Scientists reportedly discovered a massive deposit of rare-earth elements off the coast of Japan in 2013—and now, they report that not only is the deposit sufficiently massive in terms of its estimated rare-earth resource supply, but that recovery of said minerals is rather feasible.
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The National High Magnetic Field Laboratory at Florida State University has used high-temperature superconducting ceramic materials to set a new world record for the strongest superconducting magnet, with a field strength of 32 tesla.
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Researchers at Colorado School of Mines have now propelled that continual innovation even further with their latest report on a new ceramic material and production technique that holds big promise for our fuel cell-filled futures.
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Scientists at Japan’s National Institutes of Natural Sciences report the fabrication of a large-scale magnet conductor—generating a record-breaking electrical current of 100,000 amps—that could soon find use in fusion reactors.
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Researchers from Stony Brook University, in collaboration with Oak Ridge and Argonne national laboratories, have unveiled new insights into the structures of liquid metal oxides at high temperatures.
Read MoreOne of the projects ARPA-E is seeking to fund are alternatives to five key at-risk rare earth elements. Credit: DOE, “Critical Materials Strategy.” The DOE announced today that it is…
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