Academic and Research Staff
This page lists the main research interests of Department staff. For more detailed information, follow the links to individual home pages.
Academic staff (Faculty):
| Professor Keith Abrams |  |
Bayesian statistical methods, design & Analysis of RCTs, Evidence Synthesis and Health Data Science |
| Dr Larbi Alili |  |
Probability theory and its applications. Fluctuation theory in discrete and continuous time. Exit problems for Markov processes. Fine properties of diffusions and Lévy processes. |
| Dr Sigurd Assing |  |
Probability theory, random processes, stochastic analysis, statistical mechanics and stochastic simulation. |
| Dr Martine Barons |  |
ASRU |
| Dr Francesca Basini |  |
Likelihood-free Inference, Bayesian Statistics, Modelling with Dynamical Systems, Generative modelling with neural networks, Applications in Biology and Social Sciences |
| Dr Horatio Boedihardjo |  |
Rough path theory |
| Dr Thomas Berrett |  |
Developing statistical theory and methodology in nonparametric settings |
| Dr Julia Brettschneider |  |
Statistical methodology for high-dimensional molecular data, methodology for statistical analysis of high-throughput genomic and proteomic data. |
| Dr Teresa Brunsdon |  |
Applied Statistics and the interplay with machine learning methods, analysis of text data, compositional data analysis, time series. Pedagogical approaches to teaching applied statistics and to group work |
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Probability, statistical mechanics, stochastic analysis (especially singular Stochastic PDEs) | |
| Dr Yudong Chen |  |
High-dimensional statistics, change point detection, robust statistics, online algorithms, machine learning |
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Applied probability, in particular with a focus on applications in statistical physics, such as understanding the dynamics of glassy/amorphous systems and mass condensation |
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| Dr Alice Corbella |  |
Inference and prediction in epidemic models. Bayesian evidence synthesis, stochastic processes, state-space models, (sequential) Monte Carlo methods, multi scale models |
| Dr Emma Davis |  |
Mathematical models and statistical methods to analysis the dynamics of endemic and emerging diseases |
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Working at the intersection of Computer Science and Statistics with research interests in machine learning and Bayesian statistics |
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| Professor Xavier Didelot |  |
Analysis of epidemiological and genomic data in order to understand how bacterial pathogens evolve, spread and cause diseases |
| Dr Ritabrata Dutta |  |
Likelihood-free Inference, Approximate Bayesian Computations, Mechanistic Network Models, Big-data Analysis, Bayes Model Selection, Bayesian Classification, Unpaired Data-Integration for Genomics and Statistical Applications in Geology, Bioinformatics and Engineering |
| Dr Richard Everitt |
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Methodology for Bayesian computation, applied to statistical genetics, neuroscience, ecology, weather and climate, spatial statistics, network analysis and signal processing |
| Professor Bärbel Finkenstädt-Rand |  |
Time series analysis and oscillations in biological systems. Hidden Markov models (parametric, non-parametric, Bayesian). Circadian research with application to health and medicine. Physiological and movement data from wearable sensors |
| Professor Jon Forster |  |
Methodological and computational statistics. Inference and prediction under model uncertainty. Statistical inference for categorical data. Demographic estimation and forecasting. |
| Dr Miryana Grigorova |
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Stochastic analysis; stochastic control; optimal stopping; game theory; risk measures; risk management; pricing and hedging of options |
| Dr Karen Habermann |  |
Stochastic analysis with connections to geometry, analysis, and numerics, and with a particular interest in hypoelliptic diffusion processes on manifolds |
| Dr Kirsty Hassall |  |
Developing methodology to combine empirical, mechanistic and stochastic models with a focus on applications in the agri-envrionment sector under decision processes |
| Professor Vicky Henderson |
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Optimal stopping and optimal control problems, with applications to real options, executive stock options, and recently, behavioural finance |
| Dr Martin Herdegen |  |
Arbitrage theory, change of numéraire, utility maximisation, financial bubbles, transaction costs, equilibria, semimartingale calculus, strict local martingales |
| Professor David Hobson |  |
Probability and financial mathematics |
| Dr Emma Horton |  |
