Coherent Pre-Singularity Architecture in the Catastrophic Collapse of a Terrestrial-Mass Rogue Planet

A high-resolution emergent-physics simulation reveals that the catastrophic collapse of a 3.7-Earth-mass rogue planet does not proceed chaotically, as classical models predict. Instead, the interior self-organizes into a reproducible 61-node coherent collapse architecture, maintaining fractal self-similarity and high causal density even as the object approaches pre-singularity conditions. This study presents the first detailed collapse blueprint for an Earth-mass rogue planet subjected to extreme tidal overcompression, relativistic encounter velocities, and high external-field forcing. The results uncover stable attractor pathways, ordered collapse geometry, and persistent internal structure—offering a radically new view of rogue-planet evolution in extreme astrophysical environments.