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Home / Science / Asteroid Mining: Space Rocks Hold Rare Earth Elements

Asteroid Mining: Space Rocks Hold Rare Earth Elements

1 Jan

•

Summary

  • Researchers identified specific asteroids rich in olivine and spinel minerals.
  • These minerals suggest the presence of valuable elements like gold and platinum.
  • New rocket technology aims to make asteroid resource extraction viable.
Asteroid Mining: Space Rocks Hold Rare Earth Elements

The quest for resources beyond Earth is gaining momentum as new rocket technologies emerge, promising to unlock asteroid mining. Scientists have focused on carbon-rich asteroids, the most common type in our solar system, to determine their mining potential. Research published in the Monthly Notices of the Royal Astronomical Society highlights a particular type of asteroid as an ideal target for future extraction efforts.

This specialized asteroid type is rich in olivine and spinel minerals. Their presence is a strong indicator for valuable commodities, including iron, nickel, gold, platinum, and rare earth elements. This scientific insight aims to move asteroid resource extraction from science fiction closer to reality, driven by the potential for lucrative returns.

While NASA's OSIRIS-REx mission demonstrated sample return capabilities, large-scale asteroid mining requires significant technological advancements. Space startups are actively developing crucial systems for in-orbit refining and advanced propulsion. Despite setbacks, such as a recent mission loss, the persistent pursuit of these space-based resources underscores a growing belief in their future economic viability.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
The Institute of Space Sciences recommends asteroids rich in olivine and spinel minerals for potential mining.
Asteroids could be a source of iron, nickel, gold, platinum, and rare earth elements.
California-startup AstroForge is developing technology to refine asteroid material in orbit.

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