Theory of Everything as Structured Vacuum Turbulence: The DSM-861 Heegner-Rigid Vorton Lattice

The unified hydrodynamic framework models physical reality as an organized superfluid vacuum whose fundamental excitations are three-dimensional vortex filaments: Lattice Solidification: The primordial turbulent cascade contracts down to the critical stability threshold, where continuous dissipation arrests and freezes into an invariant eight-hundred-sixty-one-node ground state protected by maximal imaginary quadratic number theory. Modular Casimir Vacuum: An exact geometric mismatch between the discrete node count and the seventy-two-fold transverse symmetry generates an invariant zero-point Casimir residue, locking the ground state against decay. Acoustic Spacetime and Gravity: Subluminal phonon propagation dynamically selects the four-dimensional Lorentzian metric signature, while dislocation defect torsion induces Einstein-Hilbert curvature without invoking arbitrary gravitational constants. Topological Matter and Isospin: Elementary fermions arise as persistent knotted solitons, where half-twist framing yields fermionic spin, three-loop Borromean links form the proton, and the balance of inductive and electrostatic self-energies yields the precise neutron-proton mass splitting. Compressible Cosmology: Substrate compressibility governs cosmic acceleration and resolves the Hubble tension through transverse shear relaxation, while accounting for the cosmic matter dipole anomaly and large-angle microwave background power suppression.