Subscribe options

Select your newsletters:


Please enter your email address:

@

News & Media

Latest ITER Newsline

  • Open Doors Day | An intense and unforgettable experience

    Saturday was Jacques's birthday. At age 90, the long-retired engineer from Aix-en-Provence had only one item on his wish list: to visit ITER for a third time an [...]

    Read more

  • Power conversion | A potent illustration of the "One ITER" spirit

    Europe made the buildings; the piping came from India; China and Korea provided the transformers; Russia manufactured the massive 'busbar' network. The ITER Org [...]

    Read more

  • Fusion world | Upgrade completed on DIII-D tokamak

    The DIII-D National Fusion Program (US) has completed a series of important enhancements to its fusion facility, providing researchers with several first-of-a-k [...]

    Read more

  • Vacuum lab | Ensuring leak test sensitivity

    A helium leak test is one of several factory acceptance tests planned for the sectors of the ITER vacuum vessel before they are shipped to ITER. In a vacuum lab [...]

    Read more

  • Bookmark | The Future of Fusion Energy

    To write about fusion is to walk a fine line between the temptation of lyricism and the arid demands of scientific accuracy. Whereas the general media tends to [...]

    Read more

Of Interest

See archived entries

"You are ITER!"

R.A.

''ITER has acquired a concrete and spectacular reality,'' said Bernard Bigot in his all-staff address on 21 January 2016. ''This building is ITER. These steel parts are ITER. Most important of all—you are ITER!'' (Click to view larger version...)
''ITER has acquired a concrete and spectacular reality,'' said Bernard Bigot in his all-staff address on 21 January 2016. ''This building is ITER. These steel parts are ITER. Most important of all—you are ITER!''
The last time the ITER staff was assembled on the worksite was September 2011, a little more than one year after construction began in earnest. At that time, only one building stood on the platform—the near-finished Poloidal Field Coils Winding Facility.

Four years and a few months later work is underway on the second underground level of the Tokamak Complex; the Assembly Hall rises 60 metres above platform level; the Cryoplant, Cleaning Facility, Site Services, Cooling Systems and Control buildings are all at various stages of preparation; and large machine components are already stored in the Cryostat Workshop, ready to be assembled and welded.

The gathering of ITER staff on-site was long overdue. The month of January and its traditional New Year's wishes, and the presence in the vast hall of the Cryostat Workshop of large pieces of steel from the cryostat base, provided the opportunity.

"Look how massive they are—and consider they represent only one-eighth of the total mass of the 3,850-tonne ITER cryostat," said ITER Director-General Bernard Bigot in his address. "Indeed, we are building a big machine..."

There was awe, and there was pride at this vision.

There was awe and pride at the vision of the large pieces of steel for the cyostat base stored in the Cryostat Workshop. (Click to view larger version...)
There was awe and pride at the vision of the large pieces of steel for the cyostat base stored in the Cryostat Workshop.
ITER had come a long way since the Geneva Summit 30 years ago. "It has acquired a concrete and spectacular reality," added Bernard Bigot. "This building is ITER. These steel parts are ITER. Most important of all—you are ITER!"

Along the long way there may have been doubts and sometimes discouragement. "But ITER is too important to let these feelings take hold of us. What we are working for is much bigger than we are. What is at stake with ITER—and with fusion—is energy safety for the generations to come. And energy safety is one of the first conditions for a better life for all."

With this in mind, the ITER staff (some 550 out of 650 staff members were present) closed ranks for the official photograph—a very impressive one, which conveyed the pride, commitment and enthusiasm of the men and women from 35 nations working to translate into reality "the dream of three generations of fusion physicists."

How the ITER staff grew — view slideshow below.


return to the latest published articles