UMR 6082
Overview The Photonic Systems (SP) department has developed extensive expertise in the design and fabrication of integrated photonic devices based on chalcogenide glasses, exploiting their third-order nonlinear optical properties, the interaction between optical and acoustic waves for Brillouin scattering, and
Application context: On-board monitoring of kerosene combustion residues⇒ Optimization of fuel combustion + prevention of premature aircraft engine ageing Technical challenges: Remote measurements, compact system, and operation in harsh environments⇒ Development of a sensor based on a hollow-core anti-resonant fiber
Couplage optique : Lié aux thématiques Optique Guidée et Capteurs, Physique des lasers et applications et Communications optiques
The Photonic Systems (SP) department has extensive expertise in integrated photonics, developing optical materials and integrated photonic circuits, while investigating their design and fabrication to implement on-chip optical functions. For this purpose, the team relies on the Nano and CCLO
Cross-cutting activities: Blue Photonics The Photonic Systems (SP) team has extensive expertise in the development of miniaturized integrated photonic sensors for the detection of gases and liquids, particularly water pollutants. These sensors operate over a broad wavelength range, from the
Nitrogen-vacancy (NV) color centers in diamond possess an energy-level structure similar to that of atoms. Unlike atoms, which are typically used in gaseous form and move freely due to thermal motion, NV centers are embedded within the diamond crystal lattice
juin 2017 – décembre 2018
March 2018 – October 2021
novembre 2017 – octobre 2020
janvier 2018 – décembre 2018