Scintillation detectors in Industrial applications: A practical approach
PhD Course in Materials Science and Nanotechnology
Department of Materials Science
Crystallographic phase of Ga2O3 epilayers as a function of growth technology and conditions
PhD Course in Materials Science and Nanotechnology
Using atom-like spins in semiconductors toward scalable quantum computing
Lecture of the Department of Materials Science
Van der Waals epitaxy of Ge-Sb-Te for phase change memories
Lecture of the Department of Materials Science
Innovative Catalysts for the production of green hydrogen: the single atoms at work identified
What is required for a development based on hydrogen economy? AÂ sustainable production of hydrogen starting from water through a low-cost electrochemical process, which is the production of what is called green hydrogen.
2D materials beyond graphene: from fundamentals to energy applications
PhD Course in Materials Science and Nanotechnology
Quantum entanglement in quantum matter
Lecture of the Department of Materials Science