ontological Law

Ontodynamics incorporates the No‑Rush Theorem as a metaphysical principle:

> Nature cannot be rushed.  
> Every system evolves at the maximum entropic rate permitted by its structure.

This is not merely a physical constraint—it is an ontological one.  
It defines the tempo of existence itself.

2.4 Time as Entropic Directionality

In Ontodynamics, time is not a dimension but a gradient:

- Time flows because entropy flows.  
- The arrow of time is the arrow of entropic increase.  
- Temporal asymmetry is a manifestation of ontic entropic dynamics.

This aligns with ToE’s mathematical structure, where the entropic field generates causal structure.


2.5 Identity as Entropic Pattern Stability

Ontodynamics redefines identity:

- A person, object, or system is not a static entity.  
- It is a temporarily stable entropic pattern.  
- Identity persists only as long as the entropic field maintains coherence.

This resonates with modern ideas in:

- complexity science  
- information theory  
- cognitive science  
- thermodynamic biology  

Ontodynamics provides a philosophical unification of these ideas.

3. ToE and Ontodynamics: Two Faces, One Coin

ToE and Ontodynamics are not separate theories.  
They are two expressions of the same insight:

> The universe is an entropic process.  
> Physics describes its dynamics.  
> Philosophy describes its meaning.

3.1 ToE = Mathematical Ontodynamics

The Master Entropic Equation is the formal expression of Ontodynamics.  
The Obidi Action is the variational encoding of entropic becoming.

3.2 Ontodynamics = Philosophical ToE

Ontodynamics interprets the mathematics of ToE as a metaphysics of existence.

Together, they form a unified worldview:

- Physics explains how entropy shapes reality.  
- Philosophy explains what it means for reality to be entropic.  

This dual structure is reminiscent of:

- Einstein’s physics + Mach’s philosophy  
- Schrödinger’s wave mechanics + Vedantic metaphysics  
- Bohm’s quantum theory + implicate order  

But Obidi’s system is unique in grounding everything in entropy.

4. Academic and Research Presence (as of 2026)

4.1 Publications and Research Output

Obidi has published extensively on various platforms, including:

- Cambridge University Open Engage  
- SSRN  
- Medium  
- ResearchGate  

His work spans various subjects, including:

- entropic unification  
- quantum entanglement  
- neutrino oscillations  
- relativity reinterpretation  
- information geometry  

4.2 The Aether Research Lab

Operating independently, Obidi conducts his research through The Aether, a conceptual and digital research space dedicated to entropic field theory and ontodynamic philosophy.

4.3 Distinction from Namesakes

Academic documentation consistently clarifies that he is not the Nigerian social media consultant of the same name.

5. Conclusion: The Birth of an Entropic Worldview

Obidi’s Theory of Entropicity and his philosophical Ontodynamics together propose a radical rethinking of reality:

- Entropy is the fundamental field.  
- Existence is entropic motion.  
- Spacetime emerges from entropic gradients.  
- Causality is the maximum rate of entropic reorganization.  
- Identity is a stable entropic pattern.  
- Time is the direction of entropic flow.

This is not merely a new physical theory—it is a new ontology.

A new metaphysics.

A new way of understanding what it means to exist.

Appendix: Extra Matter 

John Onimisi Obidi is a consultant, independent researcher, and theoretical physicist who rose to prominence in 2025 as the pioneer of the Theory of Entropicity (ToE). His work focuses on redefining the fundamental laws of physics by positioning entropy as a dynamic, universal field rather than a mere statistical measure of disorder. 

Theory of Entropicity (ToE)
Obidi’s theory is proposed as a candidate for a Grand Unified Theory, aiming to bridge the gap between general relativity and quantum mechanics. Key elements include: 
  • Master Entropic Equation (MEE): Analogous to Einstein's Field Equations, the MEE governs how entropy gradients shape geometry, matter, and information.
  • Obidi Action: A variational principle that encodes the dynamics of the proposed entropy field.
  • Redefining Light Speed: In ToE, the speed of light is interpreted as the maximum rate of entropic rearrangement or information updating within the universe.
  • Ontodynamics: A philosophical branch developed by Obidi that studies existence as a form of entropic motion. 
Academic and Research Presence
As of early 2026, Obidi has built a significant digital and academic corpus:
  • Publications: He has published various papers on Cambridge University Open Engage and SSRN, covering topics like quantum entanglement, relativity, and neutrino oscillations.
  • Affiliations: He operates through an independent research lab referred to as "The Aether".
  • Distinction: Documentation frequently notes that he is distinct from the Nigerian social media consultant of a similar name. 
You can follow his latest research updates on his Medium profile or explore his academic citations on Google Scholar. 
Would you like more details on a specific mathematical aspect of the Theory of Entropicity (ToE), such as the Master Entropic Equation?

