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SAIS Prize 2022 to Oliviero Cannelli

2022-09-13T15:14:23+00:00

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

SAIS Prize 2022 to Oliviero Cannelli2022-09-13T15:14:23+00:00

Ultrafast Laser Physics – Doctoral School in Physics

2022-09-13T15:07:00+00:00

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

Ultrafast Laser Physics – Doctoral School in Physics2022-09-13T15:07:00+00:00

Our Research featured in the Cover Page of the Journal of Physical Chemistry Letters (ACS)

2022-05-05T10:24:03+00:00

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

Our Research featured in the Cover Page of the Journal of Physical Chemistry Letters (ACS)2022-05-05T10:24:03+00:00

Cover – The Journal of Physical Chemistry Letters

2022-05-01T21:48:14+00:00

Cover – The Journal of Physical Chemistry Letters Volume 13, Issue 14, pages 3310-3528 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

Cover – The Journal of Physical Chemistry Letters2022-05-01T21:48:14+00:00

Dr. Charles Bevis wins the prestigious Marie Skłodowska-Curie Postdoctoral Fellowship

2022-05-05T10:32:11+00:00

Dr. Bevis MSCA project DECIPHER is awarded funding from the HORIZON-MSCA-2021-PF-01-01 Action. Fostering excellence in research & innovation, this prestigious recognition from the EU will enable Dr. Bevis to work in a joint collaboration across LUXEM (Italy), LUMES (Switzerland) and DrX Works (The Netherlands) toward advances in ultrafast electron imaging. Find out more

Dr. Charles Bevis wins the prestigious Marie Skłodowska-Curie Postdoctoral Fellowship2022-05-05T10:32:11+00:00

ACS Editors’ Choice

2023-07-03T09:23:47+00:00

ACS Editors’ Choice Nano Letters - 2016 The design and characterization of functionalized nanoparticle supracrystals require atomically resolved information on both the metallic core and the external organic ligand shell. Ultrafast small-angle electron diffraction has enabled to resolve both static ordering properties and photo-induced motions of supracrystals of alkanethiol-capped gold nanoparticles, with combined fs temporal and Å spatial resolution. Key to this advance was the unique capability to retrieve the local symmetry of the real-space objects creating an electron speckle pattern by computing angular cross-correlation functions. This method, well known in the X-rays community, has been applied to the analysis of [...]

ACS Editors’ Choice2023-07-03T09:23:47+00:00

An innovative device studies gold nanoparticles in depth

2022-02-17T12:17:55+00:00

An innovative device studies gold nanoparticles in depth EPFL NEWS - 2016 Ultrafast Electron Diffraction exploits the high sensitivity that electrons have for interacting with matter. A unique UED device developed by Giulia Mancini and Fabrizio Carbone (EPFL), in collaboration with Jom Luiten (TU/e) and Tatiana Latychevskaia (PSI), can study monolayers and very thin samples containing light elements, e.g. hydrogen and carbon. And when it comes to dense aggregates and small molecules, the small-angle time-resolved electron diffractometer can achieve the extreme sensitivity of a traditional Free Electron Laser, but at a fraction of the cost. This set-up is a reference for [...]

An innovative device studies gold nanoparticles in depth2022-02-17T12:17:55+00:00
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