CERN office


Presentation


Irfu has long contributed to numerous projects at CERN, marking more than five decades of collaboration through its dedicated branch (DEDIP/ANTENNE) located at the heart of the CERN facilities in Geneva. This unique and innovative entity has the crucial mission of strengthening Irfu’s participation in CERN’s physics experiments by covering the critical phases of research and development, design, installation, and ongoing maintenance. Its presence serves as a vital support center for Irfu staff undertaking short- or long-term assignments at CERN, ensuring seamless integration into experimental activities as well as effective coordination with CERN’s services, particularly those related to security, finance, and transportation.

The backbone of this operational structure consists of a dedicated team of five permanent Irfu employees who are permanently stationed at the satellite office on the CERN campus. Their roles range from logistical support and procurement assistance to contributions to research and development, as well as hands-on participation in the production and installation of experiments. Based on-site, they ensure a rapid response to emerging needs, working in synergy with the efficient services provided by CERN, thereby optimizing the use of time and avoiding the need for extended missions.

The branch’s contributions cover a wide range of projects, including ALICE (MFT and Muon arm), ATLAS (NSW, ITK, Muon), GBar, T2K-ND280 (ERAM), Hyper-Kamiokande (assembly and testing of readout electronics), LHCb Upgrade II (Upstream Pixel), and CMS (BCAL laser monitoring and VFE electronics). Participation in these projects underscores Irfu’s ongoing commitment to cutting-edge scientific projects.

Technical Resources

Located in Building 182 on the Meyrin campus at CERN, the branch office has a well-equipped 381m² space, housing essential facilities such as offices, a secretariat, a mechanical workshop, an electronics laboratory, and a detector testing workshop. In addition, access to specialized areas such as a clean room and a dedicated meeting/conference room enhances the branch’s operational versatility.

To support physicists involved in experiments, a fleet of nine vehicles is available to Irfu staff, facilitating mobility throughout CERN’s vast premises and aiding in the transport of equipment, thereby enhancing their participation in CERN experiments where Irfu’s contributions are crucial.

Contact

Charlotte RICCIO, Branch Head, 41 75 411 22 00


3-axis machine for placing electronic chips in ALICE-MFT modules—flexible printed circuit board with silicon chips connected by bonding. (Photo credit: Ph Stroppa/CEA)
Flexible printed circuit board with silicon chips connected by bonding. (Photo credit: Ph Stroppa/CEA)
Insertion du MFT dans la caverne d’ALICE in 2020
Installation of the MFT in the ALICE cavern in 2020 (Credit: CEA IRFU Branch)
Salle de contrôle ALICE lors du premier faisceau d’ions lourds du run 3 en 2022 (crédit Antenne CEA IRFU)
ALICE control room during the first heavy-ion beam of Run 3 in 2022 (Credit: CEA IRFU Branch)
ALICE MFT, un traceur vers l’avant pour le spectromètre à muon (crédit Antenne CEA IRFU)
ALICE MFT, a forward tracer for the muon spectrometer (Credit: CEA IRFU Branch)
Installation of a T2K-ERAM detector in the X-ray test module in the cleanroom at the CEA/IRFU facility (credit: CEA/IRFU)
Réglage de l'électronique d’un détecteur T2K-ERAM
Adjusting the electronics of a T2K-ERAM detector (credit: CEA/IRFU Branch)
Descente dans le puits d’ATLAS d’une des 2 New Small Wheel auxquelles l’Antenne a participé à sa réalisation (crédit CERN)
Lowering one of the two New Small Wheels—which the Antenne helped build—into the ATLAS shaft (credit: CERN)
Expérience Gbar, dans l’usine d’anti-matière du CERN (crédit Antenne CEA/IRFU)
The Gbar experiment at CERN’s antimatter factory (credit: CEA/IRFU Antenne)

PhD thesis

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