Elaboration of studies and reports on the market of photonic devices, which provide an in-depth view of the global market and its current trends segmented by technologies and applications, as well as future estimations and forecasting. Consulting and market analysis for technology transfer processes.

Design and fabrication of III-As metasurfaces heterogenously integrated on sapphire substrates, with applications in non-linear wavefront engineering, SHG and holography.

Design and fabrication of optoelectronic and superconducting devices with applications in optical and quantum computing.

Modeling, fabrication and optical characterization of optoelectronic devices based on 2D III-As photonic crystal microcavities (H1, L3) coupled with quantum dots and quantum dot molecules, with applications in integrated quantum photonics.

Experimental study of the electronic, optical and spin properties of semiconductor nanowire quantum dots based on the II-VI family of materials, by micro-PL, time resolved and magneto-optical spectroscopy.

Theoretical study of the electronic and optical properties of quantum dots based on II-VI semiconductors, using a combined model of continuum elasticity and 6 band k.p theory on multi-node computer clusters.

MBE growth and optical charactrization of semiconductor nanowire heterostructures with applications in quantum information and novel photovoltaic devices.