Resolution of Galactic Rotation Anomalies via Variable Vacuum Stiffness

We show that the “Dark Matter” rotation anomaly is resolved by treating the vacuum as a physical lattice with variable yield stress, eliminating the need for non-baryonic mass or arbitrary halo parameters. While the radial acceleration relation (RAR) is conventionally explained via invisible halos or Modified Newtonian Dynamics (MOND), this paper proposes a structural solution based on Topological Quantum Relativity (TQR). TWe show that the intrinsic tension of the vacuum lattice naturally generates the confinement force required to flatten rotation curves, while the Yield Point of this stiffness scales with baryonic density to determine the specific shape of the galactic profile.