August 4, 2025Open Access

The Dynamic Formation of Spatial Dimensions in the Inner Levels of Time

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New framework reveals dynamics of spatial dimensions in quantum relativity and time, suggesting insights into mass-energy relations.

MAIN FINDING: The research introduces a dual-temporal framework generating spatial dimensions through real time layers.
KEY EVIDENCE: The model yields a hyperbolic space-time manifold, reducing to general relativity in appropriate limits.
APPROACH: This work employs the Duality of Time hypothesis from the Single Monad Model to analyze vacuum dynamics.
SIGNIFICANCE: The theory addresses the cosmological constant problem and bridges quantum mechanics with general relativity.

Mohamed Haj Yousef (2025) studied this question.

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