This preprint explores the hypothesis that quantum information is not a secondary aspect of the cosmos, but the very foundation from which all physical structures emerge. Within the framework of the CCEGA theory (Emergent Quantum Fields and Adaptive Gravity), we argue that space, time, matter, and gravitational dynamics arise from how the fundamental field encodes and reorganizes information in interaction with the curvature . The potential is interpreted as a dynamic informational landscape that regulates cosmic evolution. The concept of emergent time, the disappearance of time near critical curvature, and the resolution of singularities are reinterpreted as transitions in informational structure. We propose that the universe is not made of things, but of quantum information adapting itself gravitationally.