Nuclear fusion is also called nuclear fusion. In this, energy that provides power is created just like the sun. This happens when two or more atoms join with another larger atom.
Research on nuclear fusion started in the 1950s. (representative picture)
Big news has come out from America regarding nuclear fusion. Here scientists are trying to unlock an unlimited, safe and clean source of energy. success in research Has attained. It is being claimed that success in nuclear fusion can bring infinite clean energy. According to media reports, for the first time in history, scientists have succeeded in carrying out nuclear fusion reaction at the National Ignition Facility at Lawrence Livermore National Laboratory in California, USA. From this, pure energy was produced just like the Sun.
Explain that in nuclear fusion, light elements like hydrogen are broken together. There is a huge explosion of energy in this process. According to the report, research on nuclear fusion started in the 1950s. But there was no success. Although some media reports have yet to confirm the National Ignition Facility (NIF) at Lawrence Livermore National Laboratory in California, the researchers managed to create 2.5 MJ of energy after using only 2.1 MJ. Key’s.
significant achievement
Dr Robbie Scott of the Science and Technology Facilities Council’s (STFC) Central Laser Facility (CLF) Plasma Physics Group said that this is a ‘significant achievement’ in the field of energy. Please tell that Dr. Robbie Scott has also been a part of this research.
How does nuclear fusion happen?
Nuclear fusion is also called nuclear fusion. In this, energy that provides power is created just like the sun. This happens when two or more atoms join with another larger atom. Also create a huge amount of energy.
understand nuclear fusion
According to media reports, the energy generated from nuclear reactors is currently used for power generation in the world as well as for different energy needs. The biggest problem in this is that along with energy, nuclear waste is also generated, which is very difficult to eliminate. On the other hand, deuterium and tritium elements are mainly used through nuclear fusion and both of them are similar to hydrogen. Simply put, no waste is generated from nuclear fusion.
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