TIMEFLUX: A Conceptual Scalar-Field Framework for the Emergence of Spacetime Geometry and Proper Time from Quantum Matter.

This paper introduces TIMEFLUX, a conceptual scalar-field hypothesis exploring how quantum matter states may drive emergent spacetime geometry and proper time. TIMEFLUX proposes a novel framework where spacetime geometry and proper time emerge from the interaction between quantum matter and an underlying scalar field, offering exploratory pathways for quantum gravity and dynamical dark energy. Can quantum matter drive spacetime geometry? The TIMEFLUX hypothesis introduces a conceptual scalar-field framework bridging quantum mechanics, general relativity, and emergent proper time.