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S(r) Theory aims to redefine spacetime and address singularities in black holes through its equations.

June 18, 2026Open Access

Akizul's S(r) Theory: Modified Gravity Framework for Quantum Gravity and Black Holes

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S(r) Theory aims to redefine spacetime and address singularities in black holes through its equations.
Proposes a 2D spacetime model as opposed to the traditional 4D model.
Develops the main equation S(r)=c*sqrt(r^2-r_min^2) to analyze singularity behavior.
Explores implications for gravity, dark energy, and quantum gravity.
At r=r_min, S(r) reaches 0, effectively removing the singularity in black holes.
Provides a framework that could unify concepts of gravity with quantum mechanics.
Offers explanations for the origin of mass and the phenomenon of dark energy.

Implication

Proposes a modified gravity framework explaining black hole singularity removal and mass origin implications.

Abstract

S(r) Theory proposes spacetime as 2D surface not 4D volume. At r=r_min, S(r)=0 removes black hole singularity. Main equation: S(r)=c*sqrt(r^2-r_min^2). Explains gravity, dark energy, quantum gravity, mass origin.

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Cite This Study

Islam Me Akijul (2026) studied this question.

synapsesocial.com/papers/6a338bfb630953a74978d647 https://doi.org/10.5281/zenodo.20723093

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Implication

Proposes a modified gravity framework explaining black hole singularity removal and mass origin implications.

Akizul's S(r) Theory: Modified Gravity Framework for Quantum Gravity and Black Holes

Key Points

Implication

Abstract

Discussion

Cite This Study

Akizul's S(r) Theory: Modified Gravity Framework for Quantum Gravity and Black Holes

Key Points

Implication

Abstract

Discussion

Cite This Study

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