Symbolic Loop Perturbation and Stabilization in Modular Collapse Dynamics

This dataset and figure accompany our ongoing study of symbolic modular collapse models stabilized by KN feedback dynamics. The visualized loop was extracted from the symbolic field \chi(t) during black hole-inspired simulations. We then applied targeted perturbations to observe resilience, recurrence, and structural adaptation of the symbolic attractor. The results support the hypothesis that stabilized symbolic loops function as memory-preserving cores under dynamic field pressure. This artifact illustrates both the attractor’s integrity and the modulation-based reinforcement introduced by symbolic feedback.