On Obidi's Heresy in his Ontological Inversion of Core Tenets of Modern Theoretical Physics in his Theory of Entropicity (ToE)
"Obidi's Heresy" refers to the central, provocative claim within John Onimisi Obidi's Theory of Entropicity (ToE) that entropy is the fundamental, causal field of reality, rather than a secondary, statistical measure of disorder. This challenges centuries of established physics principles.
Core Tenets of the Heresy
The "heresy" lies in several radical inversions of conventional physics:
- Entropy as Primary Reality: In standard physics, entropy is a macroscopic, statistical byproduct of underlying microscopic laws. ToE asserts the opposite: entropy is the primary, autonomous field from which all other physical phenomena, including space, time, energy, and matter, emerge.
- Geometry as Downstream, not Upstream: Where Einstein's general relativity posits that spacetime geometry dictates gravity, ToE argues that geometry is merely the way the fundamental entropic field arranges itself. Spacetime curvature is a manifestation of entropy flow, making gravity an emergent property, not a fundamental force.
- Time as a Process: The universal arrow of time and causality are not external assumptions but intrinsic properties arising from the irreversible, one-directional flow of the entropic field, as governed by the "No-Rush Theorem" and the "Vuli–Ndlela Integral".
- Speed of Light as an Entropic Limit: The universal constant is reinterpreted not just as the speed of light, but as the maximum possible rate of entropic rearrangement or information flow within the universe.
Implications of Obidi's Heresy within the Theory of Entropicity
- Mass Increase at Relativistic Speeds (Einstein's Special Relativity) is explained by the entropic field allocating more capacity to maintain an object's internal order, which manifests as increased mass and demands more entropic effort to accelerate further (known as "Obidi's Loop").
- Quantum Mechanics phenomena like wave function collapse are interpreted as entropy enforcing irreversibility at the point of measurement, aligning quantum evolution with entropic flow.
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