Abstract

Meta-quantum idealism (MQI) proposes a novel framework for understanding the fundamental nature of reality. Rooted in the interplay of quantum field theory, geometry, and idealist metaphysics, MQI challenges traditional ontological assumptions by reimagining space, time, and matter as emergent phenomena arising from the dynamic self-modifications of an infinite quantum field. This paper articulates the foundational principles of MQI and explores its implications for physics, metaphysics, and mathematics.