Quantum Gravity as a Structured Execution Process

Modern physics treats gravity as a force emerging from spacetime curvature, but this approach fails at quantum scales, where gravity must be unified with discrete execution processes. This paper presents a novel approach: gravity is not a force but a structured correction mechanism for mass disrupting the natural execution of time and space. The fundamental equation of gravity is derived from Planck-scale execution rates and self-referential angles governing charge, mass, and time. The result is a fully quantized, deterministic model of quantum gravity where curvature is replaced by structured execution steps.