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Personne

Fabrizio Carbone

Enseignement et PhD Doctorant·es actuel·les Rahul Yogendra Singh, Paolo Cattaneo, Chiara Missaglia, Antoine Nicolas Andrieux A dirigé les thèses EPFL de Mathieu Julien Gino Cottet, Andreas Mann, Giulia Fulvia Mancini, Luca Piazza, Francesco Pennacchio, Simone Borroni, Gabriele Berruto, Benoît Truc, Paolo Usai, Simone Gargiulo, Veronica Leccese, Hui-Yuan Daniel Chen, Michele Caldara, Rémi Claude A co-dirigé les thèses EPFL de Edoardo Baldini, Thomas Schönenberger, Lukas Jürgen Hellbrück Cours Attosecond radiation sources PHYS-761 Le cours traite les principes des lasers et des sources d'électrons pulsées. Optical Probing of Nanomaterials PHYS-821 Solid state physics IV PHYS-420 Introduction orientée vers les matériaux et les techniques expérimentales aux propriétés électroniques et magnétiques des systèmes électroniques fortement corrélés. Les connaissances acquises sont complétées par les tendances actuelles de la recherche.

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https://people.epfl.ch/fabrizio.carbone?lang=en?lang=fr

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Unités associées (1)

CIME - Comité de Direction

Cours enseignés par cette personne (2)

PHYS-420: Solid state physics IV

Solid State Physics IV provides a materials and experimental technique oriented introduction to the electronic and magnetic properties of strongly correlated electron systems. Established knowledge is complemented by current research trends, aiming to prep ...

PHYS-761: Attosecond radiation sources

This course describes the principles of attosecond photons and electron pulses generation ...

Publications associées (88)

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Personnes menant des recherches similaires (2)

Emad Oveisi

Dr Emad Oveisi is a senior scientist at the Interdisciplinary Centre for Electron Microscopy (CIME), EPFL. Emad received a BSc in Metallurgy and Materials Engineering (2005) and an MSc in Materials Science (2008) both from the University of Tehran (Iran). He graduated with a PhD in Materials Science and Engineering at EPFL in 2014 for a thesis on the "Three-Dimensional STEM Imaging of Dislocations" under the direction of Prof. Cécile Hébert. The PhD thesis at the Electron Spectrometry and Microscopy Laboratory (LSME), served as an introduction to many of the advanced microscopy techniques that have proven to be a platform for his research career. A post-doctoral research at the centre for electron microscopy gave him the opportunity to peruse a cutting-edge research on one of the most modern aberration-corrected transmission electron microscopes.Since the inauguration of the Energypolis campus of EPFL in Sion, he has been the manager and reference scientist of the electron microscopy platform of EPFL-Valais, working with 9 research groups and more than 200 researchers. In addition to this core responsibility, he provides advanced microscopy consulting and service to EPFL scientists and assist their research to the highest level possible. Emad Oveisi’s research focuses on the application and development of novel electron microscopy techniques, with emphasis on 3D imaging of crystal defects, as well as the precision measurement of materials properties using aberration-corrected S/TEM. In 2018, he received the prestigious Microscopy Innovation Award for inventing “Single-shot three-dimensional electron imaging”, a novel technique that enables 3D imaging of in situ dynamics. In 2016 Emad was elected as an interim representative for the scientific staff ("corps intermédiaire") to the Council of the Institute of Chemistry (ISIC). Since 2019, he is a member of EPFL Teachers’ Council (CCE) and has been elected as one of its four bureau members. This role allows him to be exposed to new ideas and pedagogical challenges, as well being involved in discussions with the Vice Presidency of Education (VPE) and other teaching organisations for defining teaching strategies at the EPFL.

Yixing Chen

Personnes menant des recherches similaires (2)

Emad Oveisi

Yixing Chen

Fabrizio Carbone

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Spatio-temporal shaping of a free-electron wave function via coherent light-electron interaction

Nuclear Excitation by Free Muon Capture

Ultrafast Electron Microscopy of Nanoscale Charge Dynamics in Semiconductors