The Dynamic Origin of Gravity: Quantum Decoherence State Transition and Spacetime Rendering Mechanism

This paper defines gravity not as a fundamental force, but as an ’emergent phenomenon’ that occurs during the transition of quantum states from waves to particles. Instead of the top-down quantization of gravity pursued by conventional academia, we propose a bottom-up mechanism where quantum decoherence (ζ) induces spacetime curvature. In particular, we explain the maintenance of gravity through the ’Continuous Quantum Refresh’ hypothesis, thereby integrating dark energy and dark matter as state differences of the same underlying resource. Numerical simulation results demonstrate that the merging of two states leads to the deepening of the gravity well.