Statistical theory
Model selection, oracle inequalities, penalisation, minimal penalties, missing-data methodology, and non-asymptotic analysis for heterogeneous and high-dimensional models.
My research program and its full publication record in one place: a research overview, then the grouped catalogue across 8 CV subsections covering 40 outputs. Many results are also available as interactive demonstrations.
40 outputs grouped across 8 CV subsections.
My research program sits at the intersection of mathematical statistics, machine learning, and scientific applications. I design methods that are theoretically justified, computationally scalable, and practically valuable. The full publication catalogue follows below; many of these results are available as interactive demonstrations.
Model selection, oracle inequalities, penalisation, minimal penalties, missing-data methodology, and non-asymptotic analysis for heterogeneous and high-dimensional models.
Approximation theory, parameter estimation, identifiability, scalable optimisation, sparse modelling, and uncertainty-aware inference for mixture-of-experts and related conditional mixture models.
Bayesian synthetic likelihood, surrogate posteriors, MCMC, variational methods, uncertainty quantification, and principled probabilistic inference under computational and modelling constraints.
Applications in systems biology, genomics, transcriptomics, proteomics, and scientific machine learning, with a focus on interpretable and trustworthy methods for real scientific discovery.