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The study aims to establish a theoretical framework where time emerges from vacuum field interactions, explaining gravity's dependence on entropy.

February 12, 2026Open Access

Emergent Time and Entropy-Dependent Gravity: A Testable Framework Based on Vacuum Field Gradients

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This theoretical framework predicts entropy-dependent gravity variations, indicating new insights into time and gravity in physical systems.

The study aims to establish a theoretical framework where time emerges from vacuum field interactions, explaining gravity's dependence on entropy.
Developed an equation of motion for gravitational acceleration based on vacuum field gradients.
Proposed experimental setups for testing gravitational acceleration differences near superconductors.
Outlined predictions for time advancement cessation in isolated systems with no vacuum gradients.
Demonstrates gravitational acceleration variations depending on local energy density and entropy.
Predicts measurable differences in acceleration near superconductors compared to normal conductors of similar mass.
Indicates that time may not progress in isolated systems lacking vacuum state gradients.

Ahmed Gamal Thabet Mansour (2026) studied this question.

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This theoretical framework predicts entropy-dependent gravity variations, indicating new insights into time and gravity in physical systems.