
Britt Lab for Neural Circuits, Motivation, and Reinforcement Learning
Our approach to uncovering the neurobiological processes that motivate and direct volitional behaviour is to combine state of the art methodologies (such as intracranial viral-mediated gene delivery, optogenetics, and calcium imaging) with simple rodent behavioural paradigms (such as Pavlovian and operant conditioning).
Our current efforts are largely focused on understanding the physiology and function of the nucleus accumbens, a forebrain structure that integrates contextual, emotional, and motivational cues to initiate and coordinate reward seeking behaviour.
Campus Neuroscience News
New Research from Prof. Rose Bagot's Lab uncovers how GABAergic neurons encode experienced rewards
Published: 14 Jul 2026Dr. Vincent Paquin, La Presse
Published: 7 Jul 2026Dr. Cécile Rousseau in the Media
Published: 7 Jul 2026
Campus Neuroscience Events
- 6 Oct
KAC Elliot Lecture: Metabolic Vulnerabilities and Opportunities in Brain Function
- 14 Oct
Wilder Penfield Lecture: Information as a Determinant of Health: The role of video based information and AI in improving health information
- 15 Oct
Hughlings Jackson Lecture 2026: Behaviour, Brain Computation, and Evolution


