Graphene Flagship

Graphene Flagship
Name	Graphene Flagship
Formation	2013
Type	European Union Future and Emerging Technologies flagship
Headquarters	European Commission
Region served	Europe

Graphene Flagship is one of the largest-ever European Union research initiatives, established under the Future and Emerging Technologies program. Launched with a billion-euro budget over ten years, it aims to transition graphene and related two-dimensional materials from academic laboratories into European society. The consortium unites academic and industrial researchers from across the continent to foster innovation, commercialization, and economic growth.

Overview

This flagship functions as a large-scale, long-term scientific collaboration, coordinating efforts across numerous European nations. Its core mission is to secure a major technological and industrial role for Europe in the burgeoning field of two-dimensional materials, with graphene at its forefront. The initiative connects fundamental science at institutions like Chalmers University of Technology with applied development in companies such as Nokia and Volkswagen Group. It operates through a structured work package system, managing everything from materials science to specific application development.

History and funding

The initiative was conceived following a high-profile report by a panel of experts, including Jari Kinaret and Andrea C. Ferrari. Officially launched in 2013, it was funded through the European Commission's Framework Programmes for Research and Technological Development, specifically under FP7 and later Horizon 2020. A core grant of one billion euros was committed to support activities until 2023, with co-funding from participating members like the Swedish Research Council and the German Research Foundation. Its creation was a direct response to global competition, notably from research efforts in the United States and Asia.

Scientific and technological objectives

The primary objectives focus on developing the entire value chain for graphene-based technologies. This encompasses the scalable production of high-quality material, pioneered by partners like the University of Cambridge and the National Graphene Institute. Key application targets include advanced composite materials for the automotive industry, next-generation electronics and photonics, innovative energy storage devices like batteries and supercapacitors, and novel sensor and biomedical platforms. The work also extends to other layered materials such as hexagonal boron nitride and transition metal dichalcogenides.

Structure and organization

The consortium is coordinated by Chalmers University of Technology in Gothenburg, with deputy directors from institutions like the University of Cambridge and the Catalan Institute of Nanoscience and Nanotechnology. It is divided into thematic work packages, each led by a principal investigator from a major university or research institute, such as the Italian Institute of Technology or the AMOLF institute. Industrial partners, including BASF and STMicroelectronics, lead specific innovation spearhead projects. Governance involves a board of directors, a strategic advisory council, and an executive board.

Key achievements and milestones

Notable outputs include the development of graphene-based photodetectors for high-speed data communications and the integration of graphene into prototype Li-ion batteries. The flagship demonstrated the world's first graphene-enabled optical modulator and produced a functional health monitoring system using flexible graphene sensors. It has also established a pilot line for wafer-scale integration of graphene with silicon technologies. These results have been disseminated in high-impact journals like *Nature* and at major conferences, solidifying Europe's leadership position.

Future directions and impact

Following its initial decade, the initiative is evolving under new European Union funding frameworks like Horizon Europe. Future efforts will deepen the integration of two-dimensional materials into existing industrial processes and explore disruptive concepts in quantum technologies and neuromorphic computing. The long-term impact is measured by its contribution to creating new markets, startups, and standards, ultimately aiming to generate sustainable economic growth and address societal challenges through advanced materials innovation.

Category:European research and technology organizations Category:Materials science organizations Category:Graphene