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Biography
After my master degree in Physics of Matter with a thesis on Photoacoustic effect for pollutants detection, I worked on semiconductor lasers dynamics in presence of optical feedback for mechatronics applications. In 2017 I obtained my PhD in Optoelectronics at the University of Southampton (U.K.) with a thesis on nonlinear functionalization of silica fibers for Nonlinear Photonics applications. My area of scientific interest is the Microwave Photonics, where I propose the implementation of an all-fiber technological platform based on periodically poled fibers for the realization of pulsed laser sources characterized by low losses, high conversion efficiency, low noise and high repetition rates.