A mineral more valuable than gold that shook the world has been discovered: 1 millimeter costs $145!

Russian scientists have achieved a major sensation in the field of geology and mineralogy. A rare mineral, previously unknown to science and several times more valuable than gold, has been discovered on the Kola Peninsula. Named "Kola ashcroftine," this discovery is astonishing geologists worldwide due to its complex crystallographic structure and unique chemical composition.

According to RIA Novosti, citing the Ministry of Science and Higher Education of the Russian Federation, this historic discovery is the result of collaborative research by the Kola Science Center of the Russian Academy of Sciences, Saint Petersburg State University, and the Fersman Mineralogical Museum.

1. Sensation in the Khibiny Mountains: From an unknown sample to a scientific discovery

This unique mineral, which had never appeared on geological maps before, was found in the famous Kirovsky mine located in the Khibiny Massif. found.

Initially, when researchers compared the unusual sample from the mine with standard minerals, they could not identify it and sent the object to the laboratory as an "unknown sample." After deep crystallographic and chemical analysis, scientists officially confirmed that a completely new mineralogical species had been discovered for science and named it «Kola ashcroftine» (Kola ashcroftine).

2. "More expensive than gold": The record-breaking value of the mineral

One of the most sensational aspects of the discovery is how much higher it is valued compared to ordinary precious metals and stones on the market.

According toinitial estimates by experts, the approximate average price of this mineral's patina reaches $145 (or 12,470 rubles) per 1 millimeter. This figure means it is several times higher than the price of pure gold traded on the world market per gram.

"The price set for 1 millimeter of this mineral makes it not just a geological find, but one of the most valuable and rare mineral samples on our planet," — says the analysis of industry experts.

3. Chemical uniqueness: A unique combination of yttrium, calcium, and fluorine

"Kola ashcroftine" differs fundamentally from classic silicates in its composition. The mineral contains a rare earth element that is extremely important for high technologies and industry — yttrium. its presence was confirmed.

Constituent elements and uniqueness of the mineral:

• Main elements: Silicon, potassium, sodium, and the rare earth element — yttrium;

• Rare additives: Calcium, manganese, and fluorine;

• Crystal structure: Possesses one of the most complex and perfect atomic lattices among minerals known to science.

In world practice, a similar classic ashcroftine (a pink, transparent, and extremely fragile silicate stone) was previously found in mines in Greenland, Canada, and Italy. However, the sample found on the Kola Peninsula is considered the only and unique analog in the world because it contains calcium, manganese, and fluorine. it is considered the only and unique analog in the world.

4. Future prospects: Where will the new mineral be used?

Russian scientists plan to continue researching the physicochemical properties of the "Kola ashcroftine" mineral and its potential capabilities in practical fields.

The presence of yttrium and other rare elements in its composition could make this mineral an important fundamental base for creating high-tech industry, quantum electronics, or superconducting materials in the future.

Conclusion: A new page in Russian geological science

The discovery of "Kola ashcroftine" is not just another geological novelty, but proof of how many vast and valuable treasures are still hidden in the Earth's depths, unknown to science. This discovery was a major historic step for Russian fundamental science and the field of mineralogy.

How do you think such rare minerals, valued even higher than gold, could change future technologies? Leave your thoughts in the comments!