Associate Professor • Graduate Program Chair
Office: ECOT 647
My research group works to identify neural mechanisms underlying cognition by developing and validating mathematical models. We have linked observed individual and collective behaviors to a diversity of constrained cognitive strategies, developing new mathematical and computational tools for solving, fitting, and identifying nonlinear and stochastic models of biological inference and its underlying neural activity representations.
Research Interests:
- Decision making and Bayesian inference
- Dynamics of collective behavior, especially foraging
- Spatiotemporal dynamics of neural circuit models
- Stochastic processes and first passage time methods