Speaker
Description
The Super-FRS project is a state-of-the-art spectrometer for nuclear physics studies, currently being built at the Facility for Antiproton and Ion Research (FAIR). The Super-FRS will serve as the workhorse of nuclear physics research, using intense primary beam from the synchrotrons of FAIR to produce, select and identify rare isotopes. In addition to its technical capabilities for the production and separation of nuclei, the Super-FRS will support a wide range of nuclear physics experiment through the integration of dedicated experimental equipment or adaptation of the ion-optical layout. To achieve this flexibility and enable commissioning in 2027, extensive work on controls, data acquisition, and modelling is underway. In order to preserve the versatility of the Super-FRS as a platform for diverse investigations while ensuring full interoperability between the control, experimental data acquisition, standard beam diagnostic components, and analysis systems, the software suite must allow the seamless combination of experimental data with beam-diagnostic information, enabling the use of standard operational tools (operator-driven and automated).
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