China's Artificial Sun Will Start Operating In 2020

Aadhya Khatri - Dec 11, 2019


China's Artificial Sun Will Start Operating In 2020

The toroid of this artificial Sun is projected to reach 200 million degrees, forming what scientists called plasma

The artificial sun of China, or ITWER (short for International Thermonuclear Experimental Reactor), will be launched next year. This piece of news was declared by Duan Xuzhu, head of the Southwest Institute of Physics at the Chinese National Nuclear Industry Corporation.

This manmade Sun’s toroid is projected to reach 200 million degrees, forming what scientists called plasma. China has spent close to a billion dollars on this project and it is controlled by the China National Nuclear Corporation.

artificial-sun-toroid
This manmade Sun’s toroid is projected to reach 200 million degrees, forming what scientists called plasma

This artificial Sun house the HL-2M reactor, a revamped model of the HL-2A, which was among the three thermonuclear fusion reactors China has. All of the needed tests have been done and the manmade Sun is said to be ready for operation.

Back in June, China started implementing the artificial Sun and the process is believed to end this year. This device will replicate what happens on the real Sun to generate clean energy, with deuterium gases and hydrogen as the fuel for the reactions.

artificial-sun-reactions
This device will replicate what happens on the real Sun to generate clean energy

The scientists behind this device said that the artificial Sun would act as a support for the country’s involvement in an experiment of fusion reactors, which has the participation of several nations all over the world. It can also help with the construction of other reactors in the country.

Before the creation of this artificial Sun, the most prominent achievement in creating manmade thermonuclear fusion is from a community of international scientists.

This artificial thermonuclear fusion reactor is part of an ongoing effort of China to develop its fusion technology. It also participates in the ITER project and works alongside Russia, India, South Korea, the U.S, the European Union, and Japan.

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