What question did this study set out to answer?

The aim is to present a unified framework that resolves gravitational singularities through information processing constraints.

January 24, 2026Open Access

Relational Quantum Rendering (RQR): An Information-Saturated Resolution of Gravitational Singularities

Key Points

The aim is to present a unified framework that resolves gravitational singularities through information processing constraints.
Developed the relational quantum rendering (RQR) framework.
Analyzed the formation of stable Zahid Cores as non-singular black holes.
Examined implications on emergent spacetime and gravity under information-saturation constraints.
Investigated predictions in high-dimensional photonic systems.
Successfully resolved the Schwarzschild singularity with Zahid Cores.
Avoided the Big Bang singularity through a new framework.
Provided a potential explanation for the Hubble tension via information densification.
Predicted testable deviations in extreme relativistic regimes.

Abstract

This work presents Relational Quantum Rendering (RQR), a unified framework in which spacetime and gravity emerge from finite information-processing constraints. RQR provides a resolution of the Schwarzschild singularity through the formation of stable, non-singular Zahid Cores, avoids the Big Bang singularity, and naturally explains the Hubble tension via information-density-dependent gravity. The framework also predicts testable deviations in high-dimensional photonic systems and extreme relativistic regimes, offering a falsifiable approach to a Theory of Everything (TOE). Keywords: Regular Black Hole, Non-Singular Gravity, Emergent Spacetime, Information Saturation, Zahid Cores, Hubble Tension. For correspondence or inquiries regarding this work, please contact Mohamed Zahid at chaosblade154@icloud.com

Relational Quantum Rendering (RQR): An Information-Saturated Resolution of Gravitational Singularities

Key Points

Abstract

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