PhD thesis– ED160 Compressed hyperspectral microscopy for real-time biological imaging. Our objective: To develop a compressed hyperspectral microscopy method, optimised for high-speed acquisition rates (e.g. identification of malignant tumours and observation of dynamic cellular processes). Lisa will work on implementing innovative algorithms (standard algorithms or machine learning approaches) that will optimise not only the speed […]
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PhD thesis – CIFRE No. 2025/0227 Fibre-based parametric oscillators with frequency drift: towards fully fibre-integrated systems and optimised performance for biophotonics. Our objective: To develop a new generation of fibre-based parametric oscillators, optimised for applications in non-linear microscopy and biophotonics. The thesis aims, on the one hand, to advance the Technology Readiness Level (TRL) by
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Internal R&D Project (Region Bretagne) The ALCOVE project (Active Large Mode Area Optical Fibre with Speciality Coating for Versatile Environments) aims to provide technological solutions that address the challenges of innovation and self-sufficiency in the field of high-temperature-resistant coatings for optical fibres and fibre-optic lasers. Our objective: To combine our patented very large modal area
Collaborative project (Horizon Europe) The EU funded project, SEADEEP (Sustainable Energy Advancement through Digitalisation for Energy Efficient Production in Aquaculture and Fisheries), aims to accelerate the transition towards a sustainable blue bioeconomy, in particular by reducing emissions linked to marine food production. energy-efficient digital solutions are being developed for fisheries, aquaculture, and macroalgae cultivation in
Collaborative project (AMI Carnot, Carnot AgriFood Transition) System for the temporal monitoring of inorganic elements in agriculture and algal cultivation. Our objective: To develop an optical instrument for measuring the concentration of nutrients in terrestrial plants (e.g. cucumber, maize and potato) and in algae. Based on the analysis of the signal backscattered by the sample,
Ressourcement Project (Brittany Region) Multiphoton excitation microscopy for imaging organic samples. Our objective: This project aimed to demonstrate the capability and efficiency of a parametric source (developed by our Fibre team) in exciting fluorophores in non-linear microscopy (2- or 3-photon). Our biophotonics team is responsible for designing and assembling the microscope, as well as carrying
