MUESLI : Monomode UltracohErent InGaN Semiconductor Laser dIode
Realization of miniature III-nitride highly coherent single mode blue lasers
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Research projects
Below is the list of projects in which is involved (
current projects) or has been involved (
completed projects) the Foton laboratory:
DEEP BLUE : High-purity blue laser diode for chemical analysis of the marine environment
Design of single-frequency laser diodes at short wavelengths (blue, violet or even deep UV) by improving the spectral and spatial properties of commercial laser diodes
HYPOCAMP : HYbrid Polarisation controlled and mOnlothic tunable vertical Cavity surface emitting lAser, for eMbedded and comPact optical and microwave systems
Widely tunable and compact lasers, emitting at telecommunication wavelength
3D OPTICAL MANY CORES : 3D many-core architectures based on optical network on chip
Investigation on how novel optical technologies could improve energy efficiency and data rate of on-chip interconnects used in many-core microprocessor architectures
MuSTANG : μ-resonators based on gallium phosphide for photonic integration
Nonlinear optical properties of gallium phosphide microdisk resonators and lasers in a view of their future integration on CMOS compatible silicon chips
CINT : Center for Integrated Nanotechnologies
Franco-American exchange program for researchers between ISCR, FOTON and LANL
OPTOSI: epitaxial integration of III-V OPTOelectronic devices on SI
Demonstration of disruptive pathways towards the integration of III-V-based photonic functionalities on a single chip for optical interconnects
SYMPHONIE : Silicon photonic crYstal integrated Microwave PHOtoNIcs filtEr
Development of integrated photonic crystal components on SOI for optoelectronic applications and opto-hyper digital communications
Manipulation of the Phase-Amplitude Coupling Factor in Quantum Nanostructure Based Devices for On-Chip Chirp Compensation & Low-Cost Applications
Development of a method for amplitude-phase coupling control in quantum dot lasers
MENHIRS : Monolithique intEgratioN of High effIciency III-V solaR cells on Silicon
Monolithic integration of high-efficiency CPV multijunction devices on a monocrystalline silicon substrate
COPERNICUS : Compact Otdm/wdm oPtical rEceiveRs based on photoNic crystal Integrated CircUitS
Realization of compact demultiplexing receivers for 100 Gb/s OTDM and WDM signals, based on photonic crystal technology (membrane guides in III-V semiconductor materials)