@levkinlab Congratulations to this excellent work! While you cited our work in advanced materials (ref 42) on porous pnipam hydrogels, we are just a little bit sad that we were not included in your comparison Figure 3g 😉

RT @Kiel_Nano: Material scientists @kieluni and #FraunhoferISIT developed ultra-thin ferroelectric material #AlScN that could enable smalle…

@Device_CP Happy to see our work from the @GrapheneEU finally online! + I really like the scope of this new cell press journal @Device_CP and also publishing was very smooth! Will definitely submit more in future! @Kiel_Nano @kieluni

RT @Device_CP: Multifunctional, self-cleaning air filters based on graphene-enhanced ceramic networks by Rainer Adelung & co-workers https…

@NicolosiGroup @Kiel_Nano Congratulations again and thank you for the wonderful lecture! We were all happy to have you in Kiel!

Demonstrating our aeromaterials and their potential applications to the public was a lot of fun! We were amazed by all the interest und questions! #kiwo23 @Kiel_Nano @kieluni @KiWoOnline

Happy to see that our cover suggestion was chosen as inside front cover in the latest issue of Advanced Functional Materials! 🥳 Read more: @AdvSciNews @Kiel_Nano @kieluni #softelectronics #softconductors

@prithjourney Send

Happy to see that our PhD student Lena just won the poster prize at the #GrapheneStudy 2023! 🎉🎉🎉Congratulations Lena!👏👏👏 Very well deserved!!! #Graphene #Aeromaterial @GrapheneEU @kieluni @Kiel_Nano

RT @TeamNanoSeries: Join us for #NanoSeries2023 at @icmm_csic to hear from brilliant minds across 25+ countries with diverse backgrounds a…

The demonstrated concept paves the way towards the design of micro- and nanoengineered foams with advanced functionalities, which is of interest for a broad range of applications in soft electronics, energy storage and conversion, sensing, as well as biomedicine. 9/9