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News & Media

Latest ITER Newsline

  • Fusion world | Innovative approaches and how ITER can help

    More than 30 private fusion companies from around the world attended ITER's inaugural Private Sector Fusion Workshop in May 2024. Four of them participated in a [...]

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  • Robert Aymar (1936-2024) | A vision turned into reality

    Robert Aymar, who played a key role in the development of fusion research in France and worldwide, and who headed the ITER project for 10 years (1993-2003) befo [...]

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  • The ITER community | United in a common goal

    Gathered on the ITER platform for a group photo (the first one since 2019, in pre-Covid times) the crowd looks impressive. Although several hundred strong, it r [...]

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  • Vacuum vessel | Europe completes first of five sectors

    The ITER assembly teams are gearing up to receive a 440-tonne machine component shipped from Italy—sector #5, the first of five vacuum vessel sectors expected f [...]

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  • SOFT 2024 | Dublin conference highlights progress and outstanding challenges

    Nestled in the residential suburb of Glasnevin, Dublin City University is a fairly young academic institution. When it opened its doors in 1980 it had just 200 [...]

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Of Interest

See archived entries

Image of week

Architectural challenges and solutions

An installation as massive as ITER, with a main complex rising 60 metres above ground and construction spreading over 42 hectares, could be a terrible eyesore and an offense to the beauty of its rural surroundings.

Photo EJF Riche - ITER Organization (Click to view larger version...)
Photo EJF Riche - ITER Organization
On the contrary, at ITER—thanks to the effort that went into its design and architecture—the scientific installation adds a spectacular touch to the landscape.

The architects at the Parisian firm ENIA, who planned the exterior aspect of the ITER buildings, wanted them to blend into the natural environment and at the same time express the highly technical nature of the research work being performed within.

The solution they chose, a cladding that alternates mirror-like stainless steel panels and grey-lacquered metal stripes, has proved efficient: on certain days, under certain light conditions, the buildings seem to disappear as they reflect the shades and colours of the changing skies.

In designing ITER Headquarters, Rudy Ricciotti—the award-winning architect of the Mucem museum in Marseille—and his local partner, Laurent Bonhomme, faced a different challenge: combining the functional requirements of a large office building with the daring architectural gesture that ITER deserved.

In their vision, the five-storey, 165-metre-long construction situated slightly below the ITER construction platform should be a "visual pedestal [...] a horizontal monolith responding to the exuberant verticality of the Tokamak Complex."

Here too, the architects succeeded. As is obvious in this picture, part of our most recent drone survey, architecture has bestowed a unique and unexpected beauty on ITER.



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