World's largest fusion reactor takes shape in France

Scientists from multiple nations are constructing the International Thermonuclear Experimental Reactor in southern France to test fusion energy at an unprecedented scale. The project carries an estimated cost of $22 billion and aims to replicate conditions inside the Sun.

The facility features a doughnut-shaped vacuum chamber designed to contain plasma at 150 million degrees Celsius. Engineers must manage extreme temperatures by placing superconducting magnets near absolute zero, separated only by a thin heat shield. Cracks discovered in the heat shield piping in 2020, along with welding issues and pandemic disruptions, added years to the schedule and $5 billion in costs.

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Illustration of SoftBank's 75 billion euro investment in AI data centers in France, showing modern facilities near Versailles.
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Softbank pledges up to 75 billion euros for data centers in France

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Japanese conglomerate Softbank announced an investment of up to 75 billion euros in artificial intelligence-related data centers in France. The announcement came on the eve of the Choose France summit held in Versailles.

Researchers at Helmholtz-Zentrum Dresden-Rossendorf have filmed copper atoms losing and regaining electrons in femtoseconds using dual lasers. The experiment creates superheated plasma mimicking extreme cosmic conditions. Findings could advance laser fusion research.

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The Department of Energy announced that Antares Nuclear’s Mark-0 reactor completed a zero-power fueled criticality demonstration at Idaho National Laboratory on June 4. The milestone marks the first privately developed non-light-water reactor to go critical in the United States in more than 40 years.

Japan's Industry Ministry has proposed replacing two to five aging nuclear reactors by the 2040s and 11 to 14 by the 2050s.

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CERN researchers are set to transport around 100 antiprotons by truck around the campus near Geneva, Switzerland, on Tuesday. This marks the first demonstration of a planned antimatter delivery service to labs across Europe. The experiment, known as STEP, aims to enable precision measurements away from the noisy antimatter factory.

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