What question did this study set out to answer?

To explore the effects of viscosity in the vacuum on fundamental physical processes and particle parameters.

April 21, 2026Open Access

The Hydrodynamic Nature of Mass and Inertia: Step-by-Step Calculation of Proton and Electron Parameters in a Viscous Fermionic Condensate Model

Key Points

To explore the effects of viscosity in the vacuum on fundamental physical processes and particle parameters.
Developing a model based on the Fermionic Universe Hypothesis (FUH) incorporating dynamic viscosity.
Calculating the hydrodynamic properties in a viscous psi-condensate framework.
Analyzing data convergence to establish model significance.
Resolved the muon magnetic moment anomaly (g-2) using viscous resistance.
Eliminated lithium deficiency in primordial nucleosynthesis through model implications.
Achieved statistical significance at the 7.5 sigma level for the model predictions.

Abstract

This paper proposes a unified mechanism for describing fundamental physical processes through the dynamic viscosity of the vacuum (eta = 1. 2 x 10^-15 Pa*s) within the framework of the Fermionic Universe Hypothesis (FUH). We demonstrate that accounting for the viscous resistance of the psi-condensate allows for the resolution of the muon magnetic moment anomaly (g-2), eliminates the lithium deficiency in primordial nucleosynthesis, and derives inertial mass as a hydrodynamic drag force. The statistical significance of the model is confirmed by data convergence at the 7. 5 sigma level.

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Alexander Shlyapik

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The Hydrodynamic Nature of Mass and Inertia: Step-by-Step Calculation of Proton and Electron Parameters in a Viscous Fermionic Condensate Model

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Abstract

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