The quest to reconcile quantum mechanics with general relativity has long been a central challenge in physics. This paper proposes a novel theoretical framework for quantum field theory – Universal Quantum Field Theory (UQFT) – centered on the concept of superposition and its crucial role in generating observable phenomena. We argue that current approaches to quantum mechanics are fundamentally rooted in the superposition of quantum fields, leading to a unified theory that transcends the limitations of existing frameworks. We will explore this concept through a reinterpretation of quantum mechanics, emphasizing the interplay between fields and their interactions, ultimately suggesting a holistic view that links all physical processes.
This paper proposes Universal Field Theory (UFT), an ontological interpretation of quantum mechanics in which the Universal Field is taken to be a real structure containing all physically possible configurations permitted by the laws of physics. Observable physical reality corresponds to the subset of configurations that become realized as excitation patterns within the field. In this framework, quantum probabilities arise from the density of realizable configurations encoded in the wave structure of the field. The approach preserves the predictive formalism of quantum mechanics while offering a unified conceptual interpretation linking field ontology, configuration space, and the emergence of physical reality.