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China is building an artificial sun, which is 6 times hotter than the core of our solar system, and scientists are running around the world to build the world's first nuclear fusion reactor.
The winner releases nearly billions of dollars of clean energy that, according to some, could save the planet from the climate crisis.
Hefei, the Chinese Institute of Physical Sciences, announced the development of a reactor reaching 100 million degrees Celsius, higher than the heat of the solar core, which peaks at about 15 million degrees Celsius, about 6 Once, for the first time Tuesday, November 13, simulate the sun's processes as part of a project to convert hydrogen into profitable green energy.
Scientists believe that nuclear fusion occurs at 100 million degrees Celsius, which leads to the fusion of dutrium molecules and tritium molecules charged together, into a huge wave of energy.
These particles are usually repelled and massive temperatures are needed to overcome repellency.
The advanced superconducting Tokamak experimental project aims to better understand fusion before building a complete reactor. Nuclear fusion reactors operate differently from fission reactors because they combine two nuclei instead of separating them.
This process is a huge source of cheap energy, safer than fission and produces virtually no serious nuclear waste. A fusion reactor should not only be able to maintain maximum temperatures, but must remain constant at these temperatures. for long periods.
The tokamak is the most advanced magnetic reservation system in the world and forms the basis for the design of many modern fusion reactors, including lightweight elements, such as hydrogen, which combine to form heavier elements. , such as helium.
Tokamak Energy, an Oxfordshire nuclear fusion company, says it will build a fusion reactor for power generation by 2030.
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