DEMARE Research GroupDesign and study of novel materials with remarkable properties

We are interested in novel materials with remarkable electronic properties, such as metal-insulator transitions, superconductivity, charge, spin and orbital orderings in strongly correlated electron systems, or with potentially interesting properties for applications, such as ultrahard materials or multiferroics. Our expertise ranges from the synthesis of the materials, with emphasis on high pressure techniques suitable to stabilise metastable phases, to the study of electronic and dynamical properties by means of advanced spectroscopy. Details on specific research topics are given below.

Cécile Duflot (cecile.duflot @ impmc.upmc.fr) - 29/02/16

Members

Permanent members

Christophe Bellin (christophe.bellin @ upmc.fr), Assistant Professor
Matteo d'Astuto (matteo.dastuto @ impmc.upmc.fr), CNRS Researcher
Andrea Gauzzi (andrea.gauzzi @ upmc.fr), Professor - Group leader
Yannick Klein (yannick.klein @ upmc.fr), Assistant Professor
Oleksandr Kurakevych (oleksandr.kurakevych @ upmc.fr), Assistant Professor
Yann Le Godec (yann.legodec @ impmc.upmc.fr), CNRS Researcher
Hicham Moutaabbid (hicham.moutaabbid @ impmc.upmc.fr), Engineer
William Sacks (william.sacks @ upmc.fr), Professor

External members

François Baudelet (francois.baudelet @ synchrotron-soleil.fr), CNRS Research Director (at the SOLEIL Synchrotron)

Emeritus Members

Geneviève Loupias (genevieve.loupias @ impmc.upmc.fr), Professor

PhD students

Blair Lebert (blair.lebert @ impmc.upmc.fr)
Zied Jouini (zied.jouini @ yahoo.fr)
Marine Verseils (marine.verseils @ impmc.upmc.fr)
Zailan Zhang (zhangzailan @ gmail.com)

Master Students

Gilbert Umugabe (gilbert.umugabe @ etu.upmc.fr)
Hancheng Yang (hancheng.yang222 @ gmail.com)

21/10/16

Dans cette rubrique

Traductions :

Spectroscopie : des signatures électroniques et magnétiques mesurées en ultra-haute résolution

Les spectroscopies dites « de cœur », comme la spectroscopie d’absorption des rayons X (XAS), sont des outils désormais couramment utilisés en sciences des matériaux pour sonder l’environnement d’un élément chimique spécifique. Enregistrées sur une source de rayonnement synchrotron, les signatures spectrales...

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