Abstract:This paper presents a fully deterministic, strictly predictable mechanical framework that eliminates the statistical and mystical interpretations of modern theoretical physics. Space is recognized not as an empty void but as a continuous, high-pressure, ultra-dense mechanical monolith—the Vacuum Ocean medium. Under this framework, fundamental world parameters such as the speed of light (c), the gravitational constant (G), and the reduced Planck constant (hbar) are mathematically unified. They collapse symmetrically into a single, primary quadratic monolith invariant: P² = 2.11009 * 10⁻³⁶ kg²·m⁴/s².By treating the cosmos as a continuous fluid medium mapped onto a discrete 3D coordinate lattice, the entire system operates via localized pressure drops, volumetric displacement, and fluid vortex lines. Physical properties classically attributed to mass, energy, and electric charge are derived as stable hydrodynamic vortices (tori) whose interactions follow standard engineering mechanics. Time is shown to be a hard operational metric—the fixed clock tact required for an elastic deformation impulse to hop between individual space pixels of radius r_p. This approach successfully closes the gap between discrete Planckian scales, sub-atomic tracks, and cosmological mega-scales.