Surprisingly, this turns out to have many amazing advantages: 1) you don't need to worry about pressure drop (which is negligible), and therefore it can be easily scaled to large chip areas, 2) the mass transport is very fast (< 2 s) and efficient (5–85 better than traditional flow cells)

The 1st textbook introduction to fluid flows uses Plane Couette Flow, with "moving walls"... unfortunately, this "hypothetical" case is hardly used in practice, because how to move walls to control fluid flow in a practical way? Well, this has now been solved in the current work.

6 year anniversary of our company Qfluidics.com! Very proud to see the team grow and their innovations in flow chemistry to enable solids handling! And many thanks to all supporters, investors, and the Alsacian innovation ecosystem. On to the next anniversary! 🎉🎉🚀🚀🚀

@hiroseg-kyoto.bsky.social thanks for hosting me today at ICR (Uji campus, University of Kyoto)! Chirality ftw 🙌🏻 😃!

If your around, you’re welcome to join (Uji campus of Kyoto)

The GRC Supra conference (11-16 May) is oversubscribed! Make sure to register ASAP. www.grc.org/self-assembl...

New toy on its way to the lab! Now taking guesses 😝 (2100 kg!)

Not 1 but 2 great losses to the community! RIP Prof. Martin Karplus.
At first I thought there was confusion with Sir Fraser, but was just confirmed by the ISIS institute in Strasbourg, where I was until 1 year ago.