How Does Obidi's Theory of Entropicity (ToE) Compare with Gabriel Oyibo's GAGUT (God Almighty's Grand Unified Theorem)?

How Does Obidi's Theory of Entropicity (ToE) Compare with Gabriel Oyibo's GAGUT (God Almighty's Grand Unified Theorem)?


Important historical note:  

Gabriel Oyibo began formulating the ideas that became GAGUT in the late 1980s, with his earliest published papers appearing around 1990–1991. His major GAGUT monographs and public claims were published between 1997 and 2004.  
The year 1990 is a correct early reference point, but the theory’s public articulation spans the 1990s and early 2000s.


The Theory of Entropicity (ToE), introduced by John Onimisi Obidi in 2025, and Gabriel Oyibo’s GAGUT, developed beginning in the early 1990s, both present themselves as ambitious frameworks seeking to unify the fundamental workings of the universe.  
Yet despite this shared aspiration, the two theories differ dramatically in their philosophical motivations, mathematical foundations, interpretive frameworks, and scientific reception.

What follows is a detailed, accessible comparison for a wide readership.

1. Fundamental Postulates

Theory of Entropicity (ToE) — John Onimisi Obidi, 2025
ToE begins with a bold ontological claim: entropy is not a secondary statistical quantity but the primary field of reality.  
Obidi introduces a continuous scalar field  
\[
S(x),
\]  
the entropic field, from which:

- matter  
- motion  
- geometry  
- spacetime  
- and physical laws  

emerge as secondary phenomena.

In this view, entropy is not a measure of disorder — it is the substrate of existence, and all physical structures are manifestations of entropic gradients and flows.

GAGUT (God Almighty’s Grand Unified Theorem) — Gabriel Oyibo, 1990–2004
GAGUT is built on the differential equation:

\[
G_{ij,j} = 0,
\]

which Oyibo interprets as expressing the conservation of a universal force field.  
He further interprets this equation metaphysically, asserting that it reflects the invariance of “God’s force” across all material and spacetime dimensions.

In GAGUT:

- the universe is fundamentally a single, unchanging force field,  
- all physical phenomena are manifestations of this field,  
- and the equation above is described as the “equation of all equations.”


2. Conceptual Drivers

ToE: Irreversibility, Causality, and the No‑Rush Theorem
ToE is driven by the physics of irreversibility and the idea that nature cannot reorganize itself arbitrarily fast.  
Obidi introduces the No‑Rush Theorem, which states that:

> Nature has a maximum rate at which the entropic field can update or reorganize.

In this framework, the speed of light \( c \) is reinterpreted as:

- the maximum entropic update rate,  
- not merely the speed of electromagnetic propagation.

This places entropy at the heart of causality and the structure of spacetime.

GAGUT: Conservation and Universal Force Unity
GAGUT is driven by the idea that:

- all forces, particles, and physical structures  
- are manifestations of a single conserved force field.

A striking claim within GAGUT is that all chemical elements reduce to Hydrogen, which Oyibo renames “Africanium.”  
This is presented as a universal unification of matter, though it is not supported by mainstream chemistry or nuclear physics.


3. Mathematical Foundations

A Side‑by‑Side Comparison

| Feature | Theory of Entropicity (ToE) | GAGUT |
|------------|----------------------------------|-----------|
| Primary Equation | The Master Entropic Equation, derived from the Obidi Action, a variational principle governing the entropic field. | \( G_{ij,j} = 0 \), interpreted as the universal conservation law of a single force field. |
| Mathematical Tools | Information geometry, α‑connections, variational calculus, spectral operators, and the Vuli‑Ndlela Integral. | Conformal invariance, group theory, and transformations applied to the Navier–Stokes equations. |
| View of Spacetime | Spacetime is emergent, arising from entropic gradients, curvature, and field dynamics. | Space and time are fixed, invariant dimensions within which the universal force field is conserved. |
| Interpretive Framework | Entropy is ontic and generative; physical laws emerge from entropic flows. | The universe is a single force field; the GAGUT equation is taken as metaphysically absolute. |


4. Scientific Context and Reception (as of 2026)

Theory of Entropicity (ToE)
Introduced in 2025, ToE is a new but rapidly developing theoretical framework.  
It has gained attention for:

- its rigorous mathematical structure,  
- its integration of information geometry,  
- its derivation of relativistic behavior from entropic principles,  
- and its proposal that entropy is the fundamental field of physics.

