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Statistical Physics, Magnetism and Superconductivity
SPSMS - Head: Jean-Pascal BRISON

 

The Service de Physique Statistique, Magnétisme et Supraconductivité (SPSMS) develops an active research programme in modern problems of condensed matter physics with main directions related to magnetism, superconductivity and systems of reduced size in the nanometer range. Special attention is paid to the boundaries between these research areas, like for the phenomena of the coexistence of superconductivity and magnetic order or for the interface properties on a nanometer scale between a superconductor and a normal metal. Electronic correlations play a major role in the studied phenomena. These correlations occur in intermetallic compounds based on rare earth and actinide elements, transition metal oxides, but also in quantum dot structures of reduced size.

Magnetism and Neutron Diffraction (MDN)

Instrumentation, Material and Correlated Electrons Physics (IMAPEC)

Quantum Electronic Transport and Superconductivity (LATEQS)

Theoretical Physics (GT)

Magnetism and Frustration (GMF)

 

The service consists of three main research laboratories specialized in, respectively, neutron scattering experiments and low temperature investigations and of two research groups for, respectively, crystal growth and condensed matter physics theory. Close links exist between the different parts of the service in order to perform complementary investigations on a common problem. Special attention is paid to the development of experimental techniques under extreme conditions of low temperatures, high magnetic fields and high pressures.

 

last update : 01-06 11:03:34-2014 (143)

Themes

 

Teams

Group Theory SPSMS
GT
The activity of the Theoretical Group develops in various directions of the Physics of the Modern Condensed Matter. It includes/understands independent theoretical research as well as the work stimulated by the studies experimental S led to the SPSMS: nonconventional supraconductivity, interaction ... More »
Instrumentation, Material and Correlated Electrons Physics
IMAPEC
Instrumentation, Advanced materials, and Physics of correlated electron systems Our aim in IMAPEC is to tackle current issues in condensed matter physics through three actions: State of the art measurements, especially in extreme conditions of very low temperature, high magnetic field, ... More »
Laboratory Magnetism and Neutron Diffraction
MDN
  The MDN laboratory was created by L. Néel and E.F. Bertaut in the early sixties in order to study condensed matter physics by means of neutron scattering techniques. Since 1995, its activity is based on the operation of three CRG intruments (IN12, IN22 and D23) installed at ... More »
Laboratory of Quantum Electronic Transport and Superconductivity
Research focus The research activity of this laboratory embraces various aspects of mesoscopic quantum transport in nanostructures and low-dimensional systems: silicon nano-MOSFETs made by state-of-the-art nanofabrication techniques, self-assembled semiconductor nanostructures, carbon ... More »
Theoretical Physics (GT)
webpage of the Theory Group

Technique(s)

Highlights

A MULTIPURPOSE DEVICE BASED ON A NANOWIRE
03-02-2009
Contact : Massimo Mongillo
Using a single silicon nanowire, we have made the first prototype of a multipurpose device which can be used as a field effect transistor, a Schottky diode or a p-n diode. We obtain these functions using electrostatic gates to control the interfaces between the metallic source and drain contacts, ... More »
 

 

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