A.U. & CTO
The Dr. Giuseppe De Santo has a degree in Material Science (with a score of 100/110). In the last 8 years he has collaborated, as technician, in several research institutions including Department of Physics and Chemistry of the University of Calabria, LiCRYL Laboratory-INFM-CNR, and Centre...
R & D
Graduated in Chemistry and PhD in Science and Technology of Mesophases and Molecular Materials at the University of Calabria, where also he is non-permanent teacher. His main research activities are focused on sol-gel synthesis to obtain thin film and sub-micron particl...
Graduated in Chemistry and PhD in Science and Technology of Mesophases and Molecular Materials at the University of Calabria, is currently a researcher at the institute of Nanotechnology of the Italian National Research Council (CNR). His research activity is mainly focused on the study ...
is graduated in Physics at the University of Trento (1978). Between July 1983 and october 1992 research assistant at the University of Trento. Since 1992 associate professor at the University of Calabria, he has teached for 25 years Laboratory of Physics of the Matter, Spectroscopic tech...
FTO - Kon Capital Market s.r.l.
Dr. Vincenzo Ferragina works as sole director and legal representative with KON CAPITAL MARKET S.r.l. Graduated in Economics with the final result of 110/110, entered on the Chartered Accountant List (2...
Chemist, has consolidated experience in the study of light-matter interaction, attested by the activity at the Department of Chemistry and Chemical Technology of the University of Calabria, where he serves as associated researcher. He was a consultant for the Ministry of Environment of t...
Immaginate un materiale trasparente come il vetro e appiccicoso come lo scotch che fa risparmiare fino al 30% di energia, riscaldamento d'inverno e
un team di ricercator i guidati da Marco Castriota ha progettato una pellicola elettrocromica da applicare alle finestre. Incrementa l'isolamento t
iNnOvative subsTRatEs Development for electro-opticAl polyMeric flexible self consistent devices for applications in the field of the Energy saving