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Huge, Faltering Fusion Reactor Project Finally Completes Its Magnet System

It took 20 years, but the design and delivery of the International Fusion Energy Project’s massive toroidal magnets is complete. The 19 coils are now in Southern France, according to an ITER release, setting the stage for the massive nuclear…

It took 20 years, but the design and delivery of the International Fusion Energy Project’s massive toroidal magnets is complete. The 19 coils are now in Southern France, according to an ITER release, setting the stage for the massive nuclear fusion project to make its first plasma... eventually.

Suggested ReadingThe Best Gadgets of June 2024The Acolyte Will Incorporate More Star Wars LegendsInterview With the Vampire's Season 2 Finale Goes Full Divorce CourtThe New Beats Pills Are Finally Here Share The Best Gadgets of June 2024The Acolyte Will Incorporate More Star Wars LegendsInterview With the Vampire's Season 2 Finale Goes Full Divorce CourtThe New Beats Pills Are Finally Here Share Related ContentRelated ContentNuclear fusion is a reaction that occurs when two or more atoms’ light nuclei come together to form a single nucleus, releasing a huge amount of energy in the process. That’s not to be confused with nuclear fission, which releases energy and radioactive waste by splitting heavy nuclei apart. Nuclear fusion occurs naturally—it’s the reaction that powers stars—but not on Earth. However, AdvertisementTokamaks use magnets to contain and control their plasmas. ITER’s toroidal field coils—the experiment’s magnets—will be cooled to just -452.2 degrees Fahrenheit (-269 degrees Celsius), making them superconductive. The 56-foot tall (17-meter) coils will be wrapped around the doughnut-shaped vessel that contains the plasma, allowing ITER scientists to control the fusion within the vacuum vessel. AdvertisementAn illustration of a human in front of ITER’s toroidal field coils around the tokamak vacuum vessel.Illustration: ITERITER will be larger than any other tokamak, with a central solenoid magnet made up of six 110-ton magnet modules. The entire tokamak will weigh a staggering 23,000 tons, and its magnets will generate a field about 300,000 times more powerful than the one generated by our whole freakin’ planet. Its plasma will be heated to 302 million degrees Fahrenheit (150 million degrees Celsius), 10 times hotter than the Sun’s core. ITER was expected to hold its first plasma next year, with its first fusion reaction slated for 2035, according to an updated baseline presented at the 34th ITER Council last month. The updated baseline schedule will be publicly announced in a press conference this Wednesday, July 3.AdvertisementITER was introduced by Gorbachev and Ronald Reagan in 1985, though the project was only sited in 2005. Nearly 20 years later, experiments have yet to be hosted in the tokamak. As reported by Scientific American, ITER’s cost has swelled fourfold since it began, with recent estimates putting the project at over $22 billion; technical defects and the covid pandemic have contributed to the delays.A wry truism—so rehashed it’s a cliché—holds that nuclear fusion as an energy source is always 50 years away. It’s forever just beyond the technologies of today, and, like an irredeemable ex, we’re always told “this time it will be different.” ITER is intended to prove fusion power’s technological feasibility, but importantly not its economic viability. That’s another vexing issue: making fusion power not only a workable energy source, but a viable one for the power grid.AdvertisementNuclear fusion is seen as a holy grail of energy physics, a way to end our dependence on fossil fuels. But it More:

It took 20 years, but the design and delivery of the International Fusion Energy Project’s massive toroidal magnets is complete.
Zachary Burns · Thehackingpost

Based on reporting by gizmodo.com.

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AI transparency. This article was produced with the assistance of artificial intelligence and published under human editorial oversight. AI systems can make mistakes. Read how we use AI (EU AI Act, Art. 50).
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