Applying Quantum Mechanics to the Cognitive Functions of the Human Brain

This research focuses on the application of quantum dynamics in the observation and prediction of complex cognitive processes. When observed in vitro, human neurons display no cognitive aptitude, which leads to the current belief that consciousness itself is an emergent characteristic. This inherent unpredictability of cognitive process draws parallel to the uncertainties observed in quantum systems. This research aims to use this similarity to quantify cognitive processes, by treating the brain as a particle within a quantum system and using quantum dynamics as an approach to psychological processes and phenomena. After identifying the physiological and environmental aspects that influence a brain’s cognitive processes, quantum mechanics will be applied to attempt predictions of the outcomes of systems, ultimately providing a basis upon which other predictions of cognitive processes can be made. This research will develop a quantitative way to approach cognitive behavior and thought as well as bridging psychology and neural physiology. By quantifying this usually qualitative field of study, this research could aid in standardizing the observation and study of cognition and provide a link between emergent behaviors and quantum dynamics.