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March 27, 2026Open Access

Gravity, Quantum Fluctuations, and Electromagnetism from Constrained Null Geometry

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The study aims to establish a framework where mass, gravity, quantum fluctuations, and electromagnetic structures arise from a constrained null geometry.
Developed a minimal geometric framework using three future-directed null vectors.
Constructed an effective spacetime metric from the null configuration, avoiding independent gravity fields.
Analyzed fluctuations confined to a reduced configuration space with a single physical degree of freedom.
Identified local phase redundancy with U(1) gauge symmetry arising from compact fluctuation modes.
Derived a logarithmic fluctuation spectrum related to geometric averaging.
Connected infrared and ultraviolet behaviors through a global coherence scale linked to the closure constraint.

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Develops a geometric framework linking gravity, quantum fluctuations, and electromagnetism, highlighting their emergence.

Luka Gluvić (2026) studied this question.

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