The Graphene Flagship is hosting a symposium 11–12 June 2024 at the Town Hall Europe, Brussels, to celebrate the successes of its €20 million 2D Experimental Pilot Line (2D-EPL) project.

“Never take anything for granted,” so the old saying goes. Unfortunately, this advice wasn’t heeded for semiconductors, as a global shortage affects vital electronic appliances and social infrastructure that underpin our everyday lives.

The 2D Experimental Pilot Line (2D-EPL), a project grown from the Graphene Flagship, has launched its first customisable wafer run.

Since graphene’s discovery, researchers have found hundreds of potential applications for this versatile material.

What impact will graphene have on daily life? Vincenzo Palermo, vice director of the Graphene Flagship looks at some current sustainability projects.  

Grafren AB, a Swedish chemical manufacturer and Associated Member of the Graphene Flagship, has been granted its first patent for a new method of separating graphene flakes. Here, Erik Khranovskyy, CEO of Grafren, explains how this pioneering technology could be used to turn simple textiles into smart, electronic products and interfaces.

Since its inception in 2013, the Graphene Flagship has focused on technological innovation and bringing new graphene-enabled solutions to the market. To this end, it has pioneered the creation of several spin-off companies in industries ranging from energy and materials discovery to biotech and optoelectronics.

The latest edition of the Graphene Flagship Annual Report has now been released. Download it for free to learn about the achievements from the scientific project during the last year, with exclusive insights into the Graphene Flagship, its Spearhead Projects, diversity initiatives, 2D Experimental Pilot Line (2D-EPL) and more.

Researchers at Graphene Flagship partner, the Vienna University of Technology in Austria, has reported an image sensor with an integrated Artificial Neural Network (ANN) capable of learning and classifying images within nanoseconds. The chip is a thousand times faster and uses much less power than conventional vision technologies.

Our world needs reliable telecommunications more than ever before. However, classic devices have limitations in terms of size and cost and, especially, power consumption that is directly related to greenhouse emissions. Here, Francesco Bonaccorso, Deputy Head of Innovation of the Graphene Flagship, explains how a new technology could change this - and also transform the future of broadband.

Silicon was first discovered in 1787, but it wasn’t until the 1950s that it became widely used in industry. In contrast, the Graphene Flagship has been working to bring graphene to the market in just ten years. Determining accepted technical standards for graphene will play a large part in meeting that deadline. In this article, Thurid Gspann, Chair of the Graphene Flagship Standardisation Committee (GFSC), has explained why standardisation...

Does science have a responsibility to be sustainable? The Graphene Flagship, one of the European Commission’s biggest research projects, is working to bring graphene out of labs and into society. But, what kind of impact will graphene have on daily life? In this article Vincenzo Palermo, Vice Director of the Graphene Flagship, discusses how they are spearheading towards sustainability.

In Finland, PhD graduates are welcomed to wear a ceremonial top hat and sword for their graduation. This unusual tradition is just one of the country’s curious quirks. For instance, did you know there are more saunas than cars in Finland? What’s also lesser known, is Finland’s extensive contribution to graphene research through European project, the Graphene Flagship.

Knowledge and technology transfer, or KTT, played a role in the creation of everything from Google to Gatorade. The Graphene Flagship explores this growing field, and how it connects academia with industry. At some point in their career, almost every researcher must make a choice between academia and industry. Some stick faithfully to one end of the spectrum, while others move between the two at different stages of their career. KT...

European research consortium, the Graphene Flagship has launched a new diversity initiative. Diversity in Graphene builds on the success of the Graphene Flagship’s Women in Graphene programme, but aims to represent all minority and marginalised communities, currently underrepresented in science. The initiative was introduced during the Graphene Flagship’s three-day digital conference, Graphene For Re...

Could the stereotype of academics standing in front of a chalkboard be replaced by virtual reality? In light of worldwide event cancellations, scientists are rethinking how they network. Today, researchers are turning to online platforms as a way to connect with researchers and journalists around the globe. Here, Luciana Löberg, Events Manager at Graphene Flagship, explores the future of virtual conferences and their potential to o...

Following the success of Graphene For Energy Storage - a digital event to investigate the potential of nanomaterials in energy - the Graphene Flagship has launched its 'Graphene For' digital event series. The multi-event series will discuss the latest research and technologies from the realm of materials science.

Launched in late 2018, Nu Quantum recently became an Associate Member of the EU-funded Graphene Flagship project. The startup, a spin off from the Cavendish Laboratory at Graphene Flagship partner the University of Cambridge, UK, specialises in single-photon quantum technology that is set to create unbreakable encryption keys.

Imagine the environmental benefits if we could all simply paint solar cells onto the roof of our houses, or onto any surface for that matter. We could do this using Perovskite Solar Cells (PSC), but, due to their instability, they have not yet been widely introduced. Now, researchers from the Graphene Flagship have developed hybrids of graphene and molybdenum disulphide quantum dots to stabilise PSCs.

Remember the computer triode? Unless you’re an early-tech enthusiast, it’s unlikely. Used as switches in the first electronic computers, these vacuum tubes consumed a great deal of power. They were unreliable and upon the invention of silicon chips, were quickly replaced. A new material has the potential to shift entire industries. Here, Kari Hjelt, Head of Innovation of Graphene Flagship explains how graphene is set to do t...