Criogenic devices and superconductor-based systems: fault current limiters, photonic detectors, ...
Electrical, magnetic, optical and low temperature measurements of superconductors and other functional materials.
Fabrication, structuration, microscopy and characterization of thin films and other twodimensional functional materials.
High- and low-temperature superconductors. Magnetic, thermal, electrical and optical properties.
Ion exchange techniques in vitreous and crystal media to ellaborate optical devices and photonic chips (optical integration) for comunications, sensors, optical vortices, astronomy, ...
Low-dimensionality materials, nanostructured, inhomogeneous and disordered, and optical metamaterials (photonic crystals, ...)
Optical metrology using standard, holographic and electronic speckle (ESPI) interpherometry, for scientific, industrial and biomedical applications.
Quantum photonics based on optical fibers and optical guides and integrated devices for quantum information technology (quantum cryptography and computation). High and low temperature regime.
Quantum systems (materials and devices) based on advanced materials and/or photonics.
Techniques for electronic lithography (e-beam) and UV & Laser photolithography for nano and microstructured materials and photonic chips.