Research area:
Numerical analysis, scientific computing and simulations and in particular:
- Efficient discretizations and solvers for partial differential equations (PDE's) and eigenvalue problems
- Error certification and aposteriori error estimates
- Reduced order modeling
- High Performance Computing (HPC) implementations
Applications:
- Solvation models
- Density functional theory (DFT)
- Polarizable force-fields
- Electrostatic interaction of charged spheres
- Stochastic homogenization
- Electromagnetic scattering
