Researchers discovered a never-seen-before type of mineral of an iron-carbide. Analyzing a meteorite first found in 1951, a team of researchers has now identified a unique type of an iron-carbide mineral. Such a variety has never been encountered before in nature. The discovery is a crucial source for the latest mineral to later be officially approved as such by the International Mineralogical Association (IMA).
The Wedderburn Meteorite
The Wedderburn meteorite was identified in a little town with the same name from Austria. Scientists have been running tests on it for decades now. They wanted to see what mysteries might the finding hide.
Currently, a team conducted by mineralogist Chi MA has unveiled another one with the new mineral. But only a part of it, a third of the initial meteorite fragments, were kept at the Museum Victoria in Australia. The rest of it was split into some pieces and utilized to examine the content of the meteorite. The results indicated fragments of iron and gold. Other rare minerals included taenite, kamacite, and troilite.
Unique Mineral Found In The Meteorite
The team of researchers added now, another mineral, the “edscottite.” The name came from the cosmochemist Edward Scott from the University of Hawaii. It’s an essential finding as never before researchers could prove that this atomic content of iron carbide mineral appears naturally. Previously, only the synthetic form of the iron carbide was identified.
Stuart Mills, Museum Victoria’s senior curator of geoscience, stated: “We have discovered 500,000 minerals in the lab, but fewer than 6,000 that nature’s done itself.” A long time ago, however, Earth could have made a massive cosmic constellation that included another planet, asteroid, or moon. The draft would have resulted in fragmented pieces of the world journey across space and time, according to planetary scientist Geoffrey Bonning.