Status of ILIAS and FP7 prospective

Transcription

1 Status of ILIAS and FP7 prospective Geppo Cagnoli (ILIAS Project Scientist) INFN and U. of Glasgow 5 th RADIONET Board Meeting 21 st Apr Volterra

2 ILIAS Integrated Large Infrastructures for Astroparticle Science It has been promoted by ApPEC (Astro-particle Physics European Coordination) ILIAS is the only I3 activity of Astroparticle physics in FP6 Support and coordinate a common European Research Activity in the strategic areas of : Double β Decay Dark Matter Gravitational waves Gilles Gerbier replaced Bijan Saghai as coordinator at the beginning of this year 21st April 2006 RADIONET Board Meeting - Volterra 2 of 9

3 ILIAS summary data Start: April 1 st 2004, lasting 5 years 20 contractors from 12 countries ~ 70 labs Audit certificates for those that have a budget higher than 150k Other contributing labs 20 countries, 6 outside EU ~ 70 labs Budget 10M total 7.5M EC contribution 3 Joint Research Activities 5 Networking Activities 1 Transnational Access 4.1M 2.7M 0.7M 21st April 2006 RADIONET Board Meeting - Volterra 3 of 9

4 ILIAS Activities Coordination and Management Underground Laboratories Gravitational Wave Infrastructures Low Background Techniques for DUS Deep Underground Science Labs Integrated 2β Decay Search on 2β Decay Direct Dark Matter Detection Transnational Access Theoretical Astroparticle Physics Thermal Noise reduction in GW Detectors Gravitational Wave Antennae 21st April 2006 RADIONET Board Meeting - Volterra 4 of 9

5 Driving ideas for FP7 ILIAS FP6 maintained the research fields (DBD, DM, GW) separated ILIAS is in favour of the Andrea Giuliani s idea to have JRAs based on specific technology relevant for different projects Networks can be based on physics issues (fundamental questions in ApPEC Roadmap) Multi-messenger investigation of the Universe: GW, neutrino LE+HE, γ-rays, x-rays, cosmic rays, HE neutrino, γ-rays, x-rays, cosmic rays are in HEAPNet! LE neutrino are in ILIAS Next Projects must be of a reasonable size to be managed but multi-messenger idea is strong and should be implemented in FP7 Astroparticle Physics 21st April 2006 RADIONET Board Meeting - Volterra 5 of 9

6 ILIAS Next grid PRELIMINARY Neutrino mass scale properties Dark Matter searches Multi messenger U-ground Labs Proton decay Advanced bolometers Low bkg studies Nuclear techniques Ad. Supporting technologies BIG! Techniques for large vol detectors 21st April 2006 RADIONET Board Meeting - Volterra 6 of 9

7 Neutrino mass scale properties ILIAS Next grid, step 2 PRELIMINARY Dark Matter searches Multi messenger U-ground Labs Proton decay Advanced bolometers Low bkg studies Nuclear techniques Ad. Supporting technologies GW ν γ-rays Techniques for large vol detectors 21st April 2006 RADIONET Board Meeting - Volterra 7 of 9

8 Neutrino mass scale properties ILIAS and the other Projects in Astroparticle Physics Dark Matter searches Multi messenger U-ground Labs Proton decay ILIAS Next Advanced bolometers HEAPNet Low bkg studies Nuclear techniques Ad. Supporting technologies Design Study A GW ν γ-rays Design Study B Techniques for large vol detectors 21st April 2006 RADIONET Board Meeting - Volterra 8 of 9

9 Conclusions Collection of LoIs: 9 for ILIAS Next (JRAs and Ns) 5 Design Study 1 Research Training Network 2 Construction under Ideas 12 people on the Proposal Committee representing the fields of DβD, DM, LE ν, U Labs Next Meeting on 13 th of June in Paris 21st April 2006 RADIONET Board Meeting - Volterra 9 of 9