This orange plasma display is being powered by just enough voltage to create a dim glow, but the 405nm laser pointer pushes certain areas into a higher output, which remains until power cycled! A plasma Etch-A-Sketch.

We are 13 students from all over the world working in Silicon Saxony (Germany) on a multidisciplinary science project. Join us to explore the unique optical and electronic properties of supracolloidal structures. Stay tuned for new chemistry and device physics! #RTG2767 1/3 🧵

We are happy to introduce our researcher Borja Rodríguez-Barea! Borja works at the HZDR with Prof. Artur Erbe His project focuses on fabricating a low-dimensional electronic circuit using DNA origami for 1D and 2D materials! Please find more info here:

By combining biomolecules with conductive materials, new possibilities emerge, like growing high aspect ratio gold nanowires in microtubules! Why is this needed? Why are they using biomolecules? And How do they do it? doi.org/10.1021/acs.na… 1/6🧵

Antrittsvorle­sung #Prof. Artur #Erbe (#Honorarprofessor am Institut für Halbleiter- und Mikrosystemtechnik TU Dresden / HZDR @[email protected]) „Integration #nanoelektronisch​er #Materialien für elektronische #Bauteile und #Sensoren“ 📅27.04.23 ⏰ 14:15 📍 TUD #Barkhausenbau BAR 205

We are excited to participate in the 18th Dresden Polymer Discussion at Meissen! We are exploring the fascinating world of functional soft matter assemblies starting from basic building blocks. Big thanks to IPFDD for organizing such a wonderful event! #polymerchemistry

Exciting times at Chemnitz for the RTG Summer School last week! 🌞💡🎓 We got the chance to dive into the fascinating world of optoelectronic technologies and engage in thoughtful discussions. The location was absolutely stunning🏞️✨ #RTGSummerSchool #TUdresden #Chemnitz

Leipzig University hosted Borja Rodríguez-Barea and Alyna Ong for their lab rotation this week! They learned about DNA origami molds assembly, PEG purification, Au NPs functionalization, gel electrophoresis, and TEM. 🧪🔬 Big thanks to @zinnoberblau for being an amazing host!🙌

🙌 Grateful for the opportunity to represent the TRAVARIS project at the FORKA (Forschung zum Rückbau kerntechnischer Anlagen) seminar! ✨ The insightful discussions and valuable connections made during the event have truly enriched our journey. #TRAVARIS #FORKASeminar #Science

I’m obsessed with this image.

ok I'm addicted to this Bing DALLE-3 prompt: ikea instruction schematics for assembling X, detailed high resolution scan Do you have any cool ideas?

Neurons are often represented as isolated, but in reality they packed very tightly. Tyler Sloan made this animation showing 364 neurons packed into a box roughly the size of a grain of sand.

"They gave us a chance to get in, like we asked for. And that's, that's what we are here to do"

My Alma Mater (@UniValencia) awarded me this past Monday the "Alumni Plus/Insigne UV" Prize. Really nice event at Fundación ADEIT. Super-honored to receive such a distinction at home! And...my parents finally were able to attend one of my prize ceremonies! Dedicated to their hard work!

Soy mi propia caída, mi propio destiempo, mi propio silencio y mi propia restauración.

Mit der Polarstern in die Antarktis: 🐧 5 Forscher:innen der #TUDresden sind heute mit der Polarstern AWI Medien in See gestochen. Ihre Messungen sollen helfen, die Entwicklung des Klimas & des Eisschilds in der Antarktis zu rekonstruieren. Mehr Infos ➡️ tu-dresden.de/tu-dresden/new…

The tiny egg and the life it produced 📹 Adrian Kozakiewicz

A new gear system.

We often think of an "equilibrium" as something standing still, like a scale in perfect balance. But many equilibria are dynamic, like a flowing river which is never changing—yet never standing still. These dynamic equilibria are nicely described by so-called "detailed balance"