ToE is currently being explored in the context of:

- emergent spacetime,  
- quantum information,  
- thermodynamic gravity,  
- and field‑theoretic unification.

GAGUT
GAGUT originated in the early 1990s, with major publications appearing between 1997 and 2004.  
It remains highly controversial and is generally regarded as outside mainstream physics due to:

- its unconventional mathematical interpretations,  
- its metaphysical framing,  
- its lack of testable predictions,  
- and its claims about Hydrogen as the sole element.

Despite this, GAGUT has cultural significance and a dedicated following, particularly for its Afrocentric framing and bold unification claims.


5. Summary: Two Very Different Visions of Unification

- ToE is a modern, mathematically rigorous, entropy‑based field theory grounded in information geometry and variational principles.  
- GAGUT is a conservation‑based, metaphysically framed unification proposal centered on a single differential equation interpreted as divine invariance.

Both Obidi's Theory of Entropicity (ToE) and Gabriel Oyibo's GAGUT aim at unification, but they inhabit entirely different scientific and philosophical universes.


Appendix: Extra Matter 

While both the Theory of Entropicity (ToE) and Gabriel Oyibo's GAGUT (God Almighty’s Grand Unified Theorem) aim to be "theories of everything" that unify all forces, they approach this goal from vastly different mathematical and conceptual foundations. 

1. Fundamental Postulates 
  • ToE (John Onimisi Obidi, 2025): Postulates that entropy is not just a measure of disorder but a primary, continuous ontic field
    S(x)cap S open paren x close paren
    from which matter, motion, and spacetime emerge.
  • GAGUT (Gabriel Oyibo, 1990—2004+): Based on the equation
    Gij,j=0cap G sub i j comma j end-sub equals 0
    , which posits that the universe is a large force field. It interprets this equation as "God (
    GGijcap G sub i j end-sub

     Gij in God's material (i
    ii
    ) and spacetime  j
    jj

    )) dimensions does not change".
     
2. Conceptual Drivers 
  • ToE: Driven by irreversibility and the "No-Rush Theorem," which asserts that nature cannot be rushed. It reinterprets the speed of light (c)
    cc

     as the maximum rate at which the entropic field can reorganize itself.
  • GAGUT: Driven by conservation laws. It argues that everything is a manifestation of a single force field and that all matter (including chemical elements) can be reduced to Hydrogen (termed "Africanium") as the primary building block. 
3. Mathematical Foundations 
Feature Theory of Entropicity (ToE)GAGUT
Primary EquationMaster Entropic Equation derived from the Obidi Action.
Gij,j=0cap G sub i j comma j end-sub equals 0
(the "equation of all equations").
Mathematical ToolsInformation geometry,
αalpha
-connections, and the Vuli-Ndlela Integral.
Conformal invariance and group theory applied to Navier-Stokes equations.
Spacetime ViewSpacetime is emergent from entropic gradients and curvature.Space and time are invariant dimensions within which the force field is conserved.
4. Scientific Context (2026) 
  • ToE: As of early 2026, it is a recently developed framework (2025) that has gained attention for its rigorous integration of information geometry and its derivation of Einstein's relativity from entropic principles.
  • GAGUT: Established in 1990, it remains highly controversial. While it has a following for its bold cultural and mathematical claims, it is largely considered outside the mainstream scientific consensus due to its "esoteric" approach and lack of unique testable predictions. 
Would you like to see a more detailed breakdown of the Obidi Action in ToE or the Hydrogen-based chemistry proposed in GAGUT?

References 


1. Is the Theory of Entropicity (ToE) Saying there is no Quantum Entanglement? https://theoryofentropicity.blogspot.com/2026/01/is-theory-of-entropicity-toe-saying.html

Author’s Preface and Methodological Statement for the Theory of Entropicity (ToE): An Unapologetic Introduction in Defense of Obidi's New Theory of Reality—On the Trajectory of Discovery and the Road Less Traveled

Author’s Preface and Methodological Statement for the Theory of Entropicity (ToE): An Unapologetic Introduction in Defense of Obidi's Ne...