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Latest ITER Newsline

  • The crown | Unique but inspired by history

    On the floor of the vast amphitheatre that will accommodate the ITER machine, one of the most complex and most strategic structures of the Tokamak Building is t [...]

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  • Image of the week | Moving into place

    The two quench tanks that were sitting in the holding area on the edge of the ITER premises near the car park moved onto the ITER platform today. A remotely [...]

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  • Construction | ENGAGE celebrates 8 years at ITER

    On 13 April, the ENGAGE consortium celebrated its eight-year anniversary at ITER. The celebration itself was unique: hosted at the offices of La Provence, the d [...]

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  • Plasma physics | Be clean, be strong

    To achieve maximum fusion efficiency in a tokamak device it is essential to limit the impurities in the plasma. But this can be a challenge, as interaction betw [...]

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  • Coil power supply | Switching network tested in Russia

    Plasma could not be created in the ITER vacuum vessel without switching network units, whose operation creates the voltage that 'ionizes*' the cloud of fuel ato [...]

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Of Interest

See archived articles

The superconducting connection

Sabina Griffith

Leader of the Magnet and Superconductor Group at CERN during the construction of the Large Hadron Collider, Professor Rossi is now charged with the particle collider's High Luminosity Upgrade, a project that he described to the ITER community on Tuesday, 24 June. (Click to view larger version...)
Leader of the Magnet and Superconductor Group at CERN during the construction of the Large Hadron Collider, Professor Rossi is now charged with the particle collider's High Luminosity Upgrade, a project that he described to the ITER community on Tuesday, 24 June.
They have a lot in common: they are huge, they are powerful and they are superconducting. The blue dipoles that drive CERN's Large Hadron Collider (LHC) and the magnets under construction for ITER share many superlatives.

For this reason, the two international organizations signed a Cooperation Agreement in March 2008 that provides for cooperation in the design and manufacturing of superconducting magnets and associated technologies. CERN has also become the reference laboratory for the testing of ITER's superconducting strands.

Since its implementation in 2009 the collaboration has proven to be an outstanding example of high technology problem solving, with major inputs to the ITER magnets in the areas of superconductors, HTS current leads and high voltage testing.

On 24 June, the CERN-ITER collaboration steering committee came together at ITER Headquarters for its annual meeting, with CERN physicist Lucio Rossi presiding for the last time. He'll be handing the baton to colleague Miguel Jimenez, head of the Technology Department at CERN, in order to concentrate on his new assignment: the LHC High Luminosity Upgrade.

Professor Rossi presented the LHC upgrade project to the ITER community in a seminar titled "LHC: From construction to upgrade."



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