Cosmological Plurality and Multiple Macro Cavitations: The "Dark Flow" as Evidence of Topological Interference (DQ-12 Framework)

The standard cosmological model assumes that the observable universe and spacetime itself originated from a single singularity ("Big Bang"). In this work, applying the theoretical framework of Quantum Diffusion (DQ-12), we argue that postulating a singular origin is statistically improbable and thermodynamically inconsistent within a spatial medium modeled as a continuous and eternal topological fluid. We reconceptualize the Big Bang not as the beginning of the cosmos, but as a local " macro-cavitation ": a topological stress dissipation event. Under this premise, the observable universe is simply the radius of the shock wave from our local burst. Additionally, we propose that the astronomical anomaly known as "Dark Flow" is direct empirical evidence of zones of mechanical interference where the expansion wave of our local macro-cavitation collides with the topological currents of pre-existing or simultaneous neighboring events ("Big Bangs").