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Hervé Courtois, élu Vice-président « Recherche » de l’UGA !

Après avoir été directeur-adjoint puis directeur de l’Institut Néel (en 2015), et co-directeur de l’école d’été européenne ESONN, Hervé Courtois, membre de l’équipe QuNES, a dirigé le pôle de recherche "Physique - Ingénierie - Matériaux" (PEM) de la ComUE jusque fin 2019. La suite ici.

Félicitations à Julien Pernot !

La société de l’électricité, de l’électronique et des technologies de l’informatique et de la communication (SEE) a décerné la médaille André Blondel 2019 à Julien Pernot (Institut Néel, UGA). La suite ici.

M.-A. Méasson et B. Sacépé lauréats des ERC Consolidator Grants 2019

Le Conseil européen de la recherche (ERC) a annoncé mardi 10 décembre 2019 les lauréats de cette année, dont 6 grenoblois, parmi lesquels une chercheuse et un chercheur de l’Institut Néel. Félicitations à tous les deux !
Plus d’info M.-A. Méasson, chargée de recherche CNRS-Institut Néel [ici]
Plus d’info B. Sacépé, chargé de recherche CNRS-Institut Néel [ici]

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Latest publications

Sound-driven single-electron transfer in a circuit of coupled quantum rails

Nature Communications, 10, 4557 (2019) Pdf

Louis Néel : His multifaceted seminal work in magnetism

C.R. Physique, (2019) Pdf

Selected recent publications

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Scientific highlights

Scanning Hall-Probe Microscopy

At the Institut NEEL, we develop many highly sophisticated scanning probes to use for a large variety of experiments under extreme conditions of magnetic field, low temperature and vacuum, as well as microscopes sensitive to charge, to currents, to magnetic fields, forces, electrical potential, to name just a few. Here, we wish to highlight a microscope which does not operate under extreme conditions but has the advantage of being extremely versatile. This microscope is a "Scanning Hall-Probe Microscope" (SHPM) which allows us to do direct, quantitative measurements of the spatial variation of a a magnetic field, that is to "map" the field. Full text.

Diamond Epitaxy for future power electronics : DiamFab

DiamFab is a future company currently in the incubation step before its full creation in 2019. The original idea came from a small group of NEEL Institute researchers who are participating in DiamFab. A large volume of research work done at the Institut NEEL over the last 20 years is enabling the company to acquire skills and know-how related to the homoepitaxial growth of diamond layers on synthetic diamond substrates. During the pre-incubation phase, the Linksium SATT (Société d’Accélération du Transfert de Technologies) for the Grenoble-Alps area is helping the inventors to construct their project and prepare the establishment of the company. DiamFab’s business model is focused on the epitaxial growth of diamond layers and development of diamond electronics device components for high power applications. Full text.

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