A Time-Extended Conceptual Framework for Consciousness-Weighted Quantum Probabilities

This paper extends a consciousness-weighted approach to quantum probability by introducing a time-extended description of the measurement process. Rather than treating outcome weighting as instantaneous, the framework allows it to depend on the evolution of conscious states over a finite observation interval. The formulation remains compatible with the Born rule in the limit of vanishing coupling and is intended as a conceptual refinement rather than a modification of quantum theory. This extension clarifies the role of time in such models and motivates further mathematical and experimental investigation.