FEMTOSECOND LASER DIRECT INSCRIPTION OF EMBEDDED WAVEGUIDES – part 2
PHOTONICS STRUCTURES INTEGRATED ON CHIPS OR FIBERED IN INNOVATIVE MATERIALS
The objective of this secondment is to design and manufacture complex photonic structures, integrated on chips or fibered in innovative materials...
LUMINESCENT SOL-GEL MATERIALS FOR LUMINESCENCE THERMOMETRY STUDIES
EXPLORING NEW POSSIBILITIES WITH MAGNETIC GLASSES
Description coming soon...
MULTIMATERIALS FIBERS ANS 3D PRINTING OF GLASS
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 framework will be in the work package 4 (WP4) of the Marie Skłodowska-Curie Actions (MSCA) and Research and Innovation Staff Exchange (RISE) 2020-MS-CA-RISE-2018 program. It consists on the integration of components and systems in glasses. The…
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
Despite being one of the most performing materials in terms of optical transparency, mechanical or chemical resistance, glass is difficult to shape, requiring high temperatures or hazardous processes...
MICROPOLED GLASSES AND LIQUID CRYSTALS FOR PHOTONIC DEVICES
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
Lately, there has been a strong intensive to develop optical sources and components compatible with the mid-infrared spectra for applications in biology, medicine and environmental monitoring, to name a few. My PhD project focuses on using…
PHOTOCHROMIC PROPERTIES OF TUNGSTEN OXIDE NANOPARTICLE THIN FILM
The objective of this mobility is to study the photochromic properties of tungsten oxide nanoparticle thin films. Two types of films will be studied, WO3-d alone and also “composite films” of WO3-d and Ta2O5. Thin films, obtained by dip-coating,…