Diango Manuel Montalvan Olivares received his B.Sc. in Nuclear Physics (2011) from the Higher Institute of Applied Sciences and Technologies (Cuba), and his M.Sc. (2016) and Ph.D. (2021) in Physics and Environmental Sciences from the State University of Santa Cruz (Brazil).
He is currently a Research Fellow with the Medical Physics Group in the Department of Physics at the University of Turin (Italy), where he conducts experimental and theoretical research on solid-state semiconductor detectors for radiotherapy beam monitoring. His work includes the development of silicon- and diamond-based sensors and their testing at particle accelerator facilities. His research interests include semiconductor detectors, particle accelerators, therapeutic particle beam dosimetry and monitoring, and nuclear analytical techniques such as neutron activation analysis and gamma spectrometry.
He has participated in collaborative research projects focused on novel approaches in particle therapy and has teaching experience at undergraduate and postgraduate levels in General Physics, Experimental Physics, Nuclear Physics, and Radiation Protection. He is a member of the National Institute for Nuclear Physics (INFN, Italy) and the National Institute of Science and Technology: Applied Nuclear Physics (INCT-FNA, Brazil).
Diango Manuel Montalvan Olivares received his B.Sc. in Nuclear Physics (2011) from the Higher Institute of Applied Sciences and Technologies (Cuba), and his M.Sc. (2016) and Ph.D. (2021) in Physics and Environmental Sciences from the State University of Santa Cruz (Brazil).
He is currently a Research Fellow with the Medical Physics Group in the Department of Physics at the University of Turin (Italy), where he conducts experimental and theoretical research on solid-state semiconductor detectors for radiotherapy beam monitoring. His work includes the development of silicon- and diamond-based sensors and their testing at particle accelerator facilities. His research interests include semiconductor detectors, particle accelerators, therapeutic particle beam dosimetry and monitoring, and nuclear analytical techniques such as neutron activation analysis and gamma spectrometry.
He has participated in collaborative research projects focused on novel approaches in particle therapy and has teaching experience at undergraduate and postgraduate levels in General Physics, Experimental Physics, Nuclear Physics, and Radiation Protection. He is a member of the National Institute for Nuclear Physics (INFN, Italy) and the National Institute of Science and Technology: Applied Nuclear Physics (INCT-FNA, Brazil).