Crystals hidden in Australia’s oldest rocks have revealed new clues about how Earth and the Moon formed. The study suggests ...
Live Science on MSN
Some objects we thought were planets may actually be tiny black holes from the dawn of time
Scientists have discovered more than 6,000 planets beyond our solar system. What if some of them aren't planets at all, but ...
New Scientist on MSN
Super-low-density worlds reveal how common planetary systems form
Most planetary systems contain worlds larger than Earth but smaller than Neptune, and the low-density planets around one ...
Thanks to the discovery of thousands of exoplanets to date, we know that planets bigger than Earth but smaller than Neptune ...
Stars and planets are inextricably linked. They form together and stars shape the fate of planets. Stars create the dusty ...
Live Science on MSN
Strange discovery offers 'missing link' in planet formation: 'This fundamentally changes how we think about planetary systems'
A decade of observations of four planets around the young planetary system V1298 Tau revealed a rare, long-sought missing ...
FactSpark on MSN
How Earth’s highest mountains and deepest oceans were formed
From the summit of Mount Everest to the depths of the Mariana Trench, Earth’s surface reveals dramatic extremes. This video ...
Space.com on MSN
Jupiter has more oxygen than the sun, new simulations reveal
In a new study, scientists used advanced computer models to peer beneath Jupiter's dense swirling cloud tops and tackle a ...
Green Matters on MSN