Name  Institution  Interests 

Tahir Ahmad 
Ibnu Sina Institute for Fundamental Science Studies, Johor, Malaysia 
 Fuzzy modelling; epileptic foci

Costas A Anastassiou 
CalTech 
 Computational neuroscience, local field potentials (origin and functionality), electric entrainment

Peter Ashwin 
Exeter, Mathematics 
 Nonlinear dynamics, coupled oscillators

Wyeth Bair 
Oxford, Physiology 
 Computational modelling, electrophysiology, neural coding, vision

Stuart Baker 
Newcastle, Newcastle 

Mauricio Barahona 
Imperial, Bioengineering 
 Nonlinear dynamics, synchronisation, signal processing

Lisa Beeren 
UCL, Physiology 
 Wholecell patch clamping, precise spike timing

Luc Berthouze 
Informatics Department, University of Sussex 
 Motor control, development, oscillations, coherence

Rafal Bogacz 
Bristol, Computer Science 
 Computational neuroscience, decision making

Roman Borisyuk 
Plymouth, Neuroscience 
 Computational neuroscience

Chris Brackley 
Warwick, Physics 

Paul Bressloff 
Oxford Centre for Collaborative Applied Mathematics 
 Mathematical Neuroscience, Biophysics, Differential Equations, Stochastic Processes, Dynamical Systems

David Broomhead 
Manchester, Mathematics 
 Dynamical systems, mathematical biology

Neil Burgess 
UCL, Cognitive Neuroscience 
 Computational modelling and electrophysiological analysis of the hippocampus

Jack Carr 
HeriotWatt, Mathematics 
 Differential equations, dynamical systems

David Chik 
Plymouth, Neuroscience 
 Computational neuroscience

Netta Cohen 
Leeds, Computing 
 Complex systems, neuronal control of locomotion

Stephen Coombes 
Nottingham, Mathematical Sciences 
 Mathematical neuroscience, Cellular calcium signalling

Emma Coutts 
HeriotWatt, Mathematics 
 Stochastic neural modelling, dendritic computation

Vincenzo Crunelli 
Cardiff, Neuroscience 
 ThalamoCortical oscillations

Hermann Cuntz 
UCL, Physiology 
 Optimization principles of dendritic structure

Jonathan H P Dawes 
Cambridge, Mathematics 
 Nonlinear dynamics, bifurcations with symmetry, continuum and discrete pattern formation

Peter Dayan 
UCL, Gatsby Computational Neuroscience Unit 
 Mathematical and computational models of neural processing

Oliver Dewhirst 
Southampton, Sound and Vibration 
 Biomedical signal processing, nonLinear modelling of physiological systems

Piotr Dudek 
Manchester, Electrical and Electronic Engineering 
 Braininspired VLSI circuits

Stephen J Eglen 
Cambridge, Computational Biology 

Jianfeng Feng 
Warwick, Computer Science 
 Computational biology, stochastic and nonlinear dynamics

AnaMaria Gheorghe 
Nottingham, Mathematics 
 Mathematical Neuroscience

Stephen Gin 
Warwick, Mathematics Institute 
 Mathematical neuroscience

Bruce P Graham 
Stirling, Computing Science and Mathematics 
 Computational neuroscience

Ruben Guerrero 
Leicester, Neuroengineering 

Kevin Gurney 
Sheffield, Adaptive Bahaviour Research Group 
 Computational Neuroscience

David Halliday 
York, Department of Electronics 
 Neural signal processing; computational neuroscience

J. Michael Herrmann 
Edinburgh, Institute for Perception, Action and Behaviour 
 selforganising criticality, neural fields, selforganizing maps, movement control, autonomous robots, dynamical systems, cognitive psychology

Stuart Hughes 
Cardiff, Biosciences 
 Thalamocortical oscillations

Mark Humphries 
Sheffield, Adaptive Behaviour Group 

Benjamin Judkewitz 
UCL, Physiology 

Marcus Kaiser 
Newcastle, Computing 

Azadeh KhajehAlijani 
Warwick, Mathematics Institute 

Markus Kirkilionis 
Warwick, Mathematics 
 Mathematical biology, dynamic network models, complex systems, numerical analysis, pattern formation, dynamical systems

Jonathan Laudanski 
Nottingham, Mathematics 
 Computational auditory neuroscience

Zhaoping Li 
UCL, Computer Science 
 Computational neuroscience, vision, neural dynamics

Gabriel Lord 
HeriotWatt, Mathematics 
 Numerical analysis, stochastic neural modelling

Robert Mackay 
Warwick, Mathematics 
 Dynamical Systems, Variational Problems, Hamiltonian Dynamics, Renormalisation of dynamical systems; Applications to Physics, Engineering, Chemistry, Biology, Economics...

Charles Marsden 
Nottingham, Biomedical Sciences 
 Functional identification of neurotransmitter receptors, psychiatric disorders, psychopharmacology

Juan MartinezGomez 
Leicester, Neuroengineering 

Paul Matthews 
Nottingham, Mathematical Sciences 
 Dynamical sytems, pattern formation, neural fields

Marcelo Montemurro 
Manchester, Life Sciences 

Mike Oram 
St. Andrews, Psychology 
 Primate visual information processing

Gabor Orosz 
Exeter, Mathematics 
 Dynamics and control of coupled oscillator networks

Markus Owen 
Nottingham, Mathematical Sciences 
 Mathematical neuroscience, Waves and pattern formation in discrete and continuous media

Stefano Panzeri 
Manchester, Life Sciences 
 Information theory, neural coding

Carlos Pedreira 
Leicester, Neuroengineering 

Rasmus Petersen 
Manchester, Life Sciences 
 Coding tactile information in the central nervous sytem

Nikola Popovic 
Edinburgh, Mathematics 

Rodrigo Quian Quiroga 
Leicester, Neuroengineering 

Magnus Richardson 
Warwick, Systems Biology 
 Computational neuroscience, synaptic plasticity, neural spiking

Alan Roberts 
Bristol, Biological Sciences 
 cns control of behaviour; swimming and struggling in the Xenopus tadpole

Hugh Robinson 
Cambridge,
Physiology, Development and Neuroscience 
 synaptic integration in mammalian cortical neurons, dynamic clamp

Arnd Roth 
UCL, Physiology 

Alastair M Rucklidge 
Leeds, Department of Applied Mathematics 
 Pattern formation, Nonlinear dynamics

Noah Russell 
Nottingham, Biophysics 
 Information processing, neural computation, imaging technologies.

Kurt Saetzler 
Ulster, Biomedical Sciences 

Björn Sandstede 
Surrey, Department of Mathematics 
 Dynamical systems, nonlinear waves and patterns, ODEs and PDEs

Simon Schultz 
Imperial, Bioengineering 
 Sensory information processing in the mammalian cortical circuit

Anil K Seth 
Sussex, Department of Informatics 
 Theoretical Neuroscience, Cognitive Science, Artificial Life, Consciousness, Neurorobotics, Adaptive Behavior

David Simpson 
Southampton, Sound and Vibration 
 Biomedical signal processing, auditory evoked potentials

Nigel G Stocks 
Warwick, Engineering 
 Noise in nonlinear systems with applications to neurophysiology and signal processing

Jim Stone 
Sheffield, Psychology 
 Vision, perceptual priors, freelunch learning, ICA

Ioannis Taxidis 
Nottingham, Mathematical Sciences 
 Computational neuroscience, partial directed coherence

John R Terry 
Bristol, Engineering Mathematics 
 Dynamical systems,mathematical models of EEG

Rüdiger Thul 
Nottingham, Mathematical Sciences 

Yulia Timofeeva 
Warwick, Computer Science 
 Mathematical neuroscience, Cellular calcium signalling

Krasimira TsanevaAtanasova 
Bristol, Engineering Mathematics 
 Dynamical systems, mathematical neuroscience, bursting behaviour

Mark van Rossum 
Edinburgh, Informatics 
 Computational neuroscience, synaptic plasticity

Thomas Wennekers 
Plymouth, Neuroscience 
 Computational neuroscience, spatiotemporal receptive fields

Stephen Williams 
Cambridge, Neuroscience 
 Cellular and Molecular Neuroscience

David Willshaw 
Edinburgh, Informatics 
 Computational neurobiology

Si Wu 
Sussex, Informatics 
 Computational Neuroscience and Machine Learning

Margarita Zachariou 
Nottingham, Mathematics 
 Mathematical Neuroscience
