Research Interests


Uncertainty quantification
Nonstationary Baysian inverse problems
Statistical models and optimal transportation
Sampling, Markov chain Monte Carlo methods
Data assimilation, filtering and smoothing algorithms

Geophysical Fluid Dynamics
Hamiltonian Particle-Mesh Methods for the Shallow-Water Equations
Semi-Implicit and Staggered Semi-Lagrangian Methods for the Shallow-Water Equations
Geostrophic Balance and Asymptotic Analysis
Non-hydrostatic motion and numerical methods
Multi-symplectic Structure and Conservation of Potential Vorticity
Data assimilation and ensemble Kalman filters

Molecular Dynamics
Particle Methods and Statistical Mechanics
Time stepping methods for classical, stochastic and quantum-classical molecular dynamics
Hybrid Monte Carlo methods

Geometric Integration
Hamiltonian ODEs and PDEs
Computation of Lyapunov Exponents
Backward Error Analysis
Adaptivity and Conservation

Averaging in highly oscillatory systems and general multi-scale analysis
Existence and life-span of adiabatic invariants
Large time-step numerical methods
Mori-Zwanzig reduction and stochastic modelling


Back to the homepage of Sebastian Reich