People » Academic and research
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 
Statistical and mathematical modelling of human systems, decision support, Bayesian networks, structured expert judgement elicitation, risk and uncertainty, survival and other health outcomes 

Dr Horatio Boedihardjo  Rough path theory  
Dr Thomas Berrett 
Developing statistical theory and methodology in nonparametric settings 

Dr Julia Brettschneider  Statistical methodology for highdimensional molecular data, methodology for statistical analysis of highthroughput 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  
Probability, statistical mechanics, stochastic analysis (especially singular Stochastic PDEs)  
Applied probability, in particular with a focus on applications in statistical physics, such as understanding the dynamics of glassy/amorphous systems and mass condensation 

Dr Alice Corbella  Inference and prediction in epidemic models. Bayesian evidence synthesis, stochastic processes, statespace models, (sequential) Monte Carlo methods, multi scale models  
Working at the intersection of Computer Science and Statistics with research interests in machine learning and Bayesian statistics 

Professor Xavier Didelot  Analysis of epidemiological and genomic data in order to understand how bacterial pathogens evolve, spread and cause diseases  
Dr Ritabrata Dutta  Likelihoodfree Inference, Approximate Bayesian Computations, Mechanistic Network Models, Bigdata Analysis, Bayes Model Selection, Bayesian Classification, Unpaired DataIntegration for Genomics and Statistical Applications in Geology, Bioinformatics and Engineering  
Dr Richard Everitt 
Methodology for Bayesian computation, applied to statistical genetics, neuroscience, ecology, weather and climate, spatial statistics, network analysis and signal processing 

Professor Bärbel FinkenstädtRand  Time series analysis and oscillations in biological systems. Hidden Markov models (parametric, nonparametric, 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 
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  
Professor Vicky Henderson 
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, metaanalysis and missing data. Major collaborations in cerebral palsy and epilepsy  
Monte Carlo methods, spatial point processes, multitarget tracking and uncertainty representation  
Professor Saul Jacka  Stochastic differential equations. Stochastic control. Applied stochastic processes. Optimal stopping. Applications of probability in finance and economics  
Dr 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 timechange problems.  
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 pathdiscontinuous stochastic processes as well as MonteCarlo simulation  
Dr Krzysztof Łatuszyński  Markov chain Monte Carlo, adaptive Monte Carlo, stochastic simulations and Bayesian statistics  
Probability, continuous time Markov processes  
Professor Chenlei Leng  Statistical analysis of big and small datasets  
Dr Gechun Liang  Mathematical finance and stochastic analysis  
Probability, mathematical finance, statistics and numerical stochastics  
Dr Matteo Muccioni  Probabilistic models and their interplay with other area of mathematics such as combinatorics, representation theory and stochastic analysis  
Professor Giovanni Montana  Data science, especially machine learning for medical imaging and reinforcement learning  
Dr Joan Nakato 
Assistant Professor (Teaching Focussed)  
Dr Sam OleskerTaylor 
Quantifying how long it takes a randomlyevolving system to 'mix'. The canonical example is, "How many shuffles are needed to mix a deck of cards?" 

Professor Anastasia Papavasiliou  Applied probability. Stochastic filtering and control. Theory of rough paths. Applications to signal processing. Multiscale systems.  
Dr Martyn Parker 
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 longtime properties  
Dr Paul Skerritt  Applications of symplectic and Poisson geometry to physical systems, geometric quantization and semiclassical physics  
Professor Jim Smith 
Environmental modelling. Game theory. Bayesian decision theory. Foundations of statistics. Business time series. Influence diagrams. Graphical methods.  
Professor Dario Spanò  Mathematical population genetics. Bayesian nonparametric statistics. Combinatorial stochastic processes. Measurevalued 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 
Approximate Bayesian computation method, likelihoodfree 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  Semisupervised learning, unsupervised learning/clustering, machine learning, graphical models and optimal transport  
Dr Samuel Touchard 
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 continuoustime methods, Bayesian inference, Quasistationarity, 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  
Professor Yi Yu 
Highdimensional statistics, statistical network analysis, change point analysis and differential privacy 
Research Staff:
Dr Raiha Browning  Bayesian nonparametric methods and Hawkes processes  
Dr Chris Dean  Probability theory  
Dr Michelle Kendall  Statistical genetics and pathogen dynamics  
Dr Martina Favero (Visiting) 
Mathematical population genetics, stochastic duality, epidemic models, inference from stochastic processes  
Dr Sebastiano Grazzi 
Monte Carlo methods based on Piecewise deterministic Markov Processes and their applications  
Dr Shenggang Hu 
Computational statistics, Monte Carlo methods and exact simulation, currently working on differential privacy under Bayesian settings. 

Ms Ella Kaye 
Research Software Engineer, working on sustainability and EDI (Equality, Diversity and Inclusion) in the R Project 

Dr Tom Klose  Stochastic Analysis, in particular (singular) stochastic partial differential equations  
Dr Dimitri Konen  Developing tools that capture the notion of typicality (or centrality) in datasets taking their values in Euclidean spaces as well as in various nonEuclidean spaces  
Dr Evandro Konzen  Bayesian inference and prediction in infectious diseases systems, functionvalued processes, spatial statistics, and highdimensional time series  
Dr Huijuan Li  
Mengchu Li  Change point analysis, highdimensional statistics, algorithmic robust statistics, minimax theory and differential privacy analysis  
Dr Linda Nichols 
Statistical analysis of large observational cohort studies and clinical trials and interested in the use of electronic patient records for research. 

Dr Preetha Ramiah  Machine Learning and Artificial Intelligence  
Dr Isao Sauzedde  Planar Brownian motion, rough paths, random matrix, differential geometry and Gauge fields  
Dr Minwei Sun  
Terence Tsui  Stochastic analysis and its application on theoretical biology  
Dr Geronimo Uribe Bravo  
Rasseeda Virgo 
Radiomics: MRI Brain Tumours, Applied statistics and Artificial Intelligence in Health Care 
Emeritus Professors:
Professor John Copas  Statistical modelling and inference. Models for censoring and selection bias. Local likelihood. Metaanalysis. Applications, particularly in medicine and criminology. 
Professor David Firth  Statistical theory and methods, including design and computation. Generalized linear and nonlinear 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 
Honorary Professors:
Dr Tim Davis  Statistical applications in engineering 
Professor Francis
Lévi 
Personalized cancer medicine using eHealth and statistical AI 
Associate Fellows:
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 
Professor Rachel Hilliam 
Pedgogical projects in mathematics and statistics 
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 
Dr Shahin Tavakoli 
Functional data analysis, and applications to (neuro)imaging, genomics, phonetics, biophysics, and econometrics 
Honorary Research Fellows:
Dr Ian Hamilton  Ranking based on pairwise comparison 