MIRaW – Participating Departments

Representative: Prof Scott HaberschonLink opens in a new window
Analytical, inorganic, organic, physical and theoretical chemistry.
Representative: Dr Dmitry ChistikovLink opens in a new window
Algorithms and complexity; semantics of programming languages and process calculus; empirical modelling; software engineering; artificial intelligence; high performance architecture, parallel systems and VSCI, image and signal processing.
Representative:
Game theory; social choice theory; public economics; uncertainty and private information; applied microeconomic theory; innovation; tax econometrics; macroeconomic modelling.
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Theoretical, computational and experimental fluid dynamics; applied control; optimisation and modelling; geometric control; advanced materials; optical engineering, neural computing.
Representative: Prof Mike TildesleyLink opens in a new window
Epidemiology, Plant Sciences, Biomedical science, Microbiology, Cell Biology, Synthetic Biology, Environmental Science, Ecology
Representative: Dr Randa Herzallah

Probabilistic modelling; Bayesian decision-making and control; stochastic/fully probabilistic control; decentralized control of networked systems; uncertainty quantification; dynamic programming; nonlinear & hysteretic systems; many-body/multi-scale systems; signal processing; quantum control; power systems and smart grids; biomedical & industrial anomaly detection.
Representative: Prof Stephen RoyleLink opens in a new window
Cancer research: cell organisation and division; microbiology and infection; mechanochemical cell biology: molecular motors and molecular self-organisation in biological systems; developmental biology; advanced microscopy for single molecule mechanics.
Representative: Dr Animesh DattaLink opens in a new window
Condensed matter physics; materials; Centre for Fusion, Space and Astrophysics; nonlinear systems; synergetics.
Representative: Prof Thomas HillsLink opens in a new window
Judgement and decision making. Perceptual identification and categorisation. Perceptual learning.
Representative: Dr Martine BaronsLink opens in a new window
Decision theory, Bayesian statistics, design of decision support systems .
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Operational research, optimisation under uncertainty, simulation, scheduling and logistics, game theory, multi-criteria decision making, finance, behavioural science, economic modelling and forecasting.
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Biomedical and neural engineering; development of biomedical signal and pattern processing techniques; use of technological innovations to advance healthcare and promote wellbeing.
In addition, MIR@W interacts with many of the University's research centres (e.g. ComplexityScience, DIMAP, WDSI, SBIDER, CSC, MAS, CUSP, WCPM, CCS, AS&RU, DR@W, FDRC) and . (now replaced by the Interdisciplinary Research Spotlights!)

For further information contact:

MRC
Mathematics Institute
Zeeman Building
University of 糖心TV
Coventry CV4 7AL, UK

E-mail: MRC@warwick.ac.uk