civilian and military research in suitable areas would make sense. However, there are no plans to fund targeted military research. Reflection and revision of the self-regulatory instruments of science Cutting-edge

radiobiological modeling at GSI / FAIR Dr. Thomas Friedrich GSI - Biophysik Darmstadt und Moving Targets in Ion Beam Therapy Dr. Christian Graeff GSI – Biophysik Darmstadt 03.12.2015 14:00 Theorieseminarraum

us/j/82170240994 Dr. Katja Kratz GSI, Darmstadt 15.04.2021 14:00 Therapeutic application of T cell targets and TAM inhibitors Zoom-Seminar-link: https://tu-darmstadt.zoom.us/j/82917792937 Dr. Tamara Bender

forschung GmbH A magnet of the future Super-FRS. The ions of the heaviest elements are shot at a target with a force that ­breaks them up into fragments on impact; these are the exotic nuclei of interest

continue to play a decisive role, in close ties with partner universities in Hesse and Germany, through targeted international agreements and the establishment of support programs to pave the way for highly qualified

theoretical investigations and Monte Carlo simulations in the frame of the FOOT (FragmentatiOn Of Target) experiment. I am a lecturer in the course “Physics I” for engineers held by Prof. Chiara La Tessa [...] Within the ARPG-Group I am also contributing to other projects, i.e. the FOOT (FragmentatiOn Of Target) experiment and the MONDO project. Bahar Djouiai (Auditor) Bahar Djouiai (Auditor) © Photo: Bahar [...] circulating biomarkers of responses to deep space radiation, and understand their role in radiation non-targeted effects, to better diagnose and mitigate the risks of radiation exposure. My postdoctoral project

(theory part of the course) and GSI (practical part). The maximum number of students will be 15. Target Audience Students from ESA Member States will be eligible to participate to the ESA-FAIR Radiation

(theory part of the course) and GSI (practical part). The maximum number of students will be 15. Target Audience Students from ESA Member States will be eligible to participate to the ESA-FAIR Radiation

electrical currents of up to 13,000 amperes, the precision of the currents must not deviate from the target value by more than 0.01 per cent at any time. The available results suggest that the SIS100 can be

beams will enable simultaneous treatment and image guidance. Carbon ions deliver the dose to the target, while helium ions, accelerated simultaneously to the same speed, traverse the patient and indicate