An Information and Coherence Model of the Black Hole

This work introduces a model of black holes with coherence as a resource and information-first assumptions. We link the theoretical physics of information and coherence thermodynamics to macroscopic features in black holes. A black hole is modeled as a C-I system that processes semantic information into coherent pure structures. Entropy increases in the surrounding environment through non-local restructuring. Hot spots are interpreted as decoherence events that emanate from the core of the black hole. Relativistic jets are the artifacts of the processing that occurs in the core of the black hole. We propose that black hole observable features result from their path through spacetime with respect to a fixed universal field. Finally, we propose that coherent light that occurs outside a black hole is the result of its computational processes in the interior as the black hole moves through spacetime.