INFN and GSI Helmholtzzentrum für Schweronenforschung recently signed an agreement to test a series of complex magnetic systems – the quadrupole modules of the FAIR accelerator’s SIS100 machine – through the execution of extensive cryogenic tests. The agreement is based on a long and successful collaboration between the two research institutes in the development and construction of superconducting magnets. For FAIR, the advanced technology modules are the result of a complex international production process. First, the quadrupoles’ superconducting units are custom manufactured in Russia. These are composed of various types of magnets, for the focusing and correction of the particle beam. Next, these units are sent to Germany, to the Bilfinger Noell laboratory in Würzburg, where they are assembled with the other components. More than 80 of these quadrupole modules, once assembled, are then sent to the superconductivity laboratory in Salerno, Italy. Here they will be run at the final operational temperature of -269 °C on a cryogenic testing structure specially created for this process. In addition to INFN, the associated Salerno group of the Naples section, and the University of Salerno, ENEA and the Competence Centre for New Technologies and Productive Activities (CRdC) participated in establishing the laboratory with PON funding.
You might also be interested in
EuPRAXIA chooses ELI Beamlines as second site for laser-driven accelerator
The record neutrino observed by KM3NeT
07 February 2025
Read more The record neutrino observed by KM3NeT
INFN celebrates the STEM WEEK and the International Day of Women and Girl in Science 2025
International Year of Quantum Science and Technology, 2025
03 February 2025
Read more International Year of Quantum Science and Technology, 2025
A new generation of plastic scintillators thanks to 3d printing
Capturing the accretion flow of M87* black hole
22 January 2025
Read more Capturing the accretion flow of M87* black hole