Systems Neuroscience
Large-scale 2-photon calcium imaging to record thousands of neurons simultaneously, investigating how the brain supports learning, memory, and mental navigation.
We bridge biological and artificial intelligence—investigating how brains learn and reason, while building neuro-inspired AI systems that can think, plan, and discover.
Our lab pursues two complementary goals: understanding the neural basis of cognition and leveraging those insights to advance artificial intelligence.
Large-scale 2-photon calcium imaging to record thousands of neurons simultaneously, investigating how the brain supports learning, memory, and mental navigation.
Developing AI models inspired by brain computation—from compositional generalization in foundation models to world models for planning and reasoning.
Building autonomous AI systems for science automation—agents that can hypothesize, experiment, and accelerate discovery.
We're always looking for curious minds passionate about understanding intelligence. Whether you're a prospective PhD student, postdoc, or undergraduate researcher—we'd love to hear from you.