Speaker
Description
In this talk, the author will present the ongoing development of strategies for laser plasma electron acceleration at the I-LUCE facility. Both I-LUCE laser systems will be employed to accelerate electrons, with energies expected to span from 1 MeV up to 3 GeV during the first operational phase. Different acceleration schemes will be explored, including gas-jet and micro-jet targets for the lower-power laser, as well as the more sophisticated capillary-discharge approach for controlled and stable acceleration at higher intensities. The facility will feature a dedicated experimental area for electron beam studies, enabling systematic irradiations and characterization of laser-accelerated electrons. The talk will also highlight potential applications of these electron beams in fundamental research and applied studies, emphasizing the versatility offered by the combination of high-repetition-rate and high-intensity laser drivers. The presentation will provide insights into the technical solutions under development, the expected performance of the electron sources, and the experimental strategies designed to exploit these beams for scientific and technological applications.
