About

Dr. Morehouse's research group studies how animals see the world and make decisions based on what they can see about who to mate with, what to eat, and where to go. He is also interested in biomimicry and collaborations between science and the arts.

Dr. Buschbeck’s research focuses on the development and evolution of arthropod visual systems. Insights from her work have inspired engineers to design micro-cameras and night-vision gear that are fundamentally different from conventional models.

Dr. Chemero is a member of the Center for Cognition, Action, and Perception and the Strange Tools Research Lab. He focuses on questions related to nonlinear dynamical modeling, ecological psychology, complex systems, phenomenology & social cognition.

Ming Tang’s work focuses on developing immersive technologies for human perception, interaction, and behavior study toward the built environment. He leads the Extended Reality (XR) Lab and supports XR applications in design, education, & healthcare.

Dr. Minai's research areas are AI, complex systems, computational neuroscience, and computational models of cognition, with a recent focus on natural language processing, human creativity, and bio-inspired models of place learning and navigation.

Dr. Queiroga's research focuses on the Ecology, Behavior, and Sensory Biology of Neotropical arthropods, such as insects and spiders. Recently, she has been studying the evolution of color vision in neotropical jumping spiders.

Jay S. Arns is a doctoral candidate in the Department of English at the University of Cincinnati. His research interests include the rhetoric of science, composition pedagogy, disability studies, conspiracy theories, and film studies.

Dr. Novak's research explores biomedical applications of human-machine interaction. Her specific research topics include serious games, affective computing, rehabilitation robotics, wearable robotics, and human motion analysis.