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Fusion 2100
How will a fusion power plant work? Where does fusion research stand today? A school class in 2100 re-enacts how the development of the fusion energy source proceeded.

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European Consortium for the Development of Fusion Energy

IPP is member and coordinator of the EUROfusion consortium, which comprises
30 fusion centres in 26 states of the European Union, in Switzerland and Ukraine.

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First place in IAEA’s "Materials for Fusion" challenge / Computer-simulated wall load in a fusion power plant

Needles in a haystack

October 05, 2018

First place in IAEA’s "Materials for Fusion" challenge / Computer-simulated wall load in a fusion power plant [more]
Professor Dr. Ursel Fantz elected to the European scientific society

IPP scientist elected as member of Academia Europaea

October 04, 2018

Professor Dr. Ursel Fantz elected to the European scientific society [more]
Magnetic configuration effects on the Wendelstein 7-X stellarator / Cover story of Nature Physics 8/18

Wendelstein 7-X makes the cover

August 08, 2018

Magnetic configuration effects on the Wendelstein 7-X stellarator / Cover story of Nature Physics 8/18 [more]
ASDEX Upgrade and Wendelstein 7-X – as if you were there / 360° view of fusion research

Touring IPP’s fusion devices per virtual-reality viewer

August 07, 2018

ASDEX Upgrade and Wendelstein 7-X – as if you were there / 360° view of fusion research [more]
Information about research with the ASDEX Upgrade fusion device

New Issue of ASDEX Upgrade Newsletter

July 27, 2018

Information about research with the ASDEX Upgrade fusion device [more]
Neutral-particle heating for ITER / Fast-hydrogen-particle beam for plasma heating

IPP’s ELISE test rig achieves first ITER objective

July 04, 2018

Neutral-particle heating for ITER / Fast-hydrogen-particle beam for plasma heating [more]
 
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