Topic: Science
by John Onimisi Obidi
The Key Ideas of the Theory of Entropicity (ToE):
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The Theory of Entropicity (ToE), proposed by John Onimisi Obidi (February 2025), reinterprets physical phenomena through the lens of entropy, suggesting that all interactions, measurements, and state transitions are fundamentally governed by an underlying entropic field. This field dictates that events cannot occur instantaneously, and it provides a framework for understanding phenomena like gravity and quantum mechanics without relying on concepts like spacetime curvature or instantaneous wave function collapse.
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Here's a breakdown of the key ideas:
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Entropy as a Fundamental Force:
ToE posits that entropy, rather than being a mere consequence of physical processes, actively drives motion and interactions.
No Instantaneous Processes:
The theory asserts that all physical processes require a finite, non-zero duration, enforced by the entropic field.
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Spacetime Emergence:
ToE suggests that spacetime, as we perceive it, is not fundamental but rather an emergent property arising from the behavior of the entropic field.
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Gravity Reinterpreted:
Instead of spacetime curvature, ToE explains gravity as a field arising from entropy gradients.
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Quantum Phenomena Explained:
ToE provides an entropic framework for understanding quantum entanglement and wave function collapse, suggesting they are not instantaneous events but rather occur within a finite timeframe.
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Eliminating Forces:
The theory aims to unify forces and fields by attributing them to the underlying entropic dynamics.
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Mercury's Perihelion Precession:
ToE has been used to derive the precession of Mercury's orbit, traditionally explained by Einstein's General Relativity, demonstrating its potential to explain relativistic effects without relying on spacetime curvature.
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In essence, ToE offers a new perspective on the universe, where entropy is not just a measure of disorder but the fundamental driving force behind all physical phenomena.