Grab your space helmets 🚀! A team led by the Guangzhou Institute of Geochemistry under the Chinese Academy of Sciences just made a cosmic discovery from China’s Chang'e-6 samples: rare meteorite relics hidden in moon dust!
These tiny space travelers are clinging onto lunar soil collected from the far side of the moon, and they could rewrite the story of how rocks travel between planets and moons. The findings, published in the Proceedings of the National Academy of Sciences (PNAS), suggest that meteorite fragments zipping around the Solar System end up on the moon more often than we thought.
Why it matters: Every meteorite relic is like a postcard from deep space, carrying clues about the origins of our cosmic neighborhood. By studying their composition, scientists can trace back collisions and dust storms that shaped Earth, the moon, and beyond 🌌.
Next steps: The research team will dive deeper into the chemistry of these relics, hoping to map a more detailed history of mass transfer in the Solar System. Stay tuned as we unravel more lunar secrets! 👩🔬👨🔬
- First discovery of meteorite relics in Chang'e-6 samples
- Evidence supports frequent mass transfer in the Solar System
- New clues to lunar and planetary evolution
Reference(s):
Scientists discover rare meteorite relics in Chang'e-6 moon samples
cgtn.com
