Current fields of research include
- optimal transport in interacting many-body systems, with applications to excitonic energy transfer in molecular complexes
[research blog entries] - microscopic theory of the Hall effect: self-consistent solution of electric currents in semiconductor devices
[research blog entries]
- wave-packet methods applied to coherent charge and heat transport in mesoscopic devices
[research blog entries]
- classical trajectory fields and focussing effects in vicinity of cometary nuclei
[research blog entries]
Methods used:
- GPU computing: finding algorithms for computational physics on massively parallel processors and graphics processing units (GPU)
[research blog entries]
- theory of special functions to find analytic solutions for quantum-mechanical problems
Further interests:
- analytic quantum mechanical Green’s functions in electric and magnetic fields, with applications to photodetachment, photoionization, and atomlasers from Bose condensed atoms
- analytic solutions for explicitly time-dependent quantum-mechanical problems
- semiclassical limit of quantum-mechanics
[research blog entries]
Tobias Kramer 