High pentacene transistor performance by engeneering morphology of solution processed thin films

Monolayer and multilayer field-effect transistors based on a high-mobility n-type polymer: effect of the polymeric texture on charge transport

Hybrid polyoxometalate nanofibres

Dimensional control of self-structuring polyoxometalates at surfaces

Programmable surface-architectures derived from hybrid polyoxometalate-based clusters

The exploration of the self-organization of a range of the polyoxometalate-based molecular structures reveals a diverse range of surface patterns and morphologies on solid substrates of technological interest, including methylated and hydroxylated silicon surfaces (namely, SiCH3 and SiOH). By exploiting the interplay between the intrinsic molecular properties and the surface chemistry as well as dynamic spatiotemporal phenomena (e.g., dewetting), we show that these systems can yield 0D, 2D, and 3D architectures via solution deposition at the solid surface, including nanodots, discs, lamellas, porous networks, and layer-by-layer assemblies. In general, we observed that layer-by-layer growth …

Patterns of glucose oxidase by inkjet printing for biosensing applications,

Solution processed pentacene thin films: new routes for building-up plastic field effect transistors

On the Achievement of High performance thin film transistors by employing 13,6-N-sulfinylacetamido pentacene and printed PEDOT:PSS electrodes

Protein Arrays for Sensing Applications: Relationship beetween Printing Conditions and Pattern Properties

Polyoxometalates complex architectures in thin films by exploiting physical and chemical processes at surfaces

Physical Processes and Chemical Processes guiding polyoxomatalates self-structuring on surfaces

Capacitive effects in silicon-supported polyoxometalate-based nanocrystals

On the achievement of high performance organic thin film transistors by solution processes

Microarray Funzionali attraverso metodologie da Inkjet Printing: dalla biosensoristica allo screening farmacologico

Nano-structured molecular thin films for bio-sensing and plastic-electronics with improved efficiency/cost ratio

PENTACENE THIN FILMS BY SOLUTION METHODS: NEW ROUTES FOR PLASTIC ELECTRONICS