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Daniela Kiselev-Rohe studied physics from 1988 to 1994, receiving a diploma focused on the optimization of optical pumping processes in 3He for nuclear spin polarization under the supervision of Prof. Otten at the University of Mainz. She completed her PhD in experimental nuclear physics at the Mainz Microtron (MAMI), where her thesis, which examined the electric form factor of the neutron in 3He, was awarded a prize by the University of Mainz. In 1998, she joined the University of Basel as a postdoctoral researcher with Prof. Sick, working on nuclear nucleon structure and nuclear reaction mechanisms using spin-polarized electrons. Kiselev-Rohe was involved in significant experiments at JLAB, Virginia, and later completed a Habilitation in 2005 at Basel, discussing spectral functions from high-energy (e,e'p) measurements at TJNAF. She has since led a section at PSI focusing on target stations and beam line simulations, managing the design and operation of experimental areas for meson production targets. Her research interests include experiments with electromagnetic probes, nuclear physics experiments involving polarized targets, and the study of radiation damage in materials subjected to high-energy protons.
University of Basel • Basel, Switzerland
Teaching and conducting research in experimental nuclear physics and related fields.
The University of Basel generally requires C1 level proficiency in the language of instruction. For most English-taught Masters, TOEFL (min 92-95) or IELTS (min 7.0) is the standard.