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People

Welcome to the Barry Lab! Below you can find a brief introduction of all lab members and their contact details – feel free to get in touch over email or twitter! Scroll down to see pictures from our out-of-lab adventures. Overall lab contact details can be found here.

Professor Caswell Barry
Principal Investigator
Ex-electrophysiologist, discovering the computations embedded in the brain (and answering emails).
 
Dr Romain Bourboulou
Postdoc
Tinkerer lost in neuroscience, trying to find his way in spatial cognition using electro physiology and calcium imaging.
 
Dr Julie Lefort
Postdoc
Recording hippocampal replays in large spaces to understand their contribution to spatial navigation.
 
Dr Thomas Jahans-Price
Postdoc
My current research involves conducting electrophysiological recordings from high density probes chronically implanted in freely moving mice. I’m interested in the neuronal computations underlying spatial exploration and navigation.
 
Dr William De Cothi
Postdoc
Background in Mathematics. Interested in using machine learning and computational modelling to help understand the brain and behaviour.
 
Dr Michael Bukwich
Postdoc
Experimentalist at Sainsbury Wellcome Centre, joint supervised by Neil Burgess. For my postdoc, I am studying the brain. More specifically, I am interested in how it works.
 
Alice O’Leary
PhD Student
Using two-photon imaging to investigate how hippocampal representations form and change with time and experience.
 
Sarah Shipley
Postdoc
Electrophysiologist, interested in hippocampal replay and how it is affected in Alzheimer’s disease.
 
Kim Young
PhD Student
Fibre photometry in the surprised mouse.
 
Augustine Mavor-Parker
PhD Student
Using neuroscience as inspiration for solving problems in reinforcement learning like exploration and poor sample efficiency. Also do geometric deep learning.
 
Clementine Domine
PhD Student
I am particularly interested in studying the computational neural theories at the basis of learning and memory consolidation in neuronal networks.
 
Matthew J. Sargent
PhD Student
I am interested in algorithms and computations that facilitate generalisation across tasks and domains. I am currently exploring state space abstractions with the successor representation in computational reinforcement learning.
 
Zuzanna Słonina
PhD Student
Training mice and RL agents to navigate through virtual space to gain understanding of how visual and spatial is integrated and used in hippocampus and visual cortex. Using VR and Neuropixel probes.
 
Sara Molas Medina
PhD Student
Performing electrophysiological recordings to study the changes in the neural circuits of the hippocampus and the visual cortex during learning. 
 
Markus Frey
PhD Student
Likes to analyse and use artificial neural networks to study rodent and human brains. Speaks Python.
 
Alex Dyer
PhD Student
Final year PhD using computational analysis to study neural network topology and topography. Enjoys the philosophical debates around neural representations. 
 
Nils Nyberg
PhD Student
I am using a combination of electrophysiological, behavioural and computational techniques to investigate the mechanisms underlying shortcut and detour navigation in rodents.
 
Mattias Horan
PhD Student
Studying flexible behaviours and their implementation in the enthorhinal-hippocampal circuit. Trained as a doctor and hoping to learn enough about the brain to push for clinical change when I return to medical practice.
 
Tom George
PhD Student
Ex-physicist, turned neuroscientist. I build models of hippocampus and entorhinal cortex to study representation learning and the curious role of oscillations.
 

Daniel Liu
Research Assistant
Approximating neural circuits with deep learning. Also interested in probabilistic and Bayesian approaches to studying neuroscience.
 
Lauren Bennett
PhD Student
Working across neuroscience and machine learning, my research aims to elucidate how we develop an understanding of space and dimensionality. Using both neural data and VR simulations, I aim to establish a computational framework that explains the patterns and idiosyncrasies of our spatial and social processing.
 

Marco Abrate
PhD student
Researching artificial neural networks to model spatial neurons. Exploiting these models to explain the maturation of such neurons, e.g. the relative order in which they develop and their relationship to the emergence of navigation. Working in collaboration with Prof. Thomas Wills.

Moritz Buchholz
PhD Student
Applying an all-optical approach to investigate the causal role of hippocampal
sequences in memory.