Covers controlling behavior in animals and robots through oral presentations, computational exercises, and a mini-project for hands-on neuroscientific discovery.
Delves into the mechanisms of scent-tracking in humans, exploring inter-nastril comparison, sniffing behavior, and the exploitation of information from both nostrils.
Delves into mechanosensory interactions driving collective behavior in Drosophila, exploring odor responses, group movement, and touch-triggered reactions.
