Scientists estimate the age of the find at 4.6 billion years, while the age of the Earth is 4.54
In order to study the find, the authorsused electron microscopy, vibrational spectroscopy and X-ray diffraction: this will give detailed information about the crystal structure, chemical phases and molecular interactions of a substance.
According to the authors, the meteorite consists of particles and dust that have never been subjected to strong cosmic collisions, that is, they did not participate in the formation of protoplanetary bodies.
Internal structure - fragile and looseconnected, porous, cracked. It does not appear to have undergone thermal metamorphism. This means that he was there, beyond Mars, untouched before any of the planets were created. This is a rare opportunity to explore a piece of our pristine past.
Sean Fowler, optical and electron microscopy specialist at the Center for Materials Science at Loughborough University
The ancient meteorite is a rare example of a carbonaceous chondrite - a space rock with organic material.
The authors believe that studying a meteorite that existed before the origin of life on Earth will help to understand the causes and chemistry of this process.
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