Branching processes, interacting particle systems, applications to radiation transport and Monte Carlo methods |
| Professor Jane L Hutton |  |
Medical statistics, with special interests in survival analysis, meta-analysis and missing data. Major collaborations in cerebral palsy and epilepsy |
| Professor Saul Jacka |  |
Stochastic differential equations. Stochastic control. Applied stochastic processes. Optimal stopping. Applications of probability in finance and economics |
| Professor Paul Jenkins |  |
Monte Carlo methods, inference from stochastic processes, mathematical population genetics, data science and genomics |
| Professor Adam Johansen |  |
Monte Carlo Methods, Computational statistics. Time series. Bayesian inference and decision making. |
| Dr Jo Kennedy |  |
Financial mathematics. Probability theory. Duality and time-change problems. |
| Dr Brett Kolesnik |
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Probability theory. Random structures, geometry, algorithms, processes, etc. Interactions with combinatorics |
| Professor Ioannis Kosmidis |  |
Methods for optimal estimation and inference of statistical models, inference and computation of statistical models from big data sets, clustering methods and applications. |
| Professor Andreas Kyprianou |  |
Theory and application of diffusive and path-discontinuous stochastic processes as well as Monte-Carlo simulation |
| Dr Krzysztof Łatuszyński |  |
Markov chain Monte Carlo, adaptive Monte Carlo, stochastic simulations and Bayesian statistics |
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Probability, continuous time Markov processes | |
| Professor Chenlei Leng |  |
Statistical analysis of big and small datasets |
| Dr Gechun Liang |  |
Mathematical finance and stochastic analysis |
| Dr Anastasia Mantziou |  |
Statistical analysis of networks |
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Probability, mathematical finance, statistics and numerical stochastics | |
| Professor Giovanni Montana |  |
Data science, especially machine learning for medical imaging and reinforcement learning |
| Dr Joan Nakato |
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Assistant Professor (Teaching Focussed) |
| Professor Anastasia Papavasiliou |  |
Applied probability. Stochastic filtering and control. Theory of rough paths. Applications to signal processing. Multiscale systems. |
| Dr Martyn Parker |
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Learner analytics, transitions to higher education, digital education |
| Professor Martyn Plummer |  |
Biostatistics, cancer epidemiology, statistical computing and Markov Chain Monte Carlo |
| Professor Christian Robert |  |
Bayesian analysis, computational statistics, latent variable models and applied modelling |
| Professor Gareth Roberts |  |
Stochastic processes, computational statistics, Bayesian statistics and mathematical finance |
| Dr Tommaso Rosati |  |
Probability and stochastic analysis: stochastic partial differential equations, particle systems and their long-time properties |
| Dr Paul Skerritt |  |
Applications of symplectic and Poisson geometry to physical systems, geometric quantization and semiclassical physics |
| Professor Jim Smith |
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Environmental modelling. Game theory. Bayesian decision theory. Foundations of statistics. Business time series. Influence diagrams. Graphical methods. |
| Professor Dario Spanò |  |
Mathematical population genetics. Bayesian non-parametric statistics. Combinatorial stochastic processes. Measure-valued processes. |
| Professor Simon Spencer |  |
Bayesian inference applied to epidemiology, stochastic epidemic models and statistics for analytical science |
| Professor Mark Steel |  |
Bayesian statistics and econometrics. Modelling of skewness. Spatial statistics. Model uncertainty. Semi- and nonparametric Bayes. |
| Dr Massimiliano Tamborrino |
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Approximate Bayesian computation method, likelihood-free methods, Statistical inference for stochastic processes, statistical inference for point processes |
| Dr Nick Tawn |  |
Computational statistics |
| Dr Elke Thönnes |  |
Computational statistics with emphasis on Markov chain Monte Carlo, in particular perfect simulation, and statistical image analysis |
| Dr Matthew Thorpe |  |
Semi-supervised learning, unsupervised learning/clustering, machine learning, graphical models and optimal transport |
| Dr Samuel Touchard |
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Bayesian statistics |
| Dr Heather Turner |  |
Statistical modelling and statistical programming using the open source software R |
| Dr Daniel Valesin |  |
Interacting particle systems and percolation theory |
| Dr Andi Q Wang |  |
Monte Carlo methods, particularly continuous-time methods, Bayesian inference, Quasi-stationarity, Scalable methods and Adaptive methods |
| Dr Jon Warren |  |
Brownian motion. Local times. Branching processes. Dynamical systems. |
| Dr Haotian Xu |  |
Time series, Change point analysis, Robust statistics and High dimensional statistics |
| Dr Wenkai Xu |  |
Statistical machine learning, hypothesis testing, Stein's method, network statistics, information-theoretical approaches, comparison of experiments |
| Professor Yi Yu |
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High-dimensional statistics, statistical network analysis, change point analysis and differential privacy |
Research Staff:
| Victoria Adedara |  |
Statistical methodologies within the field of medical statistics, with a particular focus on epidemiological studies and clinical trials |
| Dr Tresnia Berah |  |
Branching processes, stochastic modelling, probability theory, Monte Carlo methods |
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Applied and theoretical probability | |
| Dr Adrien Corenflos |  |
Parallel statistical computing, Monte Carlo methods, state-space models |
| Dr Busola Oronti |  |
AI in Healthcare, digital and Global Health, data Analytics, medical Devices, health equity and Ethical Research into Health and Climate Change |
| Dr Chris Dean |  |
Probability theory |
| Dr John Fernley |  |
CRiSM Contact process, voter model, dynamic random graphs, random walk mixing, scale-free networks |
| Dr Lukas Gräfner |  |
Stochastic analysis, singular SDEs/SPDEs |
| Charlie Hepburn |  |
Offline reinforcement learning |
| Dr Shenggang Hu |  |
Computational statistics, Monte Carlo methods and exact simulation, currently working on differential privacy under Bayesian settings. |
| Ella Kaye |  |
Technical Support Specialist; working on sustainability and EDI (Equality, Diversity and Inclusion) in the R Project |
| Dr Pedro Martin-Chavez |  |
Stochastic modelling through branching processes |
| Dr Linda Nichols |
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ASRU |
| Dr Filippo Pagani |  |
Markov Chain Monte Carlo, Variational Inference, Tempering, Irreversibility, Piecewise Deterministic Markov Processes, Mixture Models, Variable Selection and Interaction Discovery, Bayesian Statistics, Machine Learning, Inverse Problems |
| Maria Perez-Lara |  |
Alternative forms of radiotherapy using protons and neutrons, and the use of semiconductor detectors for treatment verification purposes |
| Dr Kristian Romano |  |
ASRU |
| Rasseeda Virgo |  |
ASRU |
| Dr Fan Wang |  |
CRiSM High-dimensional statistics, change point analysis, transfer learning, network analysis |
| Dr Jiefei Wei |  |
Safe AI and Explainable AI, Computer Vision and Medical Imaging |
| Dr Feng Xu |  |
ASRU Use and develop mathematical and statistical methods to solve real-world problems, especially in public heath |
| Dr Zhengang Zhong |  |
Variational problems on graphs, optimal control problems, shape optimization and scientific computing |
Emeritus Professors:
| Professor David Firth | Statistical theory and methods, including design and computation. Generalized linear and non-linear models. Applications, especially in the social and health sciences |
| Professor Wilfrid Kendall | Stochastic differential equations. Computer algebra in probability and statistics. Applied probability especially in relation to spatial statistics. |
| Professor Vassili Kolokoltsov |
Probability and stochastic processes, mathematical physics, differential equations and analysis; optimization and games with applications to business, biology and finance. |
| Professor Tony Lawrance | Statistical analysis and nonlinear modelling of financial time series. |
| Professor David Wild | Statistical bioinformatics; in particular in the application of Bayesian computation to problems in systems biology, functional genomics and proteomics. |
Honorary Professors:
| Dr Tim Davis | Statistical applications in engineering |
| Professor Valerie Isham | Probability and statistics |
| Professor Francis Levi | Personalized cancer medicine using e-Health and statistical AI |
Associate Fellows:
| Dr Joris Bierkens |
Computational challenges arising in Bayesian statistics and statistical physics |
| Dr Lyudmila Grigoreva |
Statistical learning and analysis of dynamic processes, Machine learning (Recurrent Neural Networks, Deep Learning) Learning for dynamical systems and dynamical systems for learning, Time series analysis, forecasting, Financial econometrics |
| Dr Jeremie Houssineau | Bayesian Statistics; Representation and quantification of uncertainty; Possibility theory; Reinforcement learning |
| Dr Jere Koskela | Monte Carlo methods, statistical inference from stochastic processes and in settings with intractable likelihood, Bayesian nonparametric statistics, coalescent processes, and mathematical population genetics |
Honorary Research Fellows:
| Dr Ian Hamilton | Ranking based on pairwise comparison |
| Dr Sam Olesker-Taylor | Discrete Markov chains |