A maturation project to study the technical and commercial feasibility of this innovative hyperspectral imaging solution at a reasonable cost. Our objective: To develop hyperspectral imaging technologies for use in agriculture and launch an entrepreneurial project.
ISHIA (2021 – 2022) Read More »
An R&D project aimed at providing a portable solution for field validation of the quality of fodder and cereals used specifically in equine feed. Our objective: To develop and qualify a visible – near infrared reflectance spectral analysis tool for a specific use case (equine nutrition).
RÉGION HIPPOPTICS (2021 – 2022) Read More »
A project linked to our regional agri-food ecosystem, enabling photonic technologies to be disseminated in a key application area in the region.. Our objective: To study the ageing of food matrices using vibrational Raman spectroscopy of free/bound water.
RÉGION PREMIUM (2019 – 2022) Read More »
Collaborative project A bi-regional project between Brittany and Wallonia on laser texturing of large surfaces (aircraft wings) to improve aerodynamics and therefore reduce CO2 emissions. Our objective: To develop a tapered, PM, ytterbium-doped active fibre and a module interfacing it with one of our laser offset fibres. Partners: LASEA, Multitel, GDTech, Cailabs, Photonics Bretagne
Collaborative project A project using DWDM optical transmission in the O+E bands to increase the transmission rate on the existing telecoms network. Our objective: To develop bismuth-doped optical fibres for telecom amplifiers. Partners: Ekinops, Orange, IDIL Fibres Optiques, Laboratoire Phlam, Le Verre Fluoré, Photonics Bretagne
Collaborative project A project to develop optical fibres and components that are 100% “Made in France” and that can operate in extreme environments (radiation, temperature etc.). Our objective: To develop optical fibres with metallic and carbon coatings. Partners: Exail, SEDI-ATI, TechnicAtome, EDF, Photonics Bretagne
