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- Indexed articles, last 90 days
- 5
- Latest publication
- Aug 13, 2026
- Outlet visibility, for LiveScience
- Top 50K sites
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- Jul 6, 2026
Latest articles
Minerals associated with plate tectonics found in oldest rock from Mars — a planet with no plate tectonics (opens the original)
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An unassuming, brownish stone may be one of the most precious objects on Earth. The rare rock, called Teghaza 001, is a piece of ancient Mars and gives geoscientists an invaluable opportunity to study the planet's oldest material. Now, a slew of recent studies based on evidence from the space rock are helping scientists understand more about the Red Planet's history of habitability. Scientists believe that Earth and Mars coalesced around 4.5 billion years ago from the protoplanetary disk of gas
A strange string of a dozen galaxies keeps surprising astronomers with its missing dark matter (opens the original)
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Astronomers have discovered a third galaxy without dark matter in a strange string of a dozen dwarf galaxies. A violent collision is likely to blame.
This strange string of a dozen galaxies keeps surprising astronomers. Something important is missing from 3 of them. (opens the original)
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In a string of a dozen small galaxies hung in the sky like a row of cosmic fairy lights, astronomers have discovered a small, ghostly galaxy without any dark matter. The rare discovery offers additional evidence that violent galactic collisions can knock this invisible substance loose from visible matter. Dark matter acts like cosmic glue, accumulating in "halos" in which galaxies form. It makes up about 85% of all the matter in the cosmos, meaning all the stars and other celestial objects we se
Mysterious 'little red dots' at the beginning time may finally have an explanation, thanks to newfound 'little blue companions' (opens the original)
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After using the James Webb Space Telescope (JWST) to peer back toward the beginning of time, astronomers have proposed a radical new explanation for one of the universe's most flummoxing phenomena. Little red dots (LRDs) are mysteriously compact, brilliant celestial objects found predominantly when the universe was less than 10% of its current age. As revealed by JWST's unmatched infrared sensitivity, LRDs emerged incredibly early, only around 600 million years after the Big Bang, and then began
James Webb telescope's largest-ever map of the universe unmasks hidden corners (opens the original)
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Astronomers have reconstructed the "skeleton" of the cosmos in unprecedented detail, thanks to the largest-ever survey conducted by the James Webb Space Telescope (JWST). The resulting map reveals how galaxies have evolved since the universe's infancy around 13 billion years ago and how they fall together in a vast structure called the cosmic web. The cosmic web is the largest known structure in existence, home to countless galaxy clusters and clusters of clusters. It is the framework of the uni
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