LEAPS 2030 Strategy Released
On the 13th of November 2017, in Brussels 16 organisations representing 19 light sources facilities across Europe gathered to launch the LEAPS initiative and signed an agreement to strengthen their collaboration, in the presence of Robert-Jan Smits, Director General for Research and Innovation (RTD) at the European Commission, and Giorgio Rossi, Chair of the European Strategy Forum on Research Infrastructures (ESFRI).
Today we announce the publication of the LEAPS Strategy 2030, shows how the members, by joining forces, will be able to deliver even better capacity and capabilities at their research infrastructures. This will be done through smart specialisation, closer co-operation, better engagement with industry and working together with the existing user communities to reach out to scientists, academic and non-academic, that may not yet know of all the tools and skills available at photon sources for solving questions from all fields of science. The strategy explains how LEAPS will address key issues of the European Long-Term Sustainability Action Plan, presents roadmaps to optimise national and European resources and also describes the how the path towards FP9 looks with a few carefully selected pilot activities under the Horizon2020 programme.
"LEAPS fully embrace the European Commission’s “Open Innovation, Open Science, Open to the World” concept and with the planned activities building on our strategy we hope to make a substantial contribution in making this a reality."
-Dr Caterina Biscari, Director of ALBA Synchrotron and Vice Chair of LEAPS
The light sources that form LEAPS are all accelerators-based, producing exceptionally intense beams of X-rays, ultra-violet and infrared light. They count with a community of 24 000 direct user scientists with an extended network of 35 000 researchers, among them five Nobel Prizes.
These ‘super-microscopes’ are having a huge impact on science across Europe and worldwide, as they enable insights, which are not possible with more conventional equipment - enabling research on samples in the tiniest detail, helping make invisible information strikingly visible. They are helping scientists meet the challenges we face globally in 21st century society as they are used for both basic and applied research, covering virtually all fields of science from chemistry, biology and physics, to energy, medicine, cultural heritage and engineering.
Professor Andrew Harrison, CEO of Diamond Light Source, the UK's national synchrotron said: "Diamond Light Source is delighted to be part of this major new initiative to strengthen the role of light sources in science across Europe. Diamond is one of the most advanced scientific facilities in the world, and its pioneering capabilities are helping to keep the UK at the forefront of scientific research and now our work will have even wider reach as part of LEAPS. “
"This major collaboration comes at a time when we have also just committed to the 'Together Science Can' declaration - a global campaign to unite researchers and institutes around the world to protect vital international scientific collaboration. For Diamond, LEAPS is a tangible way of contributing to that aspiration."
- Prof Andrew Harrison, CEO of DIamond Light Source