L2C

Quantum Transport & New 2D Systems (TQNS)

Coordinator : Sandrine JUILLAGUET

Teaching Researchers (UM):
JUILLAGUET Sandrine
LANDOIS Périne
PEYRE Hervé
NANOT Sébastien

CNRS Researchers:
BRIOT Olivier
CONTRERAS Sylvie

Research Engineer:
COILLOT Christophe

Emeritus:
KONCZEWICZ Leszek
PhD Student:
BENSEBAA Aïda
EL ALOUANI Ahmed
VAN DIJK Harmke

Publications
Theses


Our research activities focus primarily on the properties of wide-bandgap materials (nitrides and silicon carbide) and emerging layered (2D) materials (particularly graphene and transition metal dichalcogenides).

Regarding wide-bandgap materials, the main objective is to correlate the temperature behavior of components (diodes, transistors) with the electronic properties of their constituent materials, and to contribute to material optimization and doping control.

For 2D materials, our work spans from synthesis to applications, with a focus on studying their fundamental properties. We are particularly interested in large-area growth, fundamental electronic transport properties, and the potential applications of graphene (a zero-gap semiconductor) and dichalcogenides (semiconductors) for sensors (magnetic field sensors and environmental sensors).

All of this research is organized around three main themes shared by the teams in the PA axis and in collaboration with other laboratory teams:

Research Fields :

Equipment :

Funding :

  • ANR GHRAVITI : GRaphene HAll crosses, VersatIle and performant sensors for quantifying inhomogeneous magneTIc field at the nanoscale
  • ANR MIGRASENS : Molecular Imprinted polymer/GRAphene for environmental microSENSors network
  • ANR SUPERZIC : Graphene superlattice induced by zwitterions self-assembly
  • ANR VanaSiC : Epitaxial growth of vanadium-doped SiC for the fabrication of back-grid graphene components

Recent theses :