Hydrodynamic Theory of the Electron and Nucleonic Mechanics

This paper proposes a purely deterministic and geometric-mechanical descriptionof elementary particles and their interactions, overcoming the stochastic interpretationsof the Standard Model. Grounded in continuum mechanics and thehydrodynamics of a non-dissipative continuous medium with zero viscosity (the UniversalFluid), the action template of the free electron is formalized as a quantizedLandau-Onsager irrotational vortex. Extending this model to ultra-high-pressurephase transitions, the pressure distribution of the electron finds an immediate mechanicalexplanation, as does the physical nature of electric charge.