Academic staff

  • Prof John Barrett

    Prof John Barrett

    Personal details

    Prof John Barrett Chair in Applied Mathematics

    Research interests

    Analysis and Finite Element Approximation of Nonlinear Partial Differential Equations. Free Boundary Problems.

  • Prof José A. Carrillo

    Prof José A. Carrillo

    Personal details

    Prof José A. Carrillo Chair in Applied and Numerical Analysis

    Research interests

    Kinetic and Nonlinear aggregation-diffusion equations: modelling, analysis, numerics and simulation. Kinetic and Diffusive Models in Mathematical Biology. Optimal Transport.

  • Prof Jeff Cash

    Prof Jeff Cash

    Personal details

    Prof Jeff Cash Emeritus Professor in Numerical Differential Equations

    Research interests

    Numerical solution of ODEs Boundary value problems and initial value problems. Geometric Integration.

  • Dr Colin Cotter

    Dr Colin Cotter

    Personal details

    Dr Colin Cotter Reader in Numerical Analysis and Scientific Computing

    Research interests

    Numerical analysis and scientific computing: numerical methods for climate, weather prediction and ocean modelling, finite element methods especially compatible finite element methods, geometric integration, diffeomorphic and metamorphic image registration, data assimilation.

  • Prof Pierre Degond

    Prof Pierre Degond

    Personal details

    Prof Pierre Degond Chair Professor in Applied Mathematics

    Research interests

    Collective dynamics, decision making and self-organization in complex systems coming from biology and social sciences.

  • Dr Robert Nurnberg

    Dr Robert Nurnberg

    Personal details

    Dr Robert Nurnberg Senior Lecturer

    Research interests

    Numerical Analysis, (Nonlinear) Partial Differential Equations, Finite Element Approximations, Geometric Evolution Equations, and Scientific Computing.

  • Dr Sheehan Olver

    Dr Sheehan Olver

    Personal details

    Dr Sheehan Olver Reader in AMMP

    Research interests

    Numerical analysis, spectral methods, partial differential equations, orthogonal polynomials, Riemann–Hilbert problems, random matrix theory, integrable systems.

  • Prof Greg Pavliotis

    Prof Greg Pavliotis

    Personal details

    Prof Greg Pavliotis Professor of Applied Mathematics

    Research interests

    Homogenization theory; Inertial particles; Stochastic differential equations.

Postdoctoral researchers

  • Dr Sara Merino Aceituno

    Dr Sara Merino Aceituno

    Personal details

    Dr Sara Merino Aceituno Research Associate

    Research interests

    Kinetic theory applied to the study of emergent phenomena in biology, medicine and social sciences using partial differential equations, probability, numerical simulations and modelling.

  • Dr Pedro Aceves Sanchez

    Dr Pedro Aceves Sanchez

    Personal details

    Dr Pedro Aceves Sanchez Research Associate

    Research interests

    Kinetic Transport Equations, non-linear non-local PDEs: Modelling, Numerics and Analysis , Fluid Dynamics, Collective Dynamics.

  • Dr Michele Coti Zelati

    Michele Coti Zelati

    Personal details

    Dr Michele Coti Zelati Research Associate (Chapman Fellow)

    Research interests

    PDEs arising in fluid mechanics, infinite-dimensional dynamical systems, stochastic perturbations, turbulence theory.

  • Dr Matias G. Delgadino

    Dr Matias G. Delgadino

    Personal details

    Dr Matias G. Delgadino Research Associate

    Research interests

    My research work centers in the application of mathematical analysis to physical models. Particular models I have studied studied in depth include phenomena like self-organization, capillarity and fluid motion.

  • Dr Manh Hong Duong

    Dr Manh Hong Duong

    Personal details

    Dr Manh Hong Duong Research Associate (Chapman Fellow)

    Research interests

    My research interests lie in the intersections of analysis and applied probability. Specifically: interplay between particle systems, large-deviation principles and PDEs; coarse graining of atomistic models for materials defects at finite temperature; evolutionary game theory; random polynomial theory.

  • Dr Dante Kalise

    Dante Kalise

    Personal details

    Dr Dante Kalise Research Associate (Imperial College Research Fellowship)

    Research interests

    Scientific Computing & Optimal Control. PDE-constrained optimisation. Multiscale dynamical systems, agent-based modelling and control. Numerical approximation of HJB PDEs. High-dimensional approximation. Sparse control.

  • Dr Guanglian Li

    Guanglian Li

    Personal details

    Dr Guanglian Li Visiting Researcher

    Research interests

    Numerical analysis, multiscale modeling and analysis and high-dimensional approximation, with applications in porous media and uncertainty quantification.

Former Members