Applied and Computational Mathematics

Amongst the practical applications which benefit from our research are those dealing with the formation of polymers, and the behaviour of fabrics (from curtains to semiconductor films).

Our current research interests include:

• Numerical analysis: timestepping methods
• Partial differential equations, with applications to elasticity and fluid dynamics
• Optimal transport: mean-field games and applications
• Spectral theory: non-self-adjoint operators
• Kinetic theory
• Mathematical biology: Protein structure topology and dynamics, biologically active fluids and rheology
• Magnetohydrodynamics: numerical simulation of magnetically dominated plasmas, topological analysis of vector fields, solar magnetic field modelling

Academic Staff

• Sabine Boegli
• Laura Currie
• Amit Einav
• Katie Gittins
• Andrew Krause
• Alpár Mészáros
• Christopher Prior
• Adam Townsend
• Djoko Wirosoetisno
• Peter Wyper
• Anthony Yeates

Research Staff

• Prantika Bhowmik
• Megan Griffin-Pickering

Teaching Staff

• James Blowey

Emeritus Staff

• Brian Straughan

Research Students

• Arron Bale
• Sam Farrington
• Daniel Jones
• Oliver Rice
• Leszek Wierzchleyski
• Daining Xiao