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EUROfusion shock ignition IFE project
Presentation of the project
Work Package 1: Characterization of hot electrons and hot-electron-driven SI
Work Package 2: Hydrodynamic instabilities and mitigation strategies in DD-SI, including use of foams
Work Package 3: Bipolar SI – direct drive compression and bipolar spike irradiation, new ignition concepts
Work Package 4: Parametric instabilities and cross beam energy transfer, mitigation using broadband lasers
Work Package 5: Magnetic-field-assisted inertial fusion implosion and ignition
Documents
Internal
HiPER Plus
Presentation of the HiPER Plus project
Inertial confinement fusion: direct and indirect drive
Documents
Internal
Calls for proposals
Conferences, workshops, schools
Conferences and workshops
Schools
Events
Positions and scholarships
Prize Fabre
LASER FUSION ENERGY EUROPE
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Navigation Menu
Home
EUROfusion shock ignition IFE project
Presentation of the project
Work Package 1: Characterization of hot electrons and hot-electron-driven SI
Work Package 2: Hydrodynamic instabilities and mitigation strategies in DD-SI, including use of foams
Work Package 3: Bipolar SI – direct drive compression and bipolar spike irradiation, new ignition concepts
Work Package 4: Parametric instabilities and cross beam energy transfer, mitigation using broadband lasers
Work Package 5: Magnetic-field-assisted inertial fusion implosion and ignition
Documents
Internal
HiPER Plus
Presentation of the HiPER Plus project
Inertial confinement fusion: direct and indirect drive
Documents
Internal
Calls for proposals
Conferences, workshops, schools
Conferences and workshops
Schools
Events
Positions and scholarships
Prize Fabre
Inertial confinement fusion: direct and indirect drive