During registration, you will be able to choose to visit one platform over the three following on Friday afternoon.
Buses will bring you from conference center to platform (please let us know in registration form). You can access platforms by car if easier for you.
Le Synergium @ 
The Synergium is the large technology platform in the Accelerators, Cryogenics and Magnetism Department covering more than 25,000 m². It is intended for the national, European and international community, for research and development in the field of particle accelerators, cryogenic systems and superconducting magnets for the purposes of fundamental research.
To visit Le Synergium, you will need to provide additional information. If you register for this platform, an email will be sent to you. You will need to send us information by email at least 1 month before beginning of conference
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@ 
The SUPRATECH research platform is dedicated to R&D on superconducting accelerating cavities intended to constitute future powerful accelerators of high-energy particles. It provides all the equipment required to perform surface processing, assembly and testing at cryogenic temperature of superconducting accelerating cavities and their associated components as power coupler and frequency tuning system. Supratech platform was and is still involved in the production and qualification of accelerator components or full cryomodules for several national and international projects as SPIRAL2, XFEL, ESS, MYRRHA and PIP2.
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VIDE&SURFACE @
The performance of particle accelerators components is closely linked to the properties of the materials used, the surface treatments (chemical, thermal, mechanical, etc.) applied to them, and their assembly processes.
Some limitations are directly due to the performance of these materials, both from a technological point of view (field emission, chain assembly, cryogenic and ultra-high vacuum performance), and from a more fundamental point of view (development of new materials and new manufacturing methods).
To address the issues raised by the Maverics (Materials for Dynamic Vacuum Accelerators and Innovative Research for Superconducting Cavities) research team, it is essential to develop a supporting infrastructure to test, characterize and validate both the fundamental properties of the materials and the innovative processes proposed.
The Vacuum and Surfaces Platform specializing in accelerator-specific R&D on materials, surfaces and ultra-high vacuum was launched in 2020 with the creation of the IJCLab.
The aim of the vacuum and surfaces platform is (i) to maintain, acquire and adapt surface analysis resources in order to best respond to the accelerator materials issues of the MAVERICS research team on R&D in vacuum physics and the search for new cavity materials, and (ii) to maintain national/international expertise on ultra-high vacuum projects
