Relational Quantum Rendering (RQR) proposes that spacetime and gravity are emergent phenomena arising from finite local information capacity, rather than fundamental entities. By introducing a bounded scalar information field (x), RQR modifies gravitational coupling to prevent singularities and provides a dynamical explanation for the Hubble tension. The framework is formulated as a scalar-tensor theory derived from an action principle, producing modified Einstein equations and concrete, falsifiable predictions. These include threshold behavior in high-dimensional quantum systems, corrections to gravitational redshift near compact objects, and discrete relativistic effects at extreme velocities. RQR bridges conceptual gaps between General Relativity and Quantum Mechanics while remaining empirically accessible. for more inquiries contact: chaosblade154@icloud. com
Mohamed Zahid (Thu,) studied this question.
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