@jmirpub.bsky.socialWhat if your clothes could monitor your health, help heal wounds, or even deliver medication? 👕
JMIR Correspondent Virginia Gewin explores how smart textiles could weave health interventions into everyday wear.
Read more: https://www.jmir.org/2026/1/e112911
@graphergia.bsky.social🏆 Two GRAPHERGIA research contributions were recognised at #GrapheneWeek2026!
From smart textiles to aerospace structures, we’re exploring how graphene can enable new approaches to energy harvesting and storage. ⚡
Discover them: shorturl.at/mXWCd
@graphergia.bsky.socialNot one, but 2 poster awards for #GRAPHERGIA at #GrapheneWeek2026! 🏆
The poster awards were the highlight of our participation in #GrapheneWeek, but we also joined many other activities
Discover them: graphergia.eu/2026/09/30/a...
#Graphene #Energy #SmartTextiles #Batteries
@forth-ite.bsky.social
@graphergia.bsky.socialA big thank you to the Graphene Flagship for an amazing #GrapheneWeek2026! 🙌
A week of connections, a workshop with Project ARMS, an awarded poster, conversations about our demos and new collaborations for the last phase of our project.
@graphergia.bsky.socialIt is always a great idea to collaborate with project ARMS!⚡
We co-hosted a workshop on scalable #graphene technologies for #SmartTextiles, wearable electronics and next-generation #supercapacitors.
Thank you to our speakers and to everyone who joined us! 🙏
@graphergia.bsky.socialHappening now at #GrapheneWeek2026! 👀
Michael Schneider, CEO of BORN GmbH - your knitting engineers, a GRAPHERGIA partner, is on stage at the Innovation Forum to pitch our triboelectric nanogenerator integrated into #SmartTextiles for self-powered sensors and #EnergyHarvesting.
Head to Room 2! 🧵⚡
@graphergia.bsky.social⚡ How can #SmartTextiles power smart garments themselves?
🛰️ And how could advanced lithium-ion #batteries be used in space applications, such as satellites?
Don't miss GRAPHERGIA's demo cases exhibition at #GrapheneWeek2026!
Details 👉 graphergia.eu/2026/08/27/g...
@intjextremmanuf.bsky.socialThis #ResearchHighlight describes the multilayer helical fiber-#IntegratedCircuit packing 100,000 transistors per centimeter, enabling signal processing and #NeuromorphicComputing for #NeuralInterfaces, #SmartTextiles, and VR.
