International Conference on Science and Technology for FAIR in Europe 2014

Super-FRS collaboration has been started this year that aims to identify the unique physics using Super-FRS as a separator and high-resolution spectrometer. The collaboration identified a number of experiments that should be prepared before completion of FAIR and Super-FRS. This talk present the over view of such unique experiments proposed with the Super-FRS collaboration.

The R3B experimental facility comprises a versatile setup for kinematical complete measurements of Reactions with Relativistic Radioactive Beams (R3B) at the FAIR facility at the high‐energy branch of the Super‐FRS. The R3B international collaboration has completed an extended R&D and prototyping phase and started construction of the final detector components. The central part, a...

The HISPEC/DESPEC collaboration is one of the sub-collaborations of NUSTAR and will utilise high-resolution γ-ray and neutron spectroscopy to address questions in nuclear structure, reactions and nuclear astrophysics. Experiments will use a range of detector setups to study exotic nuclei unreachable in other laboratories with the first experiments using the AIDA implantation and decay system...

Cooled stored stable and exotic nuclei at highest atomic charge states offer unprecedented experimental conditions for atomic and fundamental physics as well as for nuclear structure and astrophysics research. The combination of the heavy-ion synchrotron SIS, fragment separator FRS and the cooler-storage ring ESR were for about two and a half decades a worldwide unique facility to conduct the...

The high production yields expected at the future Facility for Antiprotons and Ion Research (FAIR) will allow precision experiments on very exotic nuclei with the advanced trapping system MATS, for the measurements of atomic masses and nuclear-decay schemes, and with LaSpec, for precision collinear laser spectroscopy of ions and atoms. MATS and LaSpec, designed since 2010 [1], will be located...