Registration for the 16th ITER International School in Bengaluru, India, on "Tokamaks as Fusion Reactors" has been extended through 3 September 2026. CLICK HERE FOR ALL INFORMATION.
ITER was represented earlier this month at the world's largest exhibition dedicated to the civil nuclear sector—the World Nuclear Exhibition (WNE), which was organized in Paris and virtually from 30 November to 2 December 2021.
WNE brings together the global civil nuclear community once every two years for networking and discussions of the major challenges facing the industry and society. This year's edition, which attracted more than 600 exhibitors from 83 countries and approximately 18,000 participants, was organized around the theme "The nuclear industry, a key partner for a low-carbon society in a responsible future."
Organizers highlighted the role that the global nuclear sector can play as a "steerable, non-intermittent, and competitive" source of electricity in the fight against climate change and the effort to move toward a sustainable low-carbon-emissions future. "R&D in new technologies and concepts are stimulating the sector as well as business and job prospects and competitiveness within the entire value chain," stressed WNE President Sylvie Bermann.
In her address on the opening day, European Commissioner for Energy Kadri Simson placed ITER squarely in the category of "disruptive innovations. "The benefit for international scientific collaboration and the potential spill-over effect for technological innovation is hugely significant."
At the ITER stand, in space shared with the European Commission and the European Domestic Agency Fusion for Energy, there was a steady stream of interested visitors over three days. The most common question from nuclear industry representatives was: "How can we get involved in fusion?"
To create fusion, you need a very different world to the one we live in. It needs to be six orders of magnitude hotter and six orders of…
Six orders of magnitude
To create fusion, you need a very different world to the one we live in. It needs to be six orders of magnitude hotter and six orders of magnitude less dense — and the result is six orders of magnitude more energy than most everyday processes. The EFDA web site has the whole story here...