The rarest in the world - Meteorite Aubrite, it is worth two million dollars

Anyone who collects meteorites will skip the white piece. But if you have the knowledge because knowledge is power, then you will also look at the white one if it is unusual and has some characteristics of a meteorite. I found this Aubrites meteorite in the middle of a mountain at a fairly high altitude, in a meadow where there is not a single house or person for ten kilometers, and there are no rocks. Of course, when I looked at it a little closer, I knew it was an Aubrites. When you find a piece like this that clearly shows that you have never seen anything like it and that it makes absolutely no sense for it to exist in the place where you found it, you immediately know that it is a meteorite. However, it is only when you get home that you move with incredible energy because some force makes you cite scientific studies and analyzes that have been done on Aubrites. Compare your found piece with photographs found at the most eminent sites (GIA) and every next piece of data that matches all the parameters that your Aubrites meteorite piece has really excites you. When you realize that you can't go wrong and that you have something incredibly rare, you realize how lucky you were to have passed by and looked at the exact spot where you found the Aubrites meteorite. It's a gift from God. The first sure sign that you have a meteorite is the fusion crust, which is white in color and has a texture almost identical to that of others of its kind that you can find on the official websites of scientific institutions that have a special section dedicated to Aubrites meteorites. Also, on the same pages is the composition of the relevant material that is usually found inside and like all the others that are breccias and contain Enstatite, which I assume is in the mixture itself, but I think it also has identical inclusions, both larger and smaller, and generally the same color as all the others of its kind. ...On the black one there is no trace of how they burned up falling through the Earth's atmosphere, and on this white one you can clearly see a trace of burning balsat and probably, oldhamite and enstatite... When you study all these facts in detail and compare them with the photographs, then you get the whole picture... And then you say to yourself that there are too many coincidences and that it would be something other than Aubrite. This is the most common possible explanation, otherwise I could not tell you about Djoua 001, its chemical composition, an E-type asteroid like 3103 Eger, poor in Fe, Mg-rich enstatite (orthopyroxene). I believe that many will understand what I am talking about, but there are also many who will no longer understand the story that way. By the way, there are only 50-60 of them in the whole world,, but you cannot see such beautiful and extremely typical Aubrites anywhere except here. But let me expand the story a little... Aubrites are extremely rare. They constitute less than 1% of all known meteorites (more precisely, they constitute only about 0.7% of the achondritic group). Only about 80 specimens of aubrite have been found, making them one of the rarest types of meteorites, with recent notable falls including Ribbeck in Germany in 2024. Most achondrites collected on Earth originate from asteroids, but one small group is thought to have originated from Mars and another from the Moon. Achondrites, their name meaning "without chondrites", are a relatively small but diverse group of meteorites. They exhibit a number of features that would be expected if their parent bodies had undergone widespread melting: igneous features similar to those observed in terrestrial volcanic rocks, segregation of molten metal (possibly in the core) from molten silicate rock (magma), and magmatic segregation of silicate crystals and melt. The three most abundant groups of asteroid achondrites are aubrites, the howardite-eucrite-diogenite association, and ureilites. Aubrites are also known as enstatite achondrites. Like the enstatite class of chondrites, aubrites originate from parent bodies that formed under conditions of high chemical reduction. As a result, they contain elements in the form of less common compounds - for example, calcium as the sulphide mineral oldhamite (CaS), rather than in its more common form. I am a child born in a volcano, I sleep under the stars, I bathe with bears and I wake up to the quiet whisper of a fast mountain river. I offer you prestige and a number one place on the world stage of gemstones. My meteorites and gems are in many ways the best in the world right now! Of course only if I am right about everything I have stated here, and there is a very small chance that I am wrong! All interested passionate, serious collectors and scientists can contact me via e-mail, [email protected]