Superposition, Entanglement and Instantiation – A Conceptual Interpretation of Quantum Mechanics within the Framework of the Time–Energy–Universe

This work provides a conceptual clarification of central concepts in quantum mechanics within the framework of the Time–Energy–Universe (TEU). The focus lies on superposition, entanglement, and wave function collapse, and their relation to the concept of instantiation. The aim is not to introduce additional physical mechanisms or to modify existing theories, but to consider established phenomena from a unified conceptual perspective. Quantum states are understood as structures of possible instantiations, while their determination is not interpreted as a physical process, but as a logical form of determinability within an underlying order. The analysis builds upon the conceptual framework developed within the TEU and represents its application to a specific domain of physics. It thereby offers a perspective that allows known physical phenomena to be reconsidered in terms of the relation between possibility and definiteness, and to be further examined within this framework.