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News & Media

Latest ITER Newsline

  • Computer-Aided Design | A new platform with Australia

    In September 2016, the signature of a Cooperation Agreement between the Australian Nuclear Science and Technology Organisation (ANSTO) and the ITER Organization [...]

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  • Ten years later | A prodigious adventure

    ITER began its existence as an aspiration in the early 1980s, as actors in the fusion community called for the joint machine that would demonstrate the feasibil [...]

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  • Image of the week | An impromptu visit

    Afteraddressing the UN Climate Change Conference on 15 November, French President Emmanuel Macron toured thecolourful COP23 exhibition zone. It was towards the [...]

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  • Cryoplant | How to install a compressor

    In order to properly install a helium compressor skid on its concrete pad, you need to start with a large push broom to sweep away the dust that inevitably accu [...]

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  • Magnetic system | Nine rings to fight the force

    Work on the pre-compression ringsof the ITER magnet system progresses in Europe, where work on a full-scale prototype is underway. These technically challenging [...]

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Of Interest

See archived articles

Fusion research benefits society (1/4)

Developing fusion science, engineering and technology to a point where fusion energy can be supplied to the grid is one of the most exciting challenges of the 21st century, and potentially one of the most rewarding.

Small and large advances are being made daily. Improvements in industrial processes, new materials, innovative remote handling technologies and computer modelling techniques ... these products of fusion R&D at the cutting edge of science and technology are not only benefitting the fusion development effort, but also society at large through spinoff technologies.

In a new series of videos produced by the European Commission, we're introduced to some of the factories, businesses and laboratories that are creating spinoff applications that interest the aerospace, biomedical, and telecommunications industries.

The first of the series takes us to the EPFL institute in Switzerland, where work on ITER's powerful plasma heaters (gyrotrons) has led to the mastery in the domain of high frequency electromagnetic waves. A spinoff company, Swissto12, now supplies components for terahertz signal transmission—an area of the electromagnetic spectrum that cannot be transmitted by any conventional technology.



Click here to view the video...



Many more videos are available on the ITER video page...

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