Speaker
Description
The development of simpler, compact Superconducting RF (SRF) systems represents a new research thrust in accelerator science. These compact accelerators rely on advancements made to both Nb3Sn SRF cavities and commercial cryocoolers, which together allow to get rid of the operational requirement for liquid cryogenics. This approach to SRF cavity operation, based on novel conduction cooling schemes, has the potential to drastically extend the range of application of SRF technology. By offering robust, non-expert, turn-key operation, such systems enable the use of SRF accelerators for industrial, medical, and small-scale science applications. An overview of the significant progress being made around the world will be given, including stable cavity operation at 10 MV/m. The primary challenges of this new field and their potential solutions will be discussed, along with an overview of the various applications which could benefit the most from this technology
