On September 9, 2019, GSI and FAIR hosted a workshop to discuss the results of the previous experiments in the FAIR Phase-0 beam time that took place from February until April of 2019 and to plan the future experiments in 2020. Over 30 investigators from Germany, Italy, Belgium, Czech Republic and Romania attended the workshop and presented the results of the experiments, covering cancer risk, central nervous system damage, alterations in heart rhythm, shielding and effects of radiation on…
Physicists have measured the energy associated with the decay of a metastable state of the thorium-229 nucleus. This is a significant step on the way to a nuclear clock which will be far more precise than the best of today’s atomic timekeepers.
Many interesting facts about the discovery of chemical elements and the physics at particle accelerators were presented by GSI and FAIR during the event “Tag der Vereine” at the Darmstadtium Science and Congress Center. Numerous visitors came to the GSI stand and took the opportunity to gain insights into current research and the outstanding opportunities at the future FAIR accelerator center, which is currently being built at GSI.
The TIARA Collaboration Council met on the GSI and FAIR campus recently. Representatives of the most important European accelerator laboratories and institutions participated. They came from eleven institutions from eight different countries.
Highest quality for research is the principle at the future FAIR accelerator center. The sophisticated beam transport, which is guided by the magnetic fields produced by electromagnets weighing several tons, is one of the main contributions to this. To supply them with power, ultra-stable high power converters are needed. These high-tech components come from India and are an important contribution to the FAIR project.
They are among the hottest moments in cosmic events: the collisions of neutron stars in the universe, in which chemical elements are formed. With particle collisions in the accelerator scientists are able to create similar conditions at the GSI Helmholtzzentrum für Schwerionenforschung and the future FAIR accelerator center. Now, an international group of researchers at the HADES collaboration has succeeded for the first time in measuring the thermal electromagnetic radiation – the so-called…
The progress of the FAIR project and the current scientific activities on campus were the central topics during the visit of Dr. Stefan Kaufmann, a member of the Bundestag. The politician comes from Stuttgart and belongs to the CDU party. He is member of the committee on Education, Research and Technology Assessment of the Bundestag and deputy member of the parliamentary budget committee. He was received by Ursula Weyrich, Administrative Managing Director of GSI and FAIR, Professor Thomas…
The successful cooperation between the GSI Helmholtzzentrum für Schweronenforschung and the Italian National Nuclear Physics Institute (Istituto Nazionale di Fisica Nucleare, INFN) in development and construction of superconducting magnets has existed for many years. On this basis the foundation for further collaboration in this area has now been laid. The INFN will put a series of complex magnet systems, so-called quadrupole modules, for the large FAIR ring accelerator SIS100 through extensive…
Angela Dorn, the Hessen State Minister for Higher Education, Research and the Arts, recently visited GSI and FAIR. She was welcomed by Ursula Weyrich, Administrative Managing Director of FAIR and GSI, as well as by Research Director Professor Karlheinz Langanke and FAIR Construction Site Manager Harald Hagelskamp. Minister Dorn was accompanied by Dr. Ulrike Mattig, Head of Unit III 5 for non-university research institutions of the ministry.
