I am happy to share the publication "Norbornadiene-Quadricyclane Photoswitches with Enhanced Solar Spectrum Match" @MuhammadAdilSA@Lidiya_Muhammad in @ChemEurJ
a collaboration with Andreas E. Hillers-Bendtsen & Kurt Mikkelsen @CHEMUCPH
https://t.co/8o58ZW6RSl
#photoswitches
🌻The sun is shining outside but also inside the lab!☀️ In a joint effort spearheaded by the group of Tao Li from Jiao Tong University Shanghai @sjtu1896 we have been able to efficiently and reliably operate azohetarenes with unfiltered „natural“ sunlight. https://t.co/SZjgr9Bxfw
We would like to thank all participants and sponsors for a great meeting. We have create this short video to give you an impression of the meeting. See you next time !
https://t.co/U9KWZMmKem
#photoswitches
And it's a wrap! @Switches4Energy 🥳 Edited it on the plane 🛩
Thank you so much for having us!
Thank you to the amazing organization team (@KMothPoulsen@HelenHoelzel@pedrof94 @MorenoKevin20 ) - all the poster presenters, all the speakers and everyone who participated!
@Switches4Energy: it's a wrap! Hats off to @KMothPoulsen, @HelenHoelzel, @pedrof94 and @MorenoKevin20 for the organisation! Got the chance to meet/see again many great scientists, to present them my work and to enjoy fantastic talks and posters on #MOST systems ☀️🔋and beyond 🌌
After 3 years, the first project I worked when I started my PhD came out. If you want to know about oxindole molecular motors check it out!
Big mention to my coauthors @DaisyPooler and @dan_doellerer It was so great to work with you! 🥳
https://t.co/rmyWeJs6Fb…
@FeringaLab 👩🔬
New paper! "Push-pull Bis-norbornadienes for Solar Thermal Energy Storage" by @RozaRehana in collab with Lotte Stindt and @Annevdhxx. We explore alternatives for molecular solar thermal energy storage with red-shifted absorption and high-energy densities.
https://t.co/RNHq7JotnI
The Norbornadiene/Quadricyclane Pair as Molecular Solar Thermal Energy Storage System: Surface Science Investigations (Christian Papp and co-workers) #OpenAccess thanks to #ProjektDEAL https://t.co/GBMV2Vy39R