What question did this study set out to answer?

The research aims to redefine the cosmic vacuum, presenting it as a material medium that influences planetary phenomena.

February 19, 2026Open Access

Universal Viscosity Constant (eta) and Fermionic Condensate (4.8 keV) as Determinants of Planetary Oblateness and Redshift Damping

Key Points

The research aims to redefine the cosmic vacuum, presenting it as a material medium that influences planetary phenomena.
Presents the Fermionic Universe Hypothesis (FUH) as a framework.
Introduces the concept of a viscous fermionic condensate.
Quantifies the fundamental mass and dynamic viscosity within the proposal.
Suggests that the cosmic vacuum is a tangible medium rather than an empty void.
Establishes a mass of 4.8 keV and a viscosity of 1.2 * 10^-15 Pa·s for the medium.
Provides insights into planetary oblateness and redshift phenomena.

Abstract

I propose a fundamental shift in our understanding of the cosmic vacuum. My research indicates that space is not an empty void but a material medium—a viscous fermionic condensate (the "psi-field"). While classical physics struggles with "dark" mysteries, my Fermionic Universe Hypothesis (FUH) resolves these paradoxes by introducing a single physical reality: a medium with a fundamental mass (mₚsi) of 4. 8 keV and a dynamic viscosity (eta) of 1. 2 * 10^-15 Pa·s.

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Alexander Shlyapik

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Universal Viscosity Constant (eta) and Fermionic Condensate (4.8 keV) as Determinants of Planetary Oblateness and Redshift Damping

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