/ fax +516398650
Sede Bologna - Via P. Gobetti, 101
Main research interests
- Study and characterization of organic molecules by means of Thermosublimation under molecular beam regime with temperature gradient Knudsen cells
- Development and implementation of systems and instrumentation for the growth and characterization of thin films and devices realized with organic compounds by Thermosublimation in High Vacuum (HV) and Ultra HighVacuum (UHV). Ultra Alto Vuoto (UHV).
- Organic electronics on flexible substrates
- Implantable electronics on biocompatible substrates
- Study of charge and energy transport properties electroactive and photoactive organic molecules
My professional experience is characterized by a strong interaction with all the researchers of the group. I've always identified as essential a interdisciplinary approach to scientific and technological issues that are behind the scientific activity. Therefore my professional role has always been transverse to many activities in the institute. My scientific growth and maturation in the field of organic electronics and molecular systems in Ultra High Vacuum, helped me to develop skills and knowledge that allowed me to actively support the research activities , by developing, creating and designing systems and equipment fundamental to the research projects and activities in which I have been involved.
T. Cramer, A. Campana, F. Leonardi, S. Casalini, A. Kyndiah, M. Murgia, ... “Water-gated organic field effect transistors–opportunities for biochemical sensing and extracellular signal transduction” Journal of Materials Chemistry B 1 (31), 3728-3741
Maria Antonietta Loi, Enrico Da Como, Franco Dinelli, Mauro Murgia, Roberto Zamboni, Fabio Biscarini, Michele Muccini “Supramolecular organization in ultra-thin films of -sexithiophene on silicon dioxide” Nature Materials 4,81-85 (01 jan 2005)
F. Dinelli, M.Murgia, J.F.Moulin, M.Cavallini, P.Levy, F. Biscarini, D.De Leeuw, “Spatially correlated Charge Transport in Organic Thin Films”, Phys. Rev. Lett. 92, 116802-116805 (2004
BREVETTO: “Procedimento per il conferimento e controllo su scale micro- e nanometriche dell'anisotropia di proprietà strutturali, elettriche, ottiche, ed opto-elettroniche, in film sottili di materiali coniugati" / Fabrication method at micrometer- and nanometer-scales for generation and control of anisotropy of structural, electrical, optical and optoelectronic properties in thin films of conjugated materials” PRIORITA' :ITALIA MI2001A002075 del 08/10/01 CONVALIDA PCT/EP 02/11218 del 07/10/02 EUROPA DOMANDA NR. 02800604.7 del 07/10/02 CINA DOMANDA NR. 02819781.X del 07/10/02 CINA CONCESSIONE NR. ZL 02819781.X del 18/02/09 U.S.A. DOMANDA NR. 10/490,679 del 25/03/04 GIAPPONE DOMANDA NR. 2003-53417 TITOLARI: CNR INVENTORI :M. MURGIA, P .MEI, F. BISCARINI, C. TALIANI DOMANDA ORIGINALE: Brevetto italiano di invenzione industriale
BREVETTO“Realizzazione di una cella di effusione a gradiente di temperatura a singolo filamento” PRIORITA’ ITALIA BO2000A-000272 del1 5/05/2000 CONVALIDA PCT/EP 01321252 del 8/01/2004 TITOLARI: CNR INVENTORI : M. MURGIA DOMANDA ORIGINALE: Brevetto italiano di invenzione industriale