We develop mathematical models and numerical simulations of biophysical and biomedical processes for clinical use. In close collaboration with other sub-disciplines of medical image computing, we support diagnosis and therapy.
Complementing imaging with computational models, we reveal information that is not directly visible and thus enable radiology beyond the eye. Employing a portfolio of biophysical modeling, simulation, and mathematical optimization techniques in combination with patient-individualized models, we predict and optimize treatment and therapy outcome. Validating the utilized models, we pave the way for clinical and industrial translation and acceptance.