Speaker
Description
FLASH Therapy represents a revolutionary advancement in cancer treatment, offering the potential to spare healthy tissue from ionizing radiation damage while maintaining its efficacy in tumor control. The practical clinical integration of FLASH therapy, particularly for treating deep-seated tumors, requires the attainment of Very High Electron Energy (VHEE) levels within the 50-150 MeV range. To this end, Sapienza University has proposed a linac-based facility, the SAFEST project, for radiobiological and pre-clinical studies. In this framework, Sapienza in collaboration with INFN is developing a compact C-band high-gradient electron linac. This paper outlines the design strategy, the electromagnetic characteristics and the prototypes testing.
