Classical black hole models rely on singularities and event horizons, producing infinities, information paradoxes, and geometric breakdowns. In the MID/QC framework, gravity and relativistic behavior emerge from the tension and coherence structure of a deeper substrate. Under extreme tension gradients, this substrate forms a finite‑thickness Tension Sphere: a high‑tension shell surrounding a non‑geometric interior. The outer boundary of this shell, the Tension Horizon, replaces the event horizon as the physically meaningful surface. Curvature emerges as the geometric expression of tension flow, and information is preserved through boundary microstates and correlated emission. This model maintains all observational predictions while resolving the conceptual failures of singularity‑based gravity, marking the first gravitational signature of the MID/QC framework.
Chadwick D Rasque (Sun,) studied this question.