Partnership : IMSIA, ENSTA-Paris; LMPS et GEEPS, CentraleSupélecResearch project: On high voltage dielectric properties of near-percolated hybrid CNT/h-BN polymer based thin film

Partnership : IMSIA, ENSTA-Paris; LMPS et GEEPS, CentraleSupélecResearch project: Analysis and improvement of electromechanical couplings in Dielectric Elastomers Actuators and Generators (DEA/DEG) using 1D and 2D nanoparticles

Research project: Development and characterization of nanostructured thin films as percolative nanodielectrics for high voltage integrated capacitors.● Sonodispersion and surface funzionalization of carbon-coated magnetic nanoparticles embedded in photopolymeric hosts for the developement of percolative nanodielectricsthin film.Research project: Elaboration and fabrication of microlenses with high optical index for NiR detectors● Developement of photolithography processes for the patterning of nanodiamonds based nanocomposites microlenses exhibiting high refractive index.

Ph.D. in Physical Chemistry of Soft Condensed Matter at University of Bordeaux and Centre de Recherche Paul Pascal CNRS de Bordeaux (AMADEus fellowship funded by LabEx - Cluster of Excellence) Research project: Liquid carbon dispersions for energy applications● Study and development of a new class of smart fluids made of colloidal carbon-based dispersion sensitive to an external stimuli for energy storage applications. The dielectric and electrical properties of these nanostructured carbon fluids and the effect of the flow-rate on their properties were examined

Research internship at Institute for Studies on Nanostructured Materials (ISNM-CNR) National Research Council Bologna, ItalyResearch project: In situ & real time electrical characterization of PDI8-CN2/Pentacene bulk heterojunctions● In situ & real time electrical characterization of bipolar thin film transistor during the epitaxial growth, while the morphology was been investigated ex-situ by means AFM measurements.

Research internship at Electrochemistry of Molecular and Functional Materials Lab (EMFM) of University of Bologna “G. Ciamician”Bologna, ItalyResearch project: Electrochemical surface modification of SWCNTs for bio-sensing ● Electrochemical surface modification of SWCNTs electrodes through electro-grafting of aryl diazonium salts was investigated. Qualitative and quantitative features of such modifications were followed by Raman spectroscopy