News articles

Recent research on various biomarkers for major depressive disorder (MDD) provide an opportunity to develop biosensors that can overcome the challenges faced by conventional diagnostic tools, MUNASET researchers say.

A comprehensive library of 2D materials for ink fabrication has been successfully established by the Graphene Flagship's 2D-PRINTABLE project, covering a broad range of material classes, including p-type and n-type semiconductors, metals, insulators, and functional materials such as ferroelectrics, multiferroics, superconductors, and magnetic 2D compounds.

Leather meets advanced materials

Customers of the 2D Pilot Line's (2D-PL) multi-project wafer (MPW) runs can now apply for a 50% reduction in fees in exchange for providing feedback to help the project improve its processes.

2D-BioPAD and MUNASET at Graphene Week 2025: Showcasing Graphene-Based Biomedical Innovation

Graphene Flagship spearhead project - AEROGrAFT* - has a spin-off company from Kiel University called AERO MATERIALS and they are making nanomaterials that are 99.9% air!

The Graphene Flagship organised the 20th edition of Graphene Week, taking place 22–26 September 2025 in Vicenza, Italy. As Europe’s longest-running and leading forum on graphene and 2D materials, the event served both as a celebration of progress achieved and a catalyst for future discoveries.

Emergence of graphene-based biosensors for improved treatment response prediction in major depressive disorder: a perspective.

This revolutionary technology provides energy savings of 40%, on average, compared to traditional electric radiators and is a competitive alternative to heat pumps. A thin, versatile, eco-friendly, and easy-to-install radiant solution.

Florian Graßme is a researcher working at the intersection of 2D materials and nanosheet functionalisation. Their work in the 2D PRINTABLE project is laying the groundwork for future applications in printable electronics and nano-engineered devices.

For Robin Smeyers, a passion for 2D materials began with a single thesis and quickly grew into a full-blown research journey. What started as a master’s project on graphene became a launchpad for academic discovery, leading him to a PhD focused on one of the most intriguing frontiers in condensed matter physics: straintronics. Robin’s work ranges from simulating balloon-like graphene structures to exploring the possibilities of room-temperature superconductors, laying the foundation for technologies that could one day transform our world.

The GIANCE project has worked to organise several events on life cycle assessment over the last few months in addition to a consortium meeting held in Rome.