Ten years have now passed since the kick-off of the Graphene Flagship with European researchers joining forces in developing 2D materials-based processes, material and device models, devices and circuits exploration paving the way towards uptake of this material in various application fields. The 2D Experimental Pilot Line project offers the unique setting for research institutes and industry to jointly develop the essential building blocks for 2D material (2DM) deposition, post-processing and integration evaluation focusing on the domain of sensors, photonics and electronics.
Properties and Applications of TMDCs, MXenes, h-BN and h-AlN -- In the realm of materials science, the discovery of graphene heralded a new era of exploration into two-dimensional materials (2DM). Since then, a plethora of novel 2D materials have emerged, each with unique properties and promising applications. Among these, transition metal dichalcogenides (TMDCs), MXenes, hexagonal boron nitride (h-BN), and hexagonal aluminum nitride (h-AlN) have garnered significant attention for their diverse range of properties and potential applications. In this article we delve into the properties and explore the exciting applications of these remarkable materials.
Illuminating the world of 2D materials - In a realm where innovation thrives on the cutting edge, the quest for new materials with tailored properties propels industries forward at an unprecedented pace. Yet, amidst this surge of ingenuity, a critical challenge emerges: How do we ensure consistency, reliability and trust in these novel materials?
In the vast landscape of modern science and technology, graphene and two-dimensional materials (2DM) have emerged as game-changers, revolutionising industries with their remarkable properties and diverse applications. Among the myriad fields benefiting from their extraordinary characteristics, photonics stands out as one of the most promising domains. Photonics, the science and technology of generating, detecting and controlling photons, has found new avenues for innovation and advancement through the integration of graphene and 2D materials. In this article, we delve into the captivating realm of photonics and explore how graphene and 2D materials are reshaping its landscape, opening up unprecedented possibilities and paving the way for groundbreaking discoveries.
In 2013, the European Commission (EC) started its largest research and innovation project to date: the Graphene Flagship, with a budget of €1 billion. This project ran for ten years and provided funding to a consortium of approximately 170 academic and industrial partners spanning 22 countries and collaborating on the development of marketable products containing graphene and related 2D materials. The project and investment have been largely successful, with collaboration and longevity pinpointed as being the biggest benefits of the project, which generated €5.9 billion in economic impact and helped to create 81,622 jobs. Considering the success of the Graphene Flagship and the European Union’s aim to strengthen science and technology within its borders, the initiative will continue under the Horizon Europe programme.
The last year was nothing like any of the preceeding years for the Graphene Flagship. We celebrated the first ten years of the project as we closed Core 3, and with it the single-project structure of the Flagship. The five-day final review and the broader assesment of the past decade meant a lot of hard work by many. In the end, I think we can proudly say that we have delivered beyond expectations and given European tax-payers extremely good value for their money. It was not a true ending, but nevertheless a feeling of departure for many in the community – the end of the Graphene Flagship as we knew it.
