Hydrodynamic Unified Mechanics: A Viscoelastic Hyperfluid Continuum Model

For over a century, theoretical physics has been bifurcated by two highly successful but fundamentally incompatible frameworks: the probabilistic abstraction of Quantum Mechanics and the geometric abstraction of General Relativity. While both models offer extraordinary predictive power within their respective domains, their inability to unify points to a foundational flaw in our underlying assumptions regarding the nature of the vacuum. Historically, standard models have treated empty space as a geometric void devoid of mechanical properties. However, recent observational data has pushed this geometric paradigm to its breaking point. The deployment of the James Webb Space Telescope (JWST) has revealed a universe that defies the timeline of the ΛCDM model. Observations of galaxies at redshifts exceeding z = 14 display stellar masses, metallicities, and surface brightnesses that theoretically should not exist so soon after a presumed Big Bang. (...)