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This research aims to develop a geometric model that connects time with gravity and quantum physics.

March 25, 2026Open Access

Three-Dimensional Autonomous Time as Event Space: A Geometric Model of Temporal Gravity and Its Implications in Quantum Physics

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This preprint presents a novel geometric model explaining quantum phenomena in physics, suggesting new experimental predictions.

This research aims to develop a geometric model that connects time with gravity and quantum physics.
Introduced a three-dimensional pseudo-Euclidean time continuum model.
Defined 'Observer Mass' as informational-entropic density of interaction.
Derived geometric interpretations for fundamental quantum phenomena.
Proposed experimental predictions for verification in high-energy physics and optical tests.
Explained wave function collapse through 'Temporal Wells' created by surrounding mass.
Provided geometric interpretations for quantum paradoxes like duality and tunneling.
Established a link between General Relativity and Quantum Mechanics for a future theory of quantum gravity.

Albert Kulakov (2026) studied this question.

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