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This research aims to resolve anomalies in the Standard Model through a theoretical framework based on hydrodynamics and topological dynamics.

April 25, 2026Open Access

Topological Dynamics of Gravitational and Electromagnetic Interactions via Spatial Superfluid Tensors: Covariant Field Equations and Geometric Resolution of the Large Number Hierarchy (Version 2.1)

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Randomized trial investigates gravitational and electromagnetic interactions in a theoretical framework, suggesting novel insights.

This research aims to resolve anomalies in the Standard Model through a theoretical framework based on hydrodynamics and topological dynamics.
Introduced a hydrodynamic model utilizing covariant fluid tensors for gravitational and electromagnetic interactions.
Resolved major Standard Model anomalies using the Manifest Control Theory matrix.
Analyzed gravitational constant (G) and vacuum properties using classical mechanical parameters without adding phenomenological parameters.
Provided a potential explanation for the 45 ppm discrepancy in dynamic gravitational measurements.
Established the physical origins of G, vacuum permittivity (ε₀), and vacuum permeability (μ₀) through topological scaling.
Derived an equivalent form of the Schwarzschild metric in the acoustic fluid limit, enhancing the understanding of gravitational lensing.

Zhouyang Lu (2026) studied this question.

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