Research Groups

• Optical self-organisation and cavity solitons
• Emission control and THz sources
• Quantum Optics in Semiconductors
• Fonctionnalized networks of coupled waveguides

• Agile nonlinear photonic crystals and circuits
• Nonlinear microgenerators based on photonic crystals
• Near-field microscopy and nonlinear optics in microstructured fibers
• Quantum Information
• Fonctionnalized networks of coupled waveguides

• Optical manipulation of electron spin in quantum dots
• Microcavities in the strong coupling regime
• Photonic crystal for integrated optics
• Spectroscopy and recombination dynamics
• Quantum dot in microcavities
• Theory/Modelling

• Hétérostructures III-V pour l'optoélectronique sur Si
• Semimagnetic semiconductors for spin electronics
• Quantum Dots
• III-V Nanowires
• Analysis and modelling of nanostructures
• Planar heterostructures for wave engineering

• Epitaxial Growth of 2 DEGs: III-V Heterostructures and Graphene
• Nano and Micro cryoelectronic
• Nanomagnetism and mesoscopic spintronics
• Ultimately Focused Ion Beams
• Electronic structure at the atomic scale probed by low temperature STM
• Quantum transport

• Separation and DNA analysis in microsystems
• Microfluidics devices with new functionnalities : from thermics on chip to electrophoresis for bioseparation
• Soft nanolithographies and fabrication processes for fluidics
• Nanophotonique et Optofluidique

• Étude par spectroscopies de luminescence d'hétérostructures III-V
• Transistors Bipolaires à Hétérojonction
• Simulation numérique et modélisation
• III-V Semiconductors Technology
• Metallic nanostructures for photonic applications
• Infrared detection and imaging
• Photovoltaics

• Guided-wave devices for very high-bit rate signal processing
• Device functionnalities for telecommunication systems
• Surface-coupled vertical-cavity devices
• Optoelectronic Technologies
• PHOTEL - External Collaborations

Technical Services

• Optical self-organisation and cavity solitons
• Microcavities in the strong coupling regime
• Quantum Optics in Semiconductors
• Quantum dot in microcavities
• Agile nonlinear photonic crystals and circuits
• Nonlinear microgenerators based on photonic crystals
• Near-field microscopy and nonlinear optics in microstructured fibers
• Quantum Information
• Fonctionnalized networks of coupled waveguides

• Epitaxial Growth of 2 DEGs: III-V Heterostructures and Graphene
• Optical manipulation of electron spin in quantum dots
• Semimagnetic semiconductors for spin electronics
• Nanomagnetism and mesoscopic spintronics
• Electronic structure at the atomic scale probed by low temperature STM
• Quantum transport

• Hétérostructures III-V pour l'optoélectronique sur Si
• Semimagnetic semiconductors for spin electronics
• Étude par spectroscopies de luminescence d'hétérostructures III-V
• Quantum Dots
• III-V Nanowires
• Analysis and modelling of nanostructures
• Planar heterostructures for wave engineering

• Separation and DNA analysis in microsystems
• Microfluidics devices with new functionnalities : from thermics on chip to electrophoresis for bioseparation
• Soft nanolithographies and fabrication processes for fluidics
• Nanophotonique et Optofluidique

• Emission control and THz sources
• Photonic crystal for integrated optics
• Guided-wave devices for very high-bit rate signal processing
• Hétérostructures III-V pour l'optoélectronique sur Si
• Nano and Micro cryoelectronic
• Transistors Bipolaires à Hétérojonction
• Simulation numérique et modélisation
• Device functionnalities for telecommunication systems
• Surface-coupled vertical-cavity devices
• Metallic nanostructures for photonic applications
• Fonctionnalized networks of coupled waveguides
• PHOTEL - External Collaborations
• Planar heterostructures for wave engineering
• Infrared detection and imaging
• Photovoltaics

• Generic technologies
• Advanced technologies
• Growth
• Structural analysis
• Optical analysis