Luc Berthouze

I am a Professor of Complex Systems at University of Sussex. My work lies at the intersection of mathematics (dynamical systems, random processes, graph/network theory), engineering (control theory, signal processing, robotics) and neurophysiology (EEG, EMG, MEG, kinematics). Most of my current research focuses on dynamical processes on networks, be it synchronisation of neuronal activity in health and disease, epidemics on structured networks, or fault events in large-scale computer networks. My research typically involves developing analysis methods and/or mathematical results. I am (or have been) funded by various bodies including EPSRC, the Leverhulme Trust, InnovateUK, and industrial partners. I am a Honorary Professor at the UCL Great Ormond Street Hospital Institute of Child Health.

University of Sussex

Department of Informatics

Falmer

BN1 9QH Brighton, UK

news

Sep 20, 2022 We are co-editing (with Juan C Echeverria and Paolo Castiglioni) a research topic in Frontiers on Fractal Analysis of Physiological Time Series with focus on establishing the functional relevance of systems showing scale invariance. Deadline: 07 May 2023.
Jun 21, 2022 Paper “Probabilistic predictions of SIS epidemics on networks based on population-level observations” (with Zerenner, Di Lauro, Dashti, and Kiss) appears in Mathematical Biosciences [link].
Oct 15, 2021 Paper “The Impact of Contact Structure and Mixing on Control Measures and Disease-Induced Herd Immunity in Epidemic Models: A Mean-Field Model Perspective” (with Di Lauro, Dorey, Miller and Kiss) appears in Bulletin of Mathematical Biology [link].
Oct 11, 2021 Francesco Di Lauro is awarded his PhD in Mathematics. Many congratulations on an outstanding PhD. Francesco has a great future in academia, starting with his postdoctoral position at the Big Data Institute in Oxford (infectious disease modelling).
Oct 1, 2021 We welcome new PhD student Hanna Moody in the lab. Hanna is a recipient of one of the first be.AI studentships. She will work on providing a new whole-body sensorimotor physiological functional understanding of the transition from stance to first step. This is a collaboration with Dr Simon Farmer at UCL.