Conceptual 4-Stage Topological Cascade inside Regularized Vacuum Cores: A Preliminary Research Note

This repository delivers the unified replication package and high-resolution computational core (STDM v4.1) for the Special Theory of Dark Matter framework. The engine transitions from heavy numerical manifold relaxation routines to a closed-form analytical evaluation pipeline, modeling multi-scale concentric stratification profiles for a comprehensive 73-object relativistic attractor catalog near-instantaneously. By embedding exact Kerr boundary conditions and an automated topological vacuum elasticity cache, the system captures regularized sub-horizon configurations up to the critical Planck saturation limit (1.0000e+11 M_sun/R_pl^3). The generated radial density profiles and object passports yield verifiable signatures for millisecond gravitational wave echo delays (t_echo) and relativistic jet collimation jitter thresholds, providing concrete, open-access diagnostic benchmarks for cross-validation against upcoming CHIME and ngEHT observational data pipelines.