Scientists are researching in Greifswald, Germany, in southern France and probably in other parts of the world.
The latest news on the fusion energy race that will benefit all of us comes from the US.
Fusion powers the sun, and if we could harness it here on Earth, we could obtain unlimited clean energy. Scientists have been working on that aim for years, and now researchers from Los Alamos National Laboratory, Massachusetts Institute of Technology, and Texas A&M University just made a huge leap forwards. Helium, a byproduct of the process, typically bubbles and weakens the materials comprising a fusion reactor. But inside of nanocomposite solids, instead of the metal of conventional fusion reactors, helium doesn’t form into destructive bubbles – it tunnels vein-like channels to potentially escape.
Michael Demkowicz, Texas A&M associate professor, said, “Literally, you get these helium bubbles inside of the metal that stays there forever because the metal is solid. As you accumulate more and more helium, the bubbles start to link up and destroy the entire material.” These researchers may have found an answer by exploring how helium behaves in nanocomposite solids – and the results surprised them. Because while helium doesn’t endanger the environment, according to Texas A&M University, it does damage fusion reactor materials. Inside a solid material, helium bubbles out, akin to carbon dioxide in carbonated water.
The surprising discovery could have more applications than in just fusion reactors. Demkowicz said, “I think the bigger picture here is in vascularized solids…What else could be transported through such networks? Perhaps heat or ELECTRICITY or even chemicals that could help the material self-heal.” Sources: