* Department: Fisica Experimental
Experimental Nuclear Physics
Experimental Nuclear Physics deals with the unique combination of ion-accelerators and state of the art radiation- and particle-detectors. By developing such complex set-ups, we can actually "ask" nature about the ground properties of atomic nuclei and their origin. Some of these nuclei are readily available in our environment and have been thoroughly studied in the past, but most of the nuclei have to be built artificially in the lab, in a similar way as a Supernova explossion does in the Universe. In turn, information about the nuclear mass, half-life, decay radiation, etc allows one to develop realistic models for describing the nuclear many-body problem. Another application of such measurements is related with astrophysics and the origin of the chemical elements in the Universe.
Research Line
- Nuclear Astrophysics with RIBs
- Experiments:
- Technical developments:
- AgataMC : Conceptual design of AGATA for experiments at the RIB facility of GSI
- GammaImaging and characterization of 3D-position sensitive HPGe detectors
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