ZME Science on MSN
China’s “Artificial Sun” Just Smashed a Key Fusion Barrier and Physics May Never Be the Same
But on January 1, researchers working on China’s Experimental Advanced Superconducting Tokamak (EAST) — often dubbed the ...
Morning Overview on MSN
A tungsten miracle just happened inside a fusion reactor
Inside a French fusion experiment, a metal more associated with lightbulb filaments than star power just did something ...
Live Science on MSN
China's 'artificial sun' reactor shatters major fusion limit — a step closer to near-limitless clean energy
China's EAST nuclear fusion reactor has successfully kept plasma stable at extreme densities, passing a major fusion ...
Interesting Engineering on MSN
US energy company installs first fusion magnet, nears clean power breakthrough
Commonwealth Fusion Systems installs first of 18 massive magnets in Sparc fusion reactor at CES 2026, aiming to activate it ...
The Cool Down on MSN
Scientists achieve major breakthrough that could unlock next-gen energy source: 'Something that feels within reach'
"We still need supercomputers to ... push the physics frontier." Scientists achieve major breakthrough that could unlock next ...
Scientists at China’s Experimental Advanced Superconducting Tokamak (EAST) program rang in the new year with a stunning ...
Fusion power is a means of deriving electrical power from the heat released during nuclear fusion reactions, and it's been a long-time dream to produce a working reactor. Fusion occurs when two light ...
Recently, another reactor in France reported a major tungsten breakthrough: its toroidal tokamak, clad in tungsten, ...
The promise of nuclear fusion feels simple. Just as stars fuse hydrogen into heavier elements to produce energy, a fusion reactor generates massive amounts of energy by combining lightweight particles ...
The dream of the ancient alchemists may come true as Marathon Fusion announces that its tokamak fusion reactor technology can turn common mercury into gold as a byproduct of fusion operations in ...
Scientists at China’s EAST tokamak have achieved plasma densities beyond long-standing limits using plasma-wall self-organisation.
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