Nano-Caterpillars
Particles with sticky feet (or nano-caterpillars) harness rapid binding and unbinding of feet to a surface to achieve complex motion. Presentation at APS March Meeting 2021.
I believe science starts when someone else understands the discovery made. Therefore, I strive to communicate in various ways and at a diversity of scales.
Particles with sticky feet (or nano-caterpillars) harness rapid binding and unbinding of feet to a surface to achieve complex motion. Presentation at APS March Meeting 2021.
Fractional noise (a subset of subdiffusive noise) is inherent in nanopores, for example when counting particles crossing the pore. Presentation at FICN 2021.
Transport in fluctuating or wiggly nanotubes is greatly enhanced compared to static tubes, but it's not always as simple! Presentation at APS March Meeting 2020.
There's nothing more fun than to enjoy an afternoon at a science fare in company of curious minds. Looking forward to more live events as soon as possible !
I have given numerous outreach talks in French and English on my research. Attached is a 2 min pitch I gave in 2017 at the Falling Walls Lab in Berlin.
A number of science journalists have written - or helped me to write - on research I contributed to, and I am so grateful for their work. Find more in all the links below!