
Nature Podcast
Asteroid Bennu contains building blocks of life
Jan 29, 2025
Tim McCoy, a researcher focused on asteroid studies, shares insights from NASA's OSIRIS-REx mission that uncovered organic compounds on asteroid Bennu, hinting at ancient brine's role in life's building blocks. Nisha Gaines, Nature's European Bureau Chief, dives into the DeepSeek AI model, discussing its revolutionary implications in research. They also touch on how similar conditions found on Bennu might exist on other celestial bodies, sparking intrigue about the origins of life beyond Earth.
34:51
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Quick takeaways
- Research on asteroid Bennu reveals ancient brines may provide critical insights into early solar system chemistry and the origins of life.
- Evidence from Casarabe society illustrates how advanced maize farming techniques enabled a complex, structured civilization in the Amazon basin.
Deep dives
Extraterrestrial Brines and Asteroid Origin
Recent research reveals that samples from the asteroid Bennu contain evidence of ancient brines, which may provide insight into the early solar system. Upon analyzing the rocks and dust retrieved by NASA’s OSIRIS-REx spacecraft, researchers discovered a variety of salts and minerals indicative of complex brine environments, triggering discussions about the origins of life. This analysis suggests that instead of simply evaporating, water may have interacted with the asteroid's surface, leaving behind minerals as remnants of a once-active brine. Such findings could reshape our understanding of Bennu's history, particularly relating to its formation from a larger, water-rich parent asteroid.
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