Material Technology

Founding Partners Sign Charter Establishing Neutron Source Consortium LENS

12 September 2018: Vienna, Austria — Representatives of eight European research infrastructures signed the Charter of the League of advanced European Neutron Sources (LENS) today at the International Conference of Research Infrastructures, ICRI2018.
Founding Partners Sign Charter Establishing Neutron Source Consortium LENS
Contact

Hauback, Bjørn Christian

Head of Department

Holt, Arve

Research Director

 

Photo above, from left: Arve HOLT | IFE ; Tamás Belgya | BNC ; Eric Eliot | LLB ; Helmut Schober | ILL ; John Womersley | ESS ; Christof Niedermayer | PSI ; Stephan Förster | MLZ. Photo: ILL

Jean-David Malo, European Commission, welcomed the creation of the LENS consortium for more impactful and open European neutron science: “The LENS consortium objectives are well aligned with the Long term sustainability plan for Research Infrastructures of the Commission”.

The founding partners in the consortium include both European and national facilities in France, Germany, Sweden, Hungary, the United Kingdom, Norway and Switzerland. Other qualifying facilities are invited to join at any time.

Helmut Schober, director of ILL, stated during the ceremony “Research on materials will provide the basis for the technologies of the future that are needed to achieve a sustainable high standard of living all over the globe. LENS will help developing these technologies by optimizing the use of resources for neutron investigations through strategic coordination among the neutron facilities.”

The establishment of LENS comes at a key moment of transition and optimism in European neutron science, and places particular emphasis on the interaction between the neutron science user communities and funding organizations. By optimising resources and closely aligning policies among partners, the LENS vision is one of continuous improvement and adaptation by neutron source facilities to the communities they serve.

Banding together to shape the future
Solving the grand challenges facing our societies often requires the development of new high-performance materials. Tailor-made materials and material systems are required for the advancement of all key technologies, from information technology and renewable energy concepts, to safer and more environmentally friendly transport systems and life-saving medical applications. Probing materials with neutrons stands as one of the pillars of the analytical techniques in this chain of discovery.

Neutron-based analytical facilities, therefore, are used in numerous disciplines across the entire range of science and technology development, and generate a high socio-economic impact. Europe has achieved global leadership in this field, serving a very broad scientific community of more than 5,000 researchers by providing them with more than 32,000 instrument days at neutron scattering facilities.