As an experimental psychologist/cognitive scientist, with expertise in embodied cognition, social and perception-action psychology, complex systems, and nonlinear dynamics, my research is directed towards identifying and modeling the lawful processes that underlie human perception, action, and cognition, and the degree to which these lawful processes shape and constrain human knowledge and creativity. I am particularly interested in understanding and modeling how the behavioral dynamics of everyday social and multi-agent behavior emerge from the complex, nonlinear interactions that occur between the physical, biomechanical, neural, informational, and social/cultural properties of agent-environment systems. To this end, advancing the methodological and analytic tools of complexity science, including dynamical systems modeling, nonlinear time-series analysis, far-from-equilibrium thermodynamics, and symmetry principles within the fields of psychology, philosophy, cognitive science, and neuroscience have become a prominent feature of my research program. Given that my basic research findings often have implications for the assessment and understanding of social deficit disorders (e.g., Autism) and for the development of robust human-machine (robotic) systems, I also conducted applied research within these domains.
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