Berkeley Lab Marks Nearly a Century of Magnet Research with More to Come
For nearly a century, magnet technology at Berkeley Lab has shaped global research, enabling massive machines and major discoveries – and there’s more yet to come. […]
For nearly a century, magnet technology at Berkeley Lab has shaped global research, enabling massive machines and major discoveries – and there’s more yet to come. […]
Big magnets and big money are at the core of a high stakes race to commercialize fusion energy, aiming ultimately to transform the world’s energy supply with the immense power of zero-carbon fusion. This article highlights the progress of two pioneering companies located only a two-hour drive apart — General Fusion in Richmond, British Columbia, Canada and Helion in Everett, Washington in the U.S. The technologies of both companies rely on powerful electromagnets, eschewing the use of more expensive and complex superconducting magnets typically used in tokamaks. […]
November 19, 2025- Tokamak Energy announces breakthrough results on the path to clean, limitless energy after replicating fusion power plant fields for the first time in its world-leading magnet system. Tokamak Energy’s Demo4, a complete […]
Supporting breakthrough developments in fusion technology and nuclear particle acceleration, D-Pace is stepping out as an independent Canadian-owned firm at a new pace from its headquarters in the city of Nelson in southcentral British Columbia. Recent developments include: […]
The Tokyo Metropolitan Government has recently selected Tokamak Energy for an award under its GX (Green Transformation) Foreign Company Entry Support Program. The scheme run by the Japanese capital was established six years ago to […]
Using a new approach, researchers at the Max Planck Institute for Plasma Physics in Greifswald, Germany have developed a stellarator design that fulfils all the basic physics requirements for a viable fusion power plant. Inside the complex magnetic coils of a stellarator, the new design limits toroidal current in the plasma. […]
The DIII-D National Fusion Facility in San Diego, home of the largest magnetic fusion research machine in the U.S., recently surpassed its 200,000th experimental cycle since it began operations, marking an important milestone in the development of clean fusion energy. Referred to as “shots,” each of these tests and discharges have advanced the U.S. fusion research program’s collective understanding of how to create, shape, and confine plasmas to support the development of fusion as a source of base-load energy in the future. […]
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