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Researchers achieve game-changing breakthrough in pursuit of next-gen . . . For this reason, scientists worldwide have been researching the production and scalability of tritium for years So, how did Astral Systems accomplish this feat? Researchers used a little thing called "multi-state fusion technology," which makes this type of fusion fuel both scalable and cheaper to produce
Astral becomes first commercial fusion company to breed tritium using . . . In partnership with the University of Bristol, Astral Systems has become the first commercial fusion company to breed tritium using their own fusion reactor This breakthrough helps address one of the biggest concerns within the fusion power industry - ensuring a healthy supply of fusion fuel - and charts a course toward solving the grand engineering challenge of breeding more tritium than is
UK Scientists Achieve First Commercial Tritium Production Interesting Engineering reports: Astral Systems, a UK-based private commercial fusion company, has claimed to have become the first firm to successfully breed tritium, a vital fusion fuel, using its own operational fusion reactor This achievement, made with the University of Bristol, addresses a
What Happens When Treated Fukushima Water Reaches the Ocean What the Study Reveals: The Science Behind the Simulations The new study, conducted by researchers from the Institute of Industrial Science at The University of Tokyo and Fukushima University, offers the most detailed modeling yet of how tritium from ALPS-treated water behaves in the global ocean over time
The Tritium Challenge in Fusion Power - Simple Science Tritium is a special type of hydrogen that plays a vital role in fusion reactions, particularly in those that power many proposed fusion reactors The challenge lies in producing this tritium efficiently and reliably, so fusion power plants don't have to rely on outside sources