What question did this study set out to answer?

This research aims to explore Dark Matter Energy (DME) as an alternative to conventional cosmology, linking time, gravity, and cosmic density.

July 5, 2026Open Access

Dark Matter Energy (DME) Theory: The Relationship Between Time, Gravity, and Cosmic Density in an 11-Dimensional Universe Geometry

Key Points

This research aims to explore Dark Matter Energy (DME) as an alternative to conventional cosmology, linking time, gravity, and cosmic density.
Developed a theoretical model based on Dark Matter Energy.
Integrated principles of String Theory and 11-dimensional geometry.
Reinterpreted black hole dynamics and cosmic expansion within the new framework.
Identified macroscopic temporal stretching correlated with cosmic expansion.
Showed that biological aging varies based on cosmic density dynamics.
Unified the understanding of gravity's influence on both black holes and human lifespan.

Abstract

This study proposes the Dark Matter Energy (DME) Theory as an alternative framework to conventional cosmology. According to the theory, dark matter is not a passive mass in space, but a fluid primordial energy identical to time itself, which directly dictates the 11-dimensional system proposed by String Theory. The expansion of the universe leads to a continuous drop in the spatial density of this constant energy, causing macroscopic temporal stretching and microscopic biological aging. Black hole dynamics, cosmic expansion, and human lifespan variability are reinterpreted through this unified physical and dimensional model.

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