The Diversity in Graphene initiative aims to create a collaborative research environment where everybody feels welcome, without any prejudice. The initiative holds two annual meetings, a career day and a meeting at the Graphene Week conference.
The sixth edition of the GRAPHERGIA Hub Webinar Series explores recent advances in flexible micro-supercapacitors and self-healing battery technologies: two key areas shaping the future of energy storage. As demand grows for intelligent devices, wearable electronics, medical sensors, electric mobility, and sustainable energy systems, researchers are developing innovative solutions that deliver higher performance, greater durability, and improved safety. This webinar features leading experts from the GRAPHERGIA and PHOENIX projects to discuss cutting-edge developments that could transform next-generation energy storage technologies.
Join the 5th Scientific Session of the GRAPHERGIA Hub Webinar Series, where cutting-edge research meets real-world innovation in graphene and nanomaterials. The session will explore how advanced laser-based methods are transforming the integration of graphene and functional nanomaterials into flexible substrates and next-generation electronic devices, targeting smart textile applications. Professor Seoung-Ki Lee (Pusan National University, South Korea), will join to present an innovative laser-induced photothermal approach for the selective synthesis and functionalisation of nanomaterials. His work demonstrates how precise control of laser irradiation can activate localised regions within a substrate, enabling targeted material growth and integration. The webinar will also feature updates on GRAPHERGIA’s progress in developing a novel laser Roll-to-Roll pilot line, followed by a Q&A discussion with participants.
Join us for the third session of the GRAPHERGIA Hub Webinar Series, co-organised with the POLYGRAPH project. This session will highlight the latest advances in wearable sensor technologies using laser-induced graphene and MXenes, exploring new methods to make these materials biocompatible and suitable for skin-contact applications. Discover how these innovations are shaping the next generation of smart, flexible, and responsive wearables.