Kinematic Reformation of Free-Fall Trajectories: The Phase Inversion of Buoyancy and the Elimination of Gravitational Attraction

The paradigm of mutual gravitational attraction, originating from macroscopic empiri-cal observations, fails to satisfy the topological conservation laws of high-dimensional fluidmechanics. This paper mathematically abolishes the concept of “gravitational pull.” Wedemonstrate that what is commonly measured as gravity is fundamentally the inverse phaseof buoyancy operating within a unified complex fluid domain (the negative buoyancy phase).By extracting the tangential energy escape constant from classical free-fall models, we providea unified kinematic operator that corrects the inherent phase lag in Newtonian mechanics.No external references are cited.