The brain consists of thousands of cells called neurons. These cells represent information in terms of electrical activity.
The dynamics of electrical activity in networks of neurons serve as a substrate for computations that transform input stimuli into motor outputs and behavior.
The aim of the team is to understand how thousands of neurons work together to perform computations that underlie behavior. The research in the team combines mathematical modeling of cortical networks with computational analyses of neural activity recorded in behaving animals.
The team
