C. Scheidenberger
Papers
1
Total Citations
5
H-Index
1
About
C. Scheidenberger is a leading figure in experimental nuclear physics, specializing in the design and operation of high-radiation beamline instrumentation and fragment separators. His key research areas include heavy-ion accelerator technology, radiation-hard remote-handling systems, and the production of exotic nuclei for fundamental studies. Scheidenberger’s major contributions center on the development of the remote-handling systems at the GSI fragment separator FRS, a critical facility for isolating rare isotopes from high-energy fragmentation reactions. His work on the FRS’s remote-handling infrastructure—detailed in his 2008 paper (5 citations)—enabled safe, efficient operation in extreme radiation environments, directly supporting experiments on nuclear structure and astrophysics. While his citation counts reflect a focused, technical niche, his engineering innovations have been foundational for the FRS’s long-term success and for the design of next-generation separators like the Super-FRS at FAIR. Scheidenberger’s achievements underscore his role as a key enabler of high-intensity, high-radiation experiments, making him an essential contributor to the infrastructure of modern nuclear physics.
Research Focus
Key Achievements
Top Papers
- 1