Unified Hydrodynamics of Continua, Solenoidal Vorton Singularities, Quantum-Electrodynamic Vacuum, and Non-Perturbative Cosmological Spacetime

The unified hydrodynamic framework establishes the solenoidal vortex dipole—the vorton—as the universal, divergence-free building block connecting fluid turbulence, biophysical clearance, quantum particles, and cosmological spacetime. Fluid and Plasma Reconnection: Continuous vortex filaments in classical turbulence, quantum superfluids, and magnetized plasmas are physical chains of discrete vorton dipoles. Their topological cutting and rethreading resolves apparent mathematical blow-ups, enforces strict incompressibility, and drives energy cascades into microscopic wave oscillations. Biophysical Glymphatic Transport: Pulsatile arterial wall motion generates localized vortex dipoles within perivascular spaces. These microscopic mixing structures enhance solute dispersion across brain tissue by thousands of times over passive molecular diffusion, resolving how the brain clears waste without requiring net bulk-flow pumping. Quantum Vacuum Electrodynamics: Treating the vacuum as an active, moving superfluid substrate allows electrodynamic fields to be advected directly by the medium. Elementary particles emerge as singular vorton dipole cores enveloped by smooth probability wave patterns. Cosmological Spacetime and Gravitation: Newton's gravitational constant is reinterpreted as an emergent fluid property governed by the physical vortex core size. Cosmic expansion arises from non-equilibrium mass generation and holographic horizon thermodynamics, while gravitational light deflection is realized as optical refraction through localized vacuum fluid vorticity.