Otto Octavius Tried It Out on the Second Instalment of Tobey Maguire’s Spider-Man And it went badly. But it was solved with the help of Tom Holland’s Hombre Arana. The energy generated by nuclear fusion was possible in science fiction In 2021, and from the end of 2022 it will start appearing in real life.
In early December last year, a scientific team of Lawrence Livermore National Laboratory in California Made a breakthrough for humanity: generating energy through nuclear fusion. And now, from the same organization, they have returned to do just that.
Generating energy through nuclear fusion has one major problem: more electricity is used than is generated. To the experts at Lawrence Livermore National Laboratory it’s truly amazing: They managed to produce more than they expended on two occasions.
This new experiment, performed on July 30 but reported in a release this Monday, August 7, in essence achieved what is known as ignition by fusion. you generated 3.15 megajoules outgoing energy According to the review, the Department of Energy says that after the laser has delivered 2.05 megajoules to the target El español.
The United States Department of Energy highlighted, “This is a great scientific advance that took decades to develop and will pave the way for progress in national defense and the future of clean energy.”
benefits of nuclear energy
The two biggest advantages of energy through nuclear fusion are, first, a Source of clean energy. Fusion does not generate greenhouse gases or emissions harmful to the environment, which can make a significant contribution to mitigating climate change.
Second, it should be noted that the hydrogen isotopes needed for fusion, deuterium and tritium, are relatively abundant and can be obtained from water and lithium. The sea, that is, allows fuel to be generated using renewable resources.
¿Y los riosgos?
Although it is very difficult to pass through something like Spider-Man 2, there are risks related to nuclear radiation that can affect the health of people who are in close proximity to the processes of energy production.
Nuclear fusion does not generate long-term waste or emit greenhouse gases, but it does generate radiation during the process. If failures occur in containment systems, radioactive material may be released and cause safety and health problems.
For nuclear fusion to be viable, it is necessary to maintain a hot plasma confined to extremely high temperatures and low pressures. If the plasma is not stable, “explosion”-like events can occur that damage fusion equipment and pose a safety risk.