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News

ERC Consolidator Grant for Hans Jakob WörnerAttosecond X-ray spectroscopy of liquids ...
ERC Consolidator Grant for Fabrizio CarboneVisualizing the Conformational Dynamics of Proteins ...
Swiss national 'Future Day' offered children a glance into their possible professional futures
The world's shortest laser pulse- pulse duration of 43 attoseconds (Hans Jakob Wörner)
Sicherer durchs Gewitter fliegen- flying safely through lightning (Jean Pierre Wolf)
Successful Gender and Science Meeting 2017- 80 participants, lively discussions, and inspiring talks, news item on D-PHYS
ERC Starting Grant for Ulrich LorenzVisualizing the Conformational Dynamics of Proteins ...
Ambizione awards for three current and former MUST researchers- Axel Schild, Arianna Marchioro and Dmitry Momotenko
OSA - Women of Light: A Special Program for Women in Optics, with Ursula Keller

ERC Consolidator Grant for Fabrizio Carbone

erc-lorenz
28.11.17 - Professor Fabrizio Carbone (EPFL Institute of Physics) has been awarded a Consolidator Grant from the European Research Council.

The European Research Council’s (ERC) Consolidator Grants are given annually to researchers of any nationality with 7-12 years of research experience after completion of their PhD, as well as “a scientific track record showing scientific talent and an excellent research proposal”. The Consolidator Grants, which generally provide funding for five years, are part of the ERC’s commitment to support “the highest quality research in Europe with competition-based financing”, with the ultimate aim “to establish and solidify European research as cutting-edge research.”

Professor Fabrizio Carbone directs the Laboratory for Ultrafast Microscopy and Electron Scattering at EPFL. His research focuses on the study of ultrafast phenomena in solids and nanostructures. Specifically, his lab studies novel superconductors, charge-density waves, spin-density wave solids, and phase transitions in low-dimensional materials.

“In this project, we aim to manipulate a handful of charges and spins using light pulses,” says Carbone. “Such an ability will provide us with a unique tool for understanding the physics of quantum materials and exploiting their potential for advanced applications.”


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