Science & Innovation with Neutrons in Europe in 2020

This website is no longer being updated as the project has come to an end. For up-to-date news, events and information, please visit www.neutronsources.org.

SINE2020, world-class Science and Innovation with Neutrons in Europe in 2020, is a consortium of 18 partner institutions from 12 countries. It is funded by the European Union through the H2020 programme. Read more.

Latest news

Funding available for Neutron and Muon Advanced Schools

Funding available for Neutron and Muon Advanced Schools

02/11/2016

SINE2020 will financially support a number of Neutron and Muon Advanced Schools. The call for proposals is open and the deadline is 30 November 2016. read more

 New Interactive Brochure: NMI3 – A successful European collaboration for science

New Interactive Brochure: NMI3 – A successful European collaboration for science

25/10/2016

This interactive brochure illustrates the contribution of the Neutron and Muon consortium to advancing science in 2012-2016. It focus on the impact of the NMI3 activities on both science and society. read more

NEW VIDEO: 1 Year of SINE2020

NEW VIDEO: 1 Year of SINE2020

20/10/2016

SINE2020 celebrated its 1 year anniversary on October 1st. This video shows what we have been up to. read more


The new Industry brochure

The new Industry brochure

19/10/2016

The Industry Consultancy WP has published a brochure to tell industrial companies how to “Boost their innovation process with advanced analytical techniques at European neutron sources”. Have a look and if you’d like to distribute some copies, feel free to contact us! read more

New Management team at ILL as of October 1, 2016

New Management team at ILL as of October 1, 2016

11/10/2016

Helmut Schober became the new ILL Director, Mark Johnson the new Science Director and British Associate Director, and Alexandre Durand the new Head of Administration. read more

Where is the muon? A review of simulation methods

Where is the muon? A review of simulation methods

30/09/2016

Scientists review approaches used to computationally predict muon sites and interaction parameters. read more


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