Rate My Professor Filippo Ferdeghini

Ferdeghini has made notable contributions to the field through several key publications. In 2017, he co-authored 'Ionic Liquids: Evidence of the viscosity scale-dependence' in Scientific Reports, demonstrating scale-dependent viscosity in ionic liquids using neutron spin echo. The same year, 'Ionic Liquids Confined in Silica Ionogels: Structural, Thermal, and Dynamical Behaviors' appeared in Entropy, investigating ionogel properties. Other significant works include 'Enhanced ionic liquid mobility induced by confinement in 1D CNT membranes' (2016), 'Nanostructuration of Ionic Liquids: impact on the cation mobility. A multi-scale study' (2016), and 'Low-field single-sided NMR for one-shot 1D-mapping: Application to membranes' (2017). A recent publication, 'Design of Ultra-stretchable Physical Hydrogels cross-linked by Cubosomes: Structural Changes Revealed by SANS during In-Situ Polymerisation and Mechanical Deformation' (2025), highlights his ongoing research on ultra-stretchable hydrogels. His publications have accumulated 167 citations on ResearchGate. At ECE, Ferdeghini engages in teaching physics and nanoscience courses, administrative tasks, and supervision of PhD students, including Cécile Rerzki-Vérité's thesis defense in 2024. His research is affiliated with the Laboratoire des Interfaces Complexes et de l'Organisation Nanométrique.