This comprehensive manuscript proposes a profound paradigm shift in theoretical physics, offering a unified geometric framework that bridges the genesis of the universe, the mechanics of elementary particles, and the horizon of applied aerospace engineering. Diverging from the traditional Big Bang singularity, this hypothesis posits that the universe originated from the spatiotemporal topological collapse of a fourth spatial dimension, leaving behind microscopic "black hole-white hole" dual rotating oscillators—the geometric and fluid essence of all elementaryparticles. Within this Topological Fluid framework, the four fundamental forces(gravity, electromagnetism, strong, and weak interactions) are unified seamlessly asdistinct manifestations of fluid dynamics, and the classical mass-energy equivalence(E = mc2) acquires a pure geometric derivation.Advancing into applied physics, we define the mechanism of Topological Phase Locking, whereby extreme high-frequency electromagnetic resonance aligns the spatial emissions of these microscopic dipoles. By integrating this mechanism with the Ginzburg-Landau theory of superconductivity to eliminate thermal topological friction, we introduce the Non-Minimal Topological Coupling Lagrangian. This novel field-theory formalism proves that electromagnetic resonance within a macroscopicquantum coherent state forces a renormalization of the effective gravitational constant (Gef f < 0). This directly derives the Gravitational Meissner Effect—the absolute expulsion of the background gravitational spatial flux. Ultimately, this manuscript delineates a rigorous, propellantless geometric pathway for macroscopic topological thrust, the elimination of inertial mass, and Faster-Than-Light (FTL)metric traversal, offering theoretical alignment with contemporary anomalous aerodynamic observations.