Physics and astrophysics of black holes, neutron stars and gravitational waves, especially in the field of strong gravitational fields as described by general relativity
Numerical and Analytical Methods in Relativity Theory that Enable the Solution of Einstein's Equations for Strong Gravitational Fields
Computational Physics, High-Performance Computing and Software Development for Partial Differential Equations, with Applications in Numerical Relativity Theory
Curriculum Vitae
1987. M.S. in Mathematik, Syracuse University, USA
1993. Ph.D. in Physics, Syracuse University, USA
1993 - 1995. MPI für Physik, München
1995 - 2002. MPI für Gravitationphysik, Potsdam
2002 - 2004. Associate Professor, Penn State University, USA
2004 - ... Professor, Lehrstuhl für Gravitationstheorie, FSU Jena
