VOLUME BRAGG GRATING BY FS DIRECT LASER WRITING IN SILVER CONTAINING PHOSPHATE GLASSES
OXYFLUORINATED PHOTOSENSITIVE GLASSES AND GLASS CERAMICS
STUDY THE FUNDAMENTAL PROPERTIES OF HEAVY METAL OXIDE (HMO) GLASSES
The main objective is to study the fundamental properties of Heavy Metal Oxide (HMO) glasses for the development of core - cladd low loss Mid-InfraRed (MIR) transparent optical fibers...
TAILORING THE SPECTRAL AND DISPERSIVE PROPERTIES OF FEMTOSECOND LASER INSCRIBED FIBER BRAGG GRATINGS
The general project is the design of hybrid glass/liquid-crystal optical systems. These systems are made by functionalization of ionic glass surfaces...
DESIGN OF HYBRID GLASS/LIQUID-CRYSTAL OPTICAL SYSTEMS
The general project is the design of hybrid glass/liquid-crystal optical systems. These systems are made by functionalization of ionic glass surfaces...
SYNTHESIS AND CHARACTERIZATION OF PR3+-YB3+ CO-DOPED GLASSES FOR THERMAL SENSING
This secondment focused on the preparation of borogermanate luminescent glasses to combine the magnetic properties with thermal sensing through luminescence thermometry...
DEVELOPMENT OF A NEW GENERATION OF TRANSPARENT GLASSES OVER A LARGE WINDOW OF TRANSPARENCY
The work started at ICMCB will continue in COPL, working on different techniques and methode to synthetise glasses with good proprietes, that could be used as a fiber...
SYNTHESIS AND CHARACTERIZATION OF PR3+-YB3+ CO-DOPED GLASSES FOR THERMAL SENSING
During this mobility period, the preparation of the Pr3+-Yb3+ co-doped phosphate glasses was performed following the guidelines of the experts in glass synthesis from the Host Institution...
MICROPOLED GLASSES AND LIQUID CRYSTALS FOR PHOTONIC DEVICES – part 2
The objectives of the mobility project was to continue developing systems composed of micropoled glasses and liquid crystals for photonic devices...
FUNCTIONALIZED OPTICAL PARTS BY FIBER DRAWING PRINTED PARTS
The objective was to create functionalized optical parts with this process, by fiber drawing printed parts...
SYNTHESIS OF MAGNETO-OPTICAL GLASSES FOR THERMAL SENSING
This secondment focused on the preparation of borogermanate luminescent glasses to combine the magnetic properties with thermal sensing through luminescence thermometry...
FEMTOSECOND LASER DIRECT INSCRIPTION OF EMBEDDED WAVEGUIDES – part 2
The goal of this research mobility project was to make complementary and repeatability experiments on the MIR couplers in BGG and silica glasses...
PHOTONICS STRUCTURES INTEGRATED ON CHIPS OR FIBERED IN INNOVATIVE MATERIALS
The objective of this secondment was to design and manufacture complex photonic structures, integrated on chips or fibered in innovative materials...
LUMINESCENT SOL-GEL MATERIALS FOR LUMINESCENCE THERMOMETRY STUDIES
This secondment aimed the preparation of silica based luminescent sol-gel materials for mesurement of the temperature through luminescence thermometry...
EXPLORING NEW POSSIBILITIES WITH MAGNETIC GLASSES
Description coming soon...
MULTIMATERIALS FIBERS ANS 3D PRINTING OF GLASS
Multimaterials fibers and 3D printing of glass, and participation to the 1st North American Summer School on Photonic Materials...
INTEGRATION OF COMPONENTS AND SYSTEMS IN GLASSES
The main objective of this travel was to start working on the 3D printing of microlenses and light splitters using glasses and/or polymers...
INTEGRATION OF COMPONENTS AND SYSTEMS IN GLASSES
The main objective of this travel was to start working on the 3D printing of microlenses and light splitters using glasses and/or polymers...
FEMTOSECOND LASER INSCRIPTION OF WAVEGUIDES IN HEAVY METAL OXIDE GLASSES
The main objective of this travel was femtosecond laser inscription of waveguides in heavy metal oxide glasses shaped as fibers...
3D PRINTING OF TRANSPARENT GLASS
The project pursued during this secondment aimed at investigating 3D printing of transparent glass...
MICROPOLED GLASSES AND LIQUID CRYSTALS FOR PHOTONIC DEVICES – part 1
The objectives of the mobility project was to develop systems composed of micropoled glasses and liquid crystals for photonic devices...
FEMTOSECOND LASER DIRECT INSCRIPTION OF EMBEDDED WAVEGUIDES
My project focused on using femtosecond laser direct inscription of embedded waveguides for the development of optical devices for the mid-IR...
PHOTOCHROMIC PROPERTIES OF TUNGSTEN OXIDE NANOPARTICLE THIN FILM
The objective of this mobility was to study the photochromic properties of tungsten oxide nanoparticle thin films...