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• Short CV: Young research physicist with 3-year experience in model building and validation of predictive modelling of radiation induced toxicity. He is currently working at National Cancer Institute of Milan.His research activity began in the field of high-energy particle physics, where he acquired deep knowledge of the techniques for the analysis and modelling of complex multi-variable systems. During his thesis, he focused his studies on the field of applied physics to medicine, particularly on the possibility to develop a new compact machine for hadron-therapy.His present activity is mainly focused on the analysis of the side effects after prostate cancer radiotherapy treatment. He is involved in national (DUE-01 & DUE-02 trial) and international collaboration on modelling of gastrointestinal toxicities (REQUITE project from European Community and Karolinska Hospital, Stockholm) and genitourinary toxicities (Memorial Sloan Kettering Cancer Centre, New York).Since 2015 he works in the validation of previously published model of intestinal and urinary radioinduced toxicities, including also a process of integration of factors coming from imaging derived features and gene-expression profile. He is now attending the physics PhD school of University of Pavia, where he is developing a new Monte Carlo simulation model for chromosomal aberration.