No-Time General Relativity: A Motion-Based Reformulation of Physics

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Abstract

No-Time General Relativity (NTGR) proposes a radical shift in physics by eliminating time as a fundamental entity, replacing it with motion cycles. This simple yet profound change resolves key paradoxes in General Relativity and Quantum Mechanics, including wavefunction collapse, gravitational time dilation, and black hole singularities. NTGR retains all known experimental results while unifying physics under a single motion-space framework. It makes clear, testable predictions that could distinguish it from current models. If validated, NTGR may bridge the divide between relativity and quantum mechanics, making it one of the most significant breakthroughs in modern physics.

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