What question did this study set out to answer?

To present a new theoretical framework suggesting that space is a semifluid medium with variable density influencing cosmic dynamics.

April 1, 2026Open Access

"Spatial Semifluid Theory: Rotational Age, Vortex Pressure, and Galactic Dynamics"

Key Points

To present a new theoretical framework suggesting that space is a semifluid medium with variable density influencing cosmic dynamics.
Developed a theoretical framework considering space as a semifluid medium.
Proposed mechanisms for cosmic phenomena including dark matter and gravitational lensing.
Examined the impact of black hole formation on the cyclic nature of the universe.
The framework accounts for dark matter and dark energy.
Explains the Hubble tension and its implications for cosmic expansion.
Describes how galaxies implode and cycles through Big Bangs and black holes.

Abstract

This paper proposes that space is not empty but constitutes a semifluid medium of variable density, — The Big Bang represents the sole initial condition of the current cycle. The universe is cyclic: the semifluid progressively hardens as energy disperses, galaxies implode into central black holes, which are reabsorbed until critical mass triggers a new Big Bang. This single mechanism accounts for: dark matter, dark energy, the Hubble Tension, black hole formation, gravitational lensing, and the cyclic nature of the universe. Independent theoretical framework developed March 3, 2026.

"Spatial Semifluid Theory: Rotational Age, Vortex Pressure, and Galactic Dynamics"

Key Points

Abstract

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