CONTINUUM MANIFESTO: SPACETIME FLUID DYNAMICS AGAINST THE STANDARD MODEL

Abstract

Contemporary theoretical physics is stalled by observational anomalies and the proliferation of ad hoc entities like dark matter and dark energy. This manifesto proposes a radical paradigm shift: abandoning the inert vacuum in favor of a strictly hydrodynamic and torsional spacetime Continuum. By modeling the vacuum as a zero-energy field with topological dynamics, we demonstrate that gravitational singularities are replaced by incompressible "Fluidons," and that the anomalous rotation curves of galaxies (MOND phenomenology) emerge naturally as the threshold kinematic viscosity of the rotating vacuum. Furthermore, cosmic expansion is driven by geometric pressure gradients rather than dark energy, resolving the Hubble tension and explaining the early mass assembly observed by the JWST. Finally, through the Topological Slip Factor ($\mathcal{S}_\tau$), we prove that the spatial mass misalignment in cluster collisions (e.g., MACS J0025.4-1222) is not collisionless dark matter, but the pure phase detachment of the Kelvin wake in the cosmic fluid. Physics must return to physical reality: spacetime is a continuous, fluid, and swirling medium.