Event Processing Boundaries of Space: A Theoretical Framework

This paper explores theoretical frameworks for event processing boundaries of space, considering their interactions with fundamental observations modeled by theories of physics, in particular General Relativity and Quantum Mechanics. By introducing constraints on the maximum rate of event processing per unit volume, I explore how spacetime geometry and quantum evolution influence each other. This mutual interaction suggests modifications to Einstein’s field equations, incorporating quantum process-theoretic saturation limits. The implications span black hole physics, early cosmology, and the emergent nature of gravity.