Live Science on MSN
A long lost planet once orbited next to Earth, Apollo-era moon rocks suggest
Earth may have a moon today because a nearby neighbor once crashed into us, a new analysis of Apollo samples and terrestrial ...
Space.com on MSN
NASA probe captures stunning photos of Earth and moon on the way to infamous asteroid Apophis
These images mark an early milestone in the mission, confirming that OSIRIS-APEX is healthy and on course for its 2029 ...
Discover Magazine on MSN
Earth’s Ancient Sky May Have Supplied Ingredients for Life Before It Began
Learn how sulfur-based molecules essential to life may have formed before the first living systems appeared.
Morning Overview on MSN
Scientists move up the date when Earth stops supporting life
Scientists are sharpening their forecasts for how long Earth can remain a comfortable home for complex organisms, and the ...
Eros appears to buzz the Andromeda Galaxy, courtesy of a livestream hosted by the Virtual Telescope Institute in partnership ...
A team of scientists from several U.S. institutions, including the University of Minnesota, discovered six million year old ...
Smithsonian Magazine on MSN
A Planet Slammed Into Earth 4.5 Billion Years Ago, Forming the Moon. The Projectile May Have Been Our Neighbor
Little is known about the long-destroyed moon-forming planet, Theia. But it may have been born in the inner solar system—just like Earth—a new study suggests ...
About 1,800 miles (2,900 kilometers) below our feet, two enormous patches of strange rock sit above Earth’s core. New ...
An international team has made a significant breakthrough in understanding the tectonic evolution of terrestrial planets.
6hon MSN
Coral reefs have stabilized Earth's carbon cycle for the past 250 million years, research reveals
Coral reefs have long been celebrated as biodiversity hotspots—but new research shows they have also played a much deeper ...
Theia, the world that helped form the Moon, came from the Solar System. Chemical clues in Earth and Moon rocks reveal this ...
Chinese researchers have discovered that interstitial carbon in iron-carbon alloys behaves in a superionic, liquid-like state under Earth’s core pressure and temperature conditions. Beneath Earth’s ...
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