
Organization of circuits underlying learning, memory, and spatial navigation
I am interested in the dynamic interplay between externally driven and internally generated internal representations of the external world to understand memory formation and spatial navigation. My research group aims to map the neural circuits and decipher the neuronal codes underlying the formation of these representations across brain development and in adulthood using large-scale high-density electrophysiology and optogenetic stimulation in freely behaving animals and computational analysis.