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Résumé I will present our work in the direction of combining mechanical resonator and nanofluidic channel with a carbon nanotube. First, I will discuss how mechanical resonators will allow to answer, experimentally, open questions in the nanofluidic …

Aleksandra Radenovic interviendra à distance. Résumé In this talk, I will introduce a novel method based on liquid-activated quantum emission from native hBN defects for nanofluidic sensing. Liquids confined down to the atomic scale can show radically new …

Résumé I will present some recent results on controlled experiments probing fluidic transport at the nanoscale. In particular, I will show how we use alternative routes to molecular confinement, which circumvents demanding nanofabrication steps, partially …

Résumé Major progress in experimental micro-nanofluidics over the last decades has spawned the opportunity to explore new states of droplet-based soft flowing matter, such as microfluidic crystals, high-density confined emulsions, bijels, as well as …

Résumé Scanning Probe Microscopy is a powerful tool for the investigation of the properties of confined systems. In this presentation we will discuss how soft and hard condensed matter undergo to a dramatic phase change when confined at the nanoscale and …

Résumé Graphene is completely impermeable in the perpendicular direction to its basal plane to all gases—even for helium, the smallest—at ambient conditions. In this context, it was expected that graphene would be impermeable even to protons, nuclei of …

Résumé Many key industrial processes, from electricity production, conversion, and storage to electrocatalysis or electrochemistry in general, rely on physical mechanisms occurring at the interface between a metallic electrode and an electrolyte solution, …