World

More Valuable Than Gold: Russian Scientists Discover Rare New Mineral 'Kola Ashcroftine'

By GS Team
2 Aug 20262 mins read
TukuTouch Logo
Russian researchers discovered Kola Ashcroftine, a new mineral in the Khibiny Massif, Kola Peninsula, with a complex composition and value exceeding gold. Valued at $145/mm, this "chemical archive" of Earth's crust contains yttrium, silicon, and other elements. Its unique atomic lattice is among the most complex known. This discovery promises new geological research and potential high-tech applications for advanced materials.

Summarized by AI; it may make mistakes. Check important info

More Valuable Than Gold: Russian Scientists Discover Rare New Mineral 'Kola Ashcroftine'
Image: X (Sputnik News)

Russian researchers have unearthed a groundbreaking geological discovery at the Kirovsky mine in the Khibiny Massif, located on Russia’s Kola Peninsula. Named Kola Ashcroftine, the newly identified mineral boasts an extraordinarily complex chemical composition and a market value that far outstrips gold.

A spokesperson for the Russian Ministry of Science and Higher Education confirmed the find to Russian news agency Sputnik, highlighting that even a razor-thin layer of the deposit on host rock commands an average valuation of $145 per millimetre.

A 'Chemical Archive' Of Earth's Crust

Geologists have described the sample as far more than an ornamental stone, characterizing it as a dense "chemical archive" of Earth's deep crustal history. The single-crystal structure packs an array of essential elements, including yttrium, silicon, potassium, sodium, calcium, manganese, and fluorine.

Mineralogists noted that while classic ashcroftine is known as a delicate, pinkish silicate mineral with scattered global deposits in Greenland, Canada, and Italy, the Kola variation features distinct chemical nuances. Its unique atomic lattice ranks among the most complex mineral structures known to science.

Industrial And Scientific Potential

The Khibiny Massif region, long recognized for its vast reserves of apatite and rare earth elements, continues to yield significant scientific breakthroughs. The discovery of Kola Ashcroftine is expected to open new avenues for geological research into advanced materials and complex crystalline structures.

Laboratory analysis remains ongoing to determine the full extent of the deposit and explore potential high-tech applications for its rare composition.