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This research aims to redefine the understanding of fundamental forces in physics, asserting gravity as the singular force arising from geometric tension.

March 30, 2026Open Access

Gravity as the Singular Manifestation of Manifold Tension: Fractal Isomorphism of Mass and Energy Bases

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This research aims to redefine the understanding of fundamental forces in physics, asserting gravity as the singular force arising from geometric tension.
Introduced Arc-Closure Geometry within a 2+1 sub-Riemannian tension manifold.
Mathematical proofs involving Calculus of Variations were employed to analyze fundamental interactions.
Developed a Big G Operator formulation related to gravitational tension.
Establishes gravity as the only outward manifestation of force from geometric tension.
Demonstrates co-existing fractal topologies for energy and mass bases.
Proves the weak mixing angle without invoking spontaneous symmetry breaking through pure geometry.

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Implication

Theoretical insights reveal gravity as the sole force in a unified framework, suggesting fractal topologies underlie mass and energy interactions.

Cite This Study

Frank F. (Arcman) Meng (2026) studied this question.

synapsesocial.com/papers/69c9c51bf8fdd13afe0bd088 https://doi.org/10.5281/zenodo.19272910

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Implication

Theoretical insights reveal gravity as the sole force in a unified framework, suggesting fractal topologies underlie mass and energy interactions.

Gravity as the Singular Manifestation of Manifold Tension: Fractal Isomorphism of Mass and Energy Bases

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Discussion

Implication

Cite This Study

Gravity as the Singular Manifestation of Manifold Tension: Fractal Isomorphism of Mass and Energy Bases

Key Points

Discussion

Implication

Cite This Study

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