Lorenzo graduated in Astronautical and Space engineering in 2016. He continued his studies with a Ph.D. in accelerator physics in a collaboration among CERN (SY-STI-TCD section), the University of Roma la Sapienza, and INFN (istituto nazionale di fisica nucleare). During this period, he worked on electromagnetic FEM simulations developing a new method to simulate mechanical effects induced by beam impedance heating. Furthermore, He expanded the theory on the energy interactions among counter-rotating beams. In 2020, Lorenzo joined the CERN experimental physics department. Since then, he has worked in an R&D project to introduce robotics in the design of future particle detectors. He is currently involved in the development of the interfaces that a detector should have to be maintained, inspected, and operated by robots and automatic systems. Furthermore, he is also investigating the effects of the intense detector magnetic field on the robot actuation system.
Out of the lab, he enjoys going out with friends, traveling, and meeting new people.
He also enjoys practicing sports like ski and snowboarding, football taekwondo, swimming, cycling, and trekking.