Check out our latest work on Drosophila larvae and smartphones nature.com/articles/s4159…. The first result of a collaboration with the Murawski lab and @Kittellab. 👍😀

Using the smartphone display for imprisoning #Drosophila larvae? Now it's possible! The app is available and free: github.com/Murawskilab/Sm… Download it, and you are ready for your optogenetic experiments. More details in our Scientific Reports paper: disq.us/t/3scnz9x

Congratulations to @MurawskiLab for the amazing work!

If you want to literally play with a microscope, try our new LEGO based one: biorxiv.org/content/10.110…. Plans and multi-language guides to teach kids are on GitHub: github.com/tobetz/LegoMic…. Sub-micron resolution thanks to a smartphone lens. Please RT, so that it reaches the kids!

Postdoc position available in my lab! We study olfactory coding and memory in Drosophila - more about us at aclinlab.org Deadline 25 June. Please spread the word! Link to advert: tinyurl.com/kct9sbzu

Congratulations to ERC grantee Karl Leo, winner of the EuropeanPatentOffice #InventorAward! His pioneering work with semiconductors led to the development of the highly efficient, cost-effective OLEDs now found in the screens we use every day. 🇪🇺#EUfunded #ERCAdG #ERCPoC TU Dresden

We developed a novel optogenetic tool, termed BiPOLES (Bidirectional Pair of Opsins for Light-induced Excitation and Silencing) that allows potent and reliable bidirectional manipulations of neuronal activity in many systems. Now published in @Nat_Commun nature.com/articles/s4146…

I'm looking for someone with a strong background in nanophotonics/metasurfaces, ideally both on the experimental and numerical/analytical side. Experience in biosensing and an interest in AI-based methods for analyzing spectroscopic data are a plus.