titkar

Carmelo Grova attends the Ultrafast X-Ray Summer School 2022 at the SLAC National Accelerator Laboratory Menlo Park, California, USA presenting the poster "Element Sensitive Probing of Photoinduced Polaronic Distortions in Inorganic Lead Halide Perovskites" Find out more

Prof. Daniel Adams and Mr. Jonathan Barolak perform collaborative research at LUXEM in Pavia for 2 weeks. During their stay, Prof. Daniel Adams gives the lecture "Advanced Computational Metrologies: Measuring the Shape of Ultrashort Pulses of Light"

Prof. Giulia Mancini invited speaker at the Lake Como School of Advanced Studies, Italy.

Prof. Giulia Mancini invited speaker at the event Looking4, for the 30th Anniversary of Cariplo Foundation. Find out more

Prof. Giulia Mancini invited speaker at the Multiphoton Processes Gordon Research Conference, USA. Find out more

Prof. Giulia Mancini invited speaker at the International Conference on Molecular Ultrafast Science and Technology - MUST 2022, CH. Find out more

Dr. Oliviero Cannelli has been awarded the SAIS Prize 2022 for the best PhD thesis in the field of science, technology, engineering and math, for the application of innovative experimental methods for the study of light-matter interaction using ultrafast X-ray pulses. Oliviero received his PhD at EPFL in October 2021 under the supervision of Prof. Majed Chergui and Prof. Giulia Fulvia Mancini. Find out more

To address "Hot topics in ultrafast science", LUXEM organized 3 guest lectures from internationally recognized experts in: Ultrafast Electron Microscopy - Dr. Gianmaria Vanacore, Univerista' di Milano Bicocca Ultrafast Spectroscopy - Dr. Laura Cattaneo, Max-Planck-Institut für Kernphysik - Heidelberg Ultrafast Science at Free-Electron Lasers and synchrotrons - Dr. Camila Bacellar - SwissFEL, Paul Scherrer Institut

The Ultrafast Laser system and EUV source is shipped and installed in our Lab in Pavia!

We provide a comprehensive atomic-scale description of the purely thermal response of lead-halide perovskites in a temperature range relevant for realistic applications. Thermal-induced changes are rationalized in terms of displacive phase transitions, which are a consequence of the phonon anharmonicity of the inorganic lattice. Find out more