My research fuses mathematical and computational methods to study complex systems in biology, neuroscience, and sociology. I am constantly amazed by the power of systems science to extract concise mathematical principles underlying complex collective behavior in biological molecules, collections of neurons in a brain, and groups of people in society. I combine this passion for multidisciplinary studies in complexity science with an expertise in dynamical systems, control theory, statistical physics, network theory, and data science to uncover organizational principles in the natural world.