Growing of group IV semiconductors and dielectric layers by means of UV laser, for fotovoltaic uses, micro- and nano- electronics, photonics and biosensors.
Micro and nano- morphologic and chemical structuring of metallic and polymeric surfaces by means of nano- and femto seconds lasers, for solar cell uses, biosensors and implants that allow for the release of drugs.
Manufacturing, modification and characterization of thin films, surfaces, interphases and nanostructures.
3D manufacturing of bio-inspired ceramics (SiC, C, CaP), polymers (PLA) and composites.
Production and characterization of biomaterials.
Laser-matter interaction simulation by numerical methods.
Spreading of research and science, for promoting a greater understanding of the scientific and technological activities and incite a scientific culture in society.