1. 1 e-Infrastructures: the European Perspective on Scientific Data Carlos Morais Pires INFSO Directorate F Unit F3 “The views expressed in this presentation are those of the author and do not necessarily reflect the views of the European Commission”

2. 2 A new way of doing Research

3. 3 Infrastructures and Infostructures  e-Infrastructures are enablers:  They empower research methods making available advanced tools, instruments, testbeds, etc  They allow remote access of unique resource to Scientists  They enable collaboration  Science is the flow from Information to Knowledge, to Wisdom and to Foresight

4. 4 A new vision for Science  Virtual communities  Improved scientific process  Cross-disciplinarity  Data deluge Wet-labs versus ICT infrastructures  Role of simulation

5. 5 The knowledge triangle at work  in producing knowledge through research  in diffusing it through education  in applying it through innovation To be a genuinely competitive in the knowledge economy, one must be better

6. 6 Global Virtual Research Community Global:  Europe  Europe and beyond (neighborhood, other continents) Definition

7. 7 Global Virtual Research Community Virtual:  Not at the same location  Distributed  Inside a computer e.g. as a simulation  In-silico  Remotely accessed Definition

8. 8 Global Virtual Research Community Research:  Scientific R&D work  Innovation  Education e.g. eLearning  Health e.g. eHealth  Government e.g. eGov Definition

9. 9 Global Virtual Research Community Community:  People collaborating  People accessing remote and unique scientific resources  Machine to Machine communication Definition

10. 10 Global Virtual Research Community Structure Network Grid Scientific Data Models Representations Workspace Meetings, etc. Virtual Community

11. 11 Global Virtual Research Community Structure Virtual Community Network Grid Scientific Data Models Representations Workspace Meetings, etc. Virtual Community Network Grid Scientific Data Models Representations Workspace Meetings, etc. Virtual Community Network Grid Scientific Data Models Representations Workspace Meetings, etc.

12. 12 Global Virtual Research Community Structure Virtual Community Network Grid Scientific Data Virtual Community Network Grid Scientific Data Models Representations Workspace Meetings, etc. Virtual Community Network Grid Scientific Data Models Representations Workspace Meetings, etc. Models Representations Workspace Meetings, etc. Network Grid Scientific Data

13. 13 Virtual Community Scientific Data Models Representations Workspace Meetings, etc. Virtual Community Scientific Data Models Representations Workspace Meetings, etc. Global Virtual Research Community Structure Scientific Data Models Representations Workspace Meetings, etc. Scientific Data Virtual Community Grid operated by EGI (based on EGEE experience) Network operated by DANTE & NRENs

14. 14 Quantity and Paradigm Shift Modern Science makes increasing use of information and communication technologies –new instruments for experimentation, observation, measurement are made available (link with physical infrastructures) –new possibilities for research in all domains, to use and share ‘experimental data’ and link it with models, simulation, software and dissemination papers Volumes of scientific data produced or exchanged is growing very fast Scientific Digital Repositories: brief introduction

15. 15 Capturing Reality: scientific data becomes infrastructure

16. FP7/Capacities 2007: (15 Million €: Call 1 – closed May 2007) 2007-1.2.1: Scientific Repositories The Continuum – in time: (forever) expandability of repositories, curation and preservation – between raw data to publications: linking data with computation and dissemination tools – between different scientific domains: the use of data across different disciplines of science – between research and education – role of research infrastructures to link research and its dissemination through education Figure: Klein Bottle with Moebius Band. Reference to article "Imaging maths - Inside the Klein bottle" at http://plus.maths.org/issue26/index.html. The Klein bottle is a non- orientable surface found by Felix Klein in 1882 while working on a topological classification of surfaces. Scientific Digital Repositories in FP7: 2007/08 e-Infrastructres in Capacities Programme FP7/Capacities 2008: (20 Million € planned in a future Call) 2008-1.2.5: Scientific Data Infrastructure

17. Further Information & Contact Contact and Further Infortmaion: Carlos Morais Pires carlos.morais-pires@ec.europa.eu Further information http://cordis.europa.eu/ist/rn/ Scientific Digital Repositories (closed 2 nd May)