US EditionChinese Nuclear Fusion Reactor Pushes Plasma Past Crucial Limit: What Happens Next
EAST researchers in Hefei, China, increased plasma density by up to 65% above the Greenwald limit using controlled plasma-wall interactions, advancing fusion reactor performance.
7 Articles
7 Articles
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 milestone and potentially bringing humanity closer to wielding near-limitless clean energy.
Chinese nuclear fusion reactor pushes plasma past crucial limit: what happens next
Breaking the plasma density limit brings researchers a step closer to viable fusion reactors. Breaking the plasma density limit brings researchers a step closer to viable fusion reactors.
New step forward for controlled nuclear fusion thanks to the Chinese experimental reactor East (Experimental Advanced Superconducting Tokamak), often called the artificial sun. A recent experiment has shown that plasma can remain stable even at extremely high density, provided that the interaction with the metal walls of the reactor is adjusted accurately. The result, published in the journal Science Advances, eliminates one of the most importan…
The EAST nuclear fusion reactor, called China's Artificial "Saares", has managed to maintain a stable super-fired plasma at extreme density.
Reproducing on Earth the reactions that feed the Sun to create an abundant and clean energy source is a long-standing goal. This quest for nuclear fusion comes together...
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