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#JKUResearchAlert 💡In einer Kooperation der JKU (@somapjku Leitung: @martin_kalten ) sowie dem @caltech (@weigaolab) wurde ein revolutionärer solar betriebener, tragbarer Biosensor für die Stoffwechselüberwachung entwickelt. @natureelectron ⚡ go.jku.at/n23n1

Thank you Nature Electronics for highlighting the result of our work on the cover of the recent issue! And many thanks to great collaborators Wei Gao and Jihong Min at Caltech JKU - Johannes Kepler Universität Linz SOMAP

🚀 Did you know that 6 modules of #solarcells developed in #somiro project have flown to space? This was possible thanks to our partner JKU - Johannes Kepler Universität Linz

Many thanks to Prof. Martin Kaltenbrunner for his presentation on materials and methods for #sustainable soft system

❗️New innovative artificial muscles have arrived from the collaboration of the group of Marco Fontana, professor at Scuola Sant'Anna, and that of Martin Kaltenbrunner, professor at JKU - Johannes Kepler Universität Linz. 🎥 Chek the pubblication on Nature Electronics ⬇️ nature.com/articles/s4192…

Stable and efficient robotic artificial muscles built upon new material combinations! Check out our new work in Nature Electronics! Thanks to all the hard work of our collaborators at ScuolaSantAnna and Università di Trento. nature.com/articles/s4192…

Linzer Forscher entwickeln "künstliche Muskeln" weiter science.apa.at/power-search/1… JKU - Johannes Kepler Universität Linz

Ion-Dan Sîrbu has written an interesting "behind the paper" blog post about our latest work, a joint project by scientists of JKU - Johannes Kepler Universität Linz , SantAnnaPisa and Università di Trento. There he explains the key messages and how we achieved them. Definitely worth reading! materialscommunity.springernature.com/posts/electric…

🎉 Read a resume about SOMIRO School! 🤖✨ Huge thanks to our esteemed speakers who illuminated the world of robotics and nano-scale characterization in industrial environments. 🔬🌐 #RoboticsInnovation #NanoScale #KnowledgeExchange bit.ly/3sHEHuw

👏 #Congrats to the research team from SantAnnaPisa Università di Trento JKU - Johannes Kepler Universität Linz! 💪 The study on more stable and efficient robotic artificial muscles, thanks to mix of new materials, has been chosen for the cover of nature #Electronics, November 2023 issue. 📄 urly.it/3yn8r

Check out our video about our latest publication on electrostatic actuators in Nature Electronics, where we summarize the key findings of the international research team from JKU - Johannes Kepler Universität Linz, SantAnnaPisa and Università di Trento. youtube.com/watch?v=ItHx-8…

Our group is opening a 2-year postdoc position starting around April 2024. The role is integrating a circuit system with our soft/stretchable sensors/displays. Previous experience in stretchable electronics is not necessary, but experience in circuit design is mandatory. Tokyo is

Das Team um JKU Forscher Martin Kaltenbrunner, SOMAP forscht im European Research Council (ERC) #ProofofConcept Grant-geförderten "MycoSub-Projekt" an einem flexiblen Leiterplattensubstrat auf der Basis von Pilzmyzel. Dies wäre sowohl nachhaltig als auch biologisch abbaubar🍄 go.jku.at/n24b1

Happy to share our recent article on Multimodal Soft Robotic Actuation and Locomotion! Wiley-VCH @AdvSciNews onlinelibrary.wiley.com/doi/abs/10.100…

Our group is opening a 2-year postdoc position starting around April 2024. The role is to develop stretchable (physical) sensors for healthcare monitoring. Previous experience in stretchable electronics (materials, devices) is appreciated. Tokyo is a fantastic place to live and

.Martin Kaltenbrunner and team JKU - Johannes Kepler Universität Linz develop ultra-lightweight 2D #perovskite #SolarCells based on methylbenzyl ammonium iodide with improved specific power and stability, showing scalability and integration in drones. buff.ly/3xGGrqd

Ultralightweight perovskite solar cells for use in drones. New #ResearchBriefing Martin Kaltenbrunner JKU - Johannes Kepler Universität Linz buff.ly/3UCpPbP

JKU Forschern der SOMAP, LIT Soft Material Lab und LIOS ist es gelungen ultraleichte Quasi-2D-Perowskit-Solarzellen mit beispielloser Leistung von bis zu 44 Watt/Gramm und einer hohen Stabilität zu entwickeln. ☀️ nature go.jku.at/n24h1