Director; Professor of Neuroscience
The organisation of circuits for cortical information processing
We partnered with Wellcome to establish this new research centre, where scientists are using state-of-the-art techniques and theoretical models to investigate how circuits in the brain process information to create neural representations and guide behaviour.
Impressive progress has been made over the last 20 years in understanding the organisation and function of the brain, yet there is much we still do not know. By developing a world-class research centre which can host a diverse group of scientists with a common interest in the workings of the brain we hope to achieve significant progress towards a new goal of understanding exactly how the brain's neural circuits carry out the information processing that directly underlies behaviour.
The Sainsbury Wellcome Centre for Neural Circuits and Behaviour at University College London (UCL) was formally opened in 2016, with Professor Thomas Mrsic-Flogel appointed as the Director in the same year.
Following an ambitious programme of recruitment, SWC scientists are using cutting-edge molecular, cellular, imaging, electrophysiology and behavioural techniques, supported by theoretical modelling, to investigate how circuits in the brain process information to create neural representations and guide behaviour.
The Gatsby Computational Neuroscience Unit occupies a central location that connects with the SWC experimental laboratory space and nearby break-out spaces to facilitate discussions and collaborations bewteen theorists and experimentalists.
The Centre is located on the UCL main campus and complements the current strength of UCL's neuroscience research community and its relationships with other medical research organisations in the local area.
Director; Professor of Neuroscience
The organisation of circuits for cortical information processing
Group Leader
The neural mechanims for learning, inference and memory
Part-time Group Leader (based at SWC and at Oxford)
The neural mechanisms that support flexible goal-directed behaviour, inorder to link human and animal neuroscience, biological and artificial intelligence, and new methods for integrating across scales of neural activity.
Group Leader
Computation of instinctive decisions
Part-time Group Leader (based at SWC and at Imperial)
Using computational and mathematical tools to address the questions of learning and memory in the brain
Group Leader
How flexible decisions are made under risk and social influence, and the neural circuit mechanisms underlying these choices
Group Leader
The neurobiology of economic preferences, social cognition, and spatial navigation
Group Leader
The role that sleep plays in neural circuit organisation to manage computational and energetic requirements that are crucial for survival
Professor of Neuroscience
Neural circuits for sensory processing and sensory-guided behaviours
Associate Director; Professor of Systems Neuroscience
The cellular logic of sensory circuits
Professor of Cognitive Neuroscience
Spatial and ethological memory
Joint Group Leader at SWC and the Gatsby Computational Neuroscience Unit
A mathematical toolkit suitable for analysing and describing learning in the brain and mind
Group Leader
Principal components of goal-directed behaviour