CORDIS Project
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This project develops advanced fluidic nanodevices for electrochemistry at the nanoscale, enabling experiments on fundamental topics and new analytical techniques for single molecule detection. It aims to integrate these techniques with modern electronics, potentially transforming biosensing technology.
I propose to explore the frontiers of electrochemistry at the nanometer scale by developing new experimental approaches based on lithographically fabricated fluidic nanodevices.
This will allow groundbreaking experiments on a broad range of fundamental topics including double layer structure, screening in ionic liquids, nanoscale hydrodynamics and the dielectric response of single macromolecules.
It will also lay the foundations for new analytical techniques based on electrochemical single molec…
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