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News & Media

Latest ITER Newsline

  • Cryoplant | A vertical displacement event

    Three vertical storage tanks have been installed since last week outside of the cryoplant. The operation requires two powerful cranes working in tandem but also [...]

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  • Science in Texas | ITER draws enthousiasm

    At its Annual Meeting in Austin, Texas, the American Association for the Advancement of Science, AAAS, invited participants to illustrate how investment in basi [...]

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  • Image of the week | In the belly of the (flying) whale

    On 15 February, 'Isabelle' and 'Jeanne,' the last of the ten toroidal field coils manufactured in France for the EU-Japan tokamak JT-60SA, were swallowed into t [...]

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  • Nuclear safety | "A pragmatic and creative approach"

    Safety is at the core of all nuclear activities. Over the past seven decades—since the first experimental reactor was brought to criticality in 1942—codes, stan [...]

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  • Intellectual property | Modernizing processes and practices

    'A wise man will always allow a fool to rob him of ideas without yelling 'Thief.' If he is wise, he has not been impoverished,' says Ben Hecht in A Child of the [...]

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Of Interest

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A symphony of particles

This four-minute video will take you into the very heart of the ITER Tokamak. (Click to view larger version...)
This four-minute video will take you into the very heart of the ITER Tokamak.
Have you ever wanted to visualize what happens inside of a tokamak?

In a spectacular new video on ITER operation produced by the National Center of Computational Sciences (located at Oak Ridge National Laboratory, US), you can follow high-velocity deuterium particles as they are injected into the ITER plasma.

Against a backdrop of symphonic music played by the Czech National Symphony Orchestra, the particle density in the plasma begins to build, the injected particles start to collide with their lower-energy cousins, and their energy is transferred, heating the plasma and driving the plasma current. The conditions are ripe for fusion reactions, and a small Sun is created in the centre of the machine.

Produced from supercomputer simulations, the video will take you behind the walls and past the complex supporting systems for ITER, into the very heart of the fusion reaction.

Watch the video here.

"Fusion Energy Production by Deuterium Particle Injection" was funded in part by the US Department of Energy, Oak Ridge National Laboratory, and the National Center of Computational Sciences. (Visualization by Jamison Daniel.)


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