Mathematical Neuroscience: from spikes to networks.
I am Professor of Applied Mathematics at the University of Nottingham. My research uses dynamical systems, nonlinear mathematics and mathematical modelling to understand neural activity and computation.
Research interests
My work spans mathematical neuroscience, spiking and neural population models, neural fields, oscillations, conduction delays and plasticity. A recurring theme is understanding how the dynamics of interacting neural systems give rise to emergent behaviour.
See the research page for more detail, projects and mathematical resources.
Research affiliations & initiatives
CMMB
Centre for Mathematical Medicine and Biology, University of Nottingham.
N3
Centre for Neurotechnology, Neuromodulation and Neurotherapeutics.
Neural Computation
Computational neuroscience research at Nottingham.
Project Steve
A member of Project Steve (Steve #558).
Other Nottingham connections: Mathematical Neuroscience , MEG and Visual Neuroscience .
Neurodynamics
Neurodynamics: An Applied Mathematics Perspective
With Kyle C. A. Wedgwood. A mathematical treatment of neuronal and network dynamics.