Topological Dynamics of Gravitational and Electromagnetic Interactions via Spatial Superfluid Tensors: Hydrodynamic representation of classical fields

May 18, 2026Open Access

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Key Points

The aim is to explore the topological dynamics of gravitational and electromagnetic interactions using spatial superfluid tensors.
Analyzed classical field theories through a hydrodynamic lens.
Utilized mathematical representations to depict gravitational and electromagnetic behaviors.
Examined spatial superfluid tensors in modeling interactions.
Demonstrated unique properties of interactions via superfluid representations.
Identified key dynamics influenced by topological factors in fields.
Highlighted the applicability of hydrodynamic models in understanding classical field interactions.

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Analyzing gravitational and electromagnetic interactions through hydrodynamic models in classical fields, indicating novel insights.

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Zhouyang Lu (2026) studied this question.

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