The strength and visibility of a scientific theme is measured first and foremost by the research activities devoted to it. With a human potential of 90 researchers, engineers and technicians (including 15 PhD students and 48 researchers/publishing engineers, including 8 HDR), the role of the Accelerator Physics Pole at IJCLab is to lead upstream research in accelerator physics, on targeted, promising areas in which the laboratory makes a major and visible contribution. This research is divided into three scientific themes and two technological innovation themes. These themes concern both new concepts of acceleration and technological innovations. These developments are led by 3 scientific teams and 2 specialized departments:
- The Acceleration, Laser and Applications team (ALEA) carries out research activities on laser/plasma acceleration as well as electron/laser interaction studies and projects for innovative sources of gamma rays.
- The Physics, Instrumentation and Beam Manipulation team (BIMP) conducts machine design studies, conducts beam dynamics activities and develops conventional and “advanced” beam diagnostics.
- The Materials for Dynamic Vacuum Accelerators and Innovative Research for Superconducting Cavities team (MAVERICS) leads the research activities on materials for accelerators, in particular by studying superconductors for RF acceleration, materials/surfaces/deposits for advanced studies of vacuum dynamics (Multipacting, TiN, NEG) and for photocathodes.
- The RF Systems service develops innovations on radio-frequency systems for gas pedals (super and hot RF accelerator structures, electron gun, power couplers), RF power sources and advanced “low-level RF” systems for the control of acceleration structures.
- The Cryogenics service studies, develops and implements cryogenic systems for “cold” accelerators: cryomodule, liquefier, cryogenic fluid supply and distribution system.