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@caswell.bsky.social

Caswell Barry2026-09-25
Things to do in Eastbourne this Sunday: 1) look at the sea 2) look at it again 3) the LitFest, 11am, where @lucyannunwin.bsky.social and I will let your kids squish a brain and enlist them in a neuron choir. Ages 7+. The…
Eastbourne LitFest flyer: Sunday 27 September, 11am, age 7+. Adventures Inside Your Brain with Professor Caswell Barry and Lucy Ann Unwin, an interactive talk with brain texture squishing, myth-busting and a noisy neuron choir. Shows the book cover and Lucy and Caswell holding model brains.
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Andrej Bicanski2026-09-22 Β· πŸ” repost
Now accepted and published --- with many thanks to the referees for helping sharpen the manuscript. Long time since the first notes. Good to see it officially out. www.cell.com/current-biol...
A vector navigation and inference architecture can construct universal cognitive
Bicanski proposes an algorithm and neural mechanisms for the iterative construction of abstract cogn
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George McGavin2026-09-23 Β· πŸ” repost
They are utterly revolting and obnoxious people. I doubt the RNLI wil see any drop in their income - indeed, it might even increase donations. I'd like to see one of these far-right activists get into difficulty on …
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Masahiro Nakano2026-09-19 Β· πŸ” repost
My first paper has been published in Hippocampus! bsky.app/profile/masa... Thank you Caswell and Claudia for your support!
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Uncovering the neural basis of memory

Our mission is to understand the brain – we seek to know what computations it performs and how its architecture performs them. To this end, our research is focused on memory, in particular memory for places and events.

Led by Prof. Caswell Barry, the lab uses a mixture of experimental and computational approaches including two-photon microscopy, high-yield electrophysiology, rodent virtual reality, as well as optogenetic and chemogenetic tools. We also work at the intersection of neuroscience and artificial intelligence – using AI and machine learning to model brain function and analyse neural data, while drawing on insights from neural circuits to inspire new approaches in AI.

We are based in UCL’s world-renowned Research Department of Cell and Developmental Biology and have extensive collaborative links with other groups in the Neuroscience Domain – benefiting from the sheer range and diversity of the researchers it contains.

Supported by

UCL The Royal Society NVIDIA UKRI BBSRC Wellcome UKRI MRC

Accreditations

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