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Aaron's research combines in vivo 2-photon calcium imaging with large-volume electron microscopy to study the structure and function of the mammalian association cortex. Previously, Aaron recieved his PhD in applied physics from the Harvard School of Engineering and Applied Sciences. His thesis...

Jingcheng is interested in neuronal circuits in various functional contexts including perception, movement, and chronic stress. He is currently focused on understanding temporal aspects of high-order motor control in the mouse. He is working to reveal a cortical circuit basis for temporal...

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Jasper uses large-volume electron microscopy to reconstruct the neural circuits in adult Drosophila that control the fly's legs. He hopes that this research will ultimately enable roboticists to reverse-engineer the neural circuits that control walking and other complex limb movements. Previously...