Objectif
HiPER is a multi-national laser facility designed to allow Europe to take a leading position in the pursuit of Inertial Fusion Energy, whilst offering an internationally unique capability for science in extreme conditions. It will open up entirely new areas of research, providing access to physics regimes which cannot be explored on any other science facility. It has been formally endorsed by 6 European nations at the governmental or national funding agency level, 2 regional governments, over 20 scientific institutions and has direct involvement from industry. Inertial Fusion Energy (IFE) lies at the heart of the design of HiPER. Fusion is the holy grail of energy sources – combining abundant fuel with no greenhouse gas emissions, minimal waste products, and a scale that can meet mankind’s long-term energy demands. Fusion combines hydrogen isotopes to create helium gas and a neutron which is captured to provide heat for a steam turbine. The IFE solution for fusion is a proven scientific concept. A laboratory demonstration of net energy production using lasers for IFE is now only 2 years away, marking the culmination of 40 years research. This will attract significant public and political attention, and so the HiPER project has been developed to provide a clear path forwards, based on a strong science mission. The design has been produced over the past years by scientists from 12 of the 15 nations now associated with HiPER. This proposal combines all aspects relevant to a preparatory construction phase, as part of an integrated 68 M€, 5-year project. The project already stretches beyond the EU, involving coordination with work in Japan, China, South Korea, Canada, Russia and the USA. HiPER represents science with a strong societal goal. It is designed to secure the continued competitiveness of Europe into the next decades.
Champ scientifique
Mots‑clés
- Astrophysics
- IFE
- Laboratory
- Laboratory Astrophysics
- Laboratory Astrophysics extreme matter studies
- Laser fusion
- Laser fusion IFE nuclear physics warm dense matter studies
- Laser fusion IFE nuclear physics warm dense matter studies Laboratory Astrophysics extreme matter studies Turbulence laser-plasma interaction physics nuclear physics
- Turbulence
- Turbulence laser-plasma interaction physics
- extreme matter studies
- interaction physics
- laser-plasma
- laser-plasma interaction physics
- nuclear physics
- warm dense matter studies
Appel à propositions
FP7-INFRASTRUCTURES-2007-1
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Régime de financement
CP-CSA-Infra - Combination of CP and CSACoordinateur
SN2 1SZ SWINDON
Royaume-Uni
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Participants (19)
75015 PARIS 15
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00185 Roma
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75794 Paris
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33077 BORDEAUX
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00196 Roma
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115 10 ATHENS
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11812 PRAGUE
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28040 Madrid
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00154 Roma
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12489 Berlin
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64291 Darmstadt
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603950 NIZHNY NOVGOROD
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01 497 Warszawa
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1049 001 Lisboa
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119991 MOSKVA
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182 21 Praha 8
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710 04 IRAKLEIO
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64289 Darmstadt
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73132 CHANIA
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