Interesting Engineering on MSN
Nuclear fusion plasma’s magnetic field mystery solved to predict reactor heat loss
Designing predictable nuclear fusion reactors requires highly accurate computer models, yet existing simulations often ...
China is leading the pack when it comes to developing nuclear power, and its 'artificial sun' is set to pave the way for many ...
Morning Overview on MSN
China’s “artificial sun” pushed past a fusion density ceiling that physicists believed could not be crossed, holding plasma stable at extreme densities
Physicists working on China’s Experimental Advanced Superconducting Tokamak, known as EAST, have held plasma stable at ...
South Korea's KSTAR reactor sustained plasma in high-confinement mode for 102 seconds, reaching 100 million degrees Celsius, ...
EAST’s accomplishment is notable since the density limit has long prevented researchers from increasing plasma density past a certain point. Higher plasma density has historically been associated with ...
Billions of dollars in venture capital and state investments have recently been poured into efforts to finally make nuclear ...
A private nuclear-fusion company has heated a plasma of hydrogen to 27 million degrees Fahrenheit (15 million degrees Celsius) in a new reactor for the first time — hotter than the core of the sun. UK ...
It’s rarely appreciated just how much more complicated nuclear fusion is than nuclear fission. Whereas the latter involves a process that happens all around us without any human involvement, and where ...
Tokamak plasma systems hold great promise in realising practical nuclear fusion, yet their full potential is constrained by the risk of disruptions – sudden, often catastrophic, losses of plasma ...
Opportunities to invest in commercial nuclear fusion are limited for now, but these companies stand to benefit from their ...
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