Game-theoretic trees vary in complexity. This paper, “Measuring Tree Complexity With Response Times,” introduced the concept of graph-based complexity and relied on the subjects’ behavior to empirically derive a measure of tree complexity. Data came from the mobile app Blues and Reds, designed specifically to conduct experiments. Read more “Measuring Tree Complexity With Response Times”
From CEOs confronting competition to children playing board games, our professional and personal lives are full of dynamic decisions. Naturally, while playing the role of a decision-maker, people differ. To comprehend and analyze how they differ, first it was necessary to construct a profiling method that classified dynamic decision-makers. Read more “Profiling Dynamic Decision Makers”
Dr. Neil F. Johnson heads a new interdisciplinary research group in Complexity in the Department of Physics at the University of Miami. The research focuses on collective behavior and emergent properties in a wide range of real-world Complex Systems: from the physical, biological, medical domains through to social and even financial domains.