Stephan Pomp

Professor in applied nuclear physics and responsible for research and PhD student education in applied nuclear physics.

I am an experimental nuclear physicist with focus on studying nuclear fission and neutron-induced light ion production.

I use experimental facilities in various places in Europe (e.g. IGISOL in Finland, NFS@GANIL in France, EC-JRC in Geel, Belgium, GSI in Darmstadt, Germany, and n_TOF@CERN in Switzerland).

For theoretical work I use the nuclear model codes TALYS and GEF.

Diploma in Physics from Friedrich-Alexander University in Erlangen, Germany 1994.

PhD in nuclear physics from Uppsala University in 1999. Topic: strangeness production from antiproton-proton and antiproton-carbon interactions.

Docent 2006.

Professor in applied nuclear physics at Uppsala University since 2011.

My main interest is to study nuclear fission. The process is known since more than 80 years but it is, due to its complexity, still far from understood. Fission has been called the "complete nuclear physics lab" and this is one reason why fission is so interesting to study. Furthermore, fission has links to both applications (e.g., energy and medical isotope production) and fundamental research (e.g., hunt for new isotopes and the understanding of cosmic nucleosynthesis).

I am also interested in various types of neutron-induced reactions, e.g., light-ion production. Also here there is a clear link between basic nuclear physics research (reaction dynamics) and a range of applications (nuclear medicine, radiation therapy, radiation effects on electronics and material).

My research is experimental and I use various facilities in Europe for the experiments. Currently my research group and I are involved in several international collaborations. We run or plan experiments at IGISOL/JYFLTRAP in Jyäskylä, Finland, at the Joint research Centre of the European Commission in Geel, Belgium, at NFS@GANIL in Caen, France, at n_TOF@CERN, Geneva, Switzerland and at the FRS of GSI in Darmstadt, Germany.

One of the application related aims of this research is the provision of high-quality evaluated nuclear data libraries. Among the challenges is proper handling of uncertainties. My group and I are therefore also working on uncertainty quantification and uncertainty propagation methods with partners at, e.g., IAEA in Vienna, Austria and PSI in Villingen, Switzerland.