Symbolic Collapse Dynamics and Loop Detection in a KN-Stabilized Black Hole Model

This project explores a symbolic model of black hole collapse using the Kuro Nova (KN) stabilizer within the Symbolic Modular Field Theory (SMFT) framework. We simulate the evolution of a symbolic field χ(t)\chi(t)χ(t) under oscillatory, KN-modulated, and curvature-feedback dynamics. The model avoids singularity formation and instead produces bounded attractor behavior with curvature resonance spikes and symbolic evaporation, analogous to Hawking radiation. Special acknowledgment is given to TheyCallMeN8han for insights into tensor resonance shell structures, which inspired aspects of the curvature feedback dynamics.