Building a Research Infrastructure and Synergies for Highest
Building a Research Infrastructure and Synergies for Highest Scientific Impact on ESS Roy Pennings March 31 st, 2016 Brightn. ESS is funded by the European Union's Framework Programme for Research and Innovation Horizon 2020, under grant agreement 676548
ABOUT European Union-funded project within the European Commission’s Horizon 2020 Research and Innovation Programme. § 18 European Partners § 11 Countries § € 20 M § 36 Months Support the construction of ESS in key technical areas and in-kind coordination.
BRIGHTNESS WILL ENSURE: § The extensive knowledge and skills of European companies and institutes are best deployed for the construction and operation of ESS. § Technology transfer between ESS and European institutions and companies is optimised. § The maximum technical performance is obtained from the ESS target, moderators and detectors in order to deliver world class science and insights for materials technology and innovation.
MANAGEMENT STRUCTURE Commission WP 1 IKRC WP 2 General Assembly ESS WP 3 ESS, STFC, FZJ, Bilbao, INFN, CEA, Elettra St. B European SAC WP 4 ESS, DTU, Elettra, BNC WP 5 ESS, CERN, CTU, Mi. UN, LU, BNC, ILL WP 6 ESS, PSI, Elettra, KU All Partners
WORK PACKAGES 1 Management 2 Strengthening the in-kind contribution coordination 3 Organisational Innovation 4 Innovation in key neutronic technologies: detectors and moderators 5 Real time management of ESS data 6 Collaboration building, Communication and Dissemination
SCIENTIFIC OBJECTIVES DETECTORS Developing technologies S OR d T RA col ators E D ing er MO vanc mod Ad tron u ne WP 4 WP 5 E DA tim nabli TA e p ng roc rea ess l ing
NON-SCIENTIFIC OBJECTIVES In-kind risk management Community building WP 2 WP 3 WP 6 Industrial participation, knowledge transfer Improving ESS governance structure
WORK PACKAGE 5 Maximise the scientific output of the ESS by enabling live (real time) processing of the data taken on ESS instruments. DELIVERABLES TASKS 5. 1 Creating a standard neutron event data stream for different detector types ESS KU 5. 2 Creating a standard method for streaming meta-data for fast applied fields ESS PSI 5. 3 Software to aggregate and make available the neutron event data and sample meta-data ESS PSI Elettra 5. 1 Design report data aggregator software 5. 2 Report processing choices for detector types 5. 3 Beta-version data aggregator software 5. 4 Report filed data acquisition 5. 5 Data aggregator software 5. 6 Software neutron event data processing 5. 7 Software fast field acquisition
Thank you! Brightn. ESS is funded by the European Union's Framework Programme for Research and Innovation Horizon 2020, under grant agreement 676548
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