PNRR-M4C2- I1.1- Avviso MUR n.104 del 02-02-2022 - PRIN 2022 - Settore ERC PE3 - Titolo Progetto: UV-C Sensors based on Gallium Oxide (USE GAO) - Codice Progetto 2022A4AN2F - Codice CUP D53D23002180006 - Finanziato dall’Unione Europea - NextGenerationEU
Kick-off meeting of PRIN Project “UV-C Sensors based on Gallium Oxide (USE GAO)”University of Parma, Physics Building, Room NewtonThursday 9 November 2023, 14:30-18:00Programme:14:30 R. Fornari, The project USE GAO: targets and tasks15:00 M. Bosi, MOVPE growth of different Ga2O3 polymorphs15:30 M. Pavesi, State-of-the-art of solar-blind photoresistors for UVC radiation16:00 G. Verzellesi, The contribution of modelling and simulation to development of UVC photodetectors16:30 F. Mattei, Fabrication and characteristics of inorganic-organic hybrid self-powered photodetectors for UVC radiation17:00 A. Moumen, Deposition and properties of NiO: preliminary activity for fabrication of inorganic hetero-structures for self-powered solar-blind UVC detectors17:30 General discussion and conclusions To reach the goal set forth in the Project USE GAO, the long-standing collaboration between the research groups “Semiconductors” at Dept. SMFI and “Epitaxial growth” at IMEM-CNR will be expanded to include a team from the University of Modena and Reggio Emilia specialized on device design and simulation, as well as additional colleagues at IMEM dealing with photolithography and device processing. This core research nucleus will also be supported by traditional partners for electron microscopy, x-ray diffraction, photo- and cathodo-luminescence, SIMS. Although not formally included in the PRIN project, these collaborations are essential for the study of physical properties of materials and consequent device development.In the Workshop we shall present the targets and tasks of the PRIN project USE GAO, but also make a survey of the past and present activities on Ga2O3-based solar-blind UVC photodetectors carried out in Parma.Interested colleagues and students are welcome! PDF Flyer
