Planetary Science
Different moon rocks tell different tales about a long-ago bombardment
Prior moon rock samples, including from Apollo, seem heavily influenced by one impact. The farside samples tweak the story.
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Prior moon rock samples, including from Apollo, seem heavily influenced by one impact. The farside samples tweak the story.
We summarize the week's scientific breakthroughs every Thursday.
The brine-formed meteorite that crashed into a New Jersey roof in 2024 could teach us about how life first arrived on Earth.
In sci-fi, AI can navigate the unknowns and — ideally — keep human travelers safe. But it’s not intelligent enough to do that yet.
The Euclid space telescope discovery could help researchers understand how black holes grew so massive so quickly in the early universe.
Two “superpuff” planets orbiting a sunlike star over 1,000 light-years from Earth are as big as Jupiter and as dense as cotton candy.
New Horizons data reveal Pluto’s first six confirmed landslides along steep crater rims.
There’s never been a good method to check for violations of the Outer Space Treaty’s prohibition of nuclear weapons in space.
A private rocket mission aims to boost NASA’s Swift telescope before its orbit decays, extending its hunt for gamma-ray bursts.
The organic molecules could come from life or from ordinary chemistry — only samples returned to Earth can settle it.
Editor in chief Nancy Shute discusses NASA's rocky relationship with Mars exploration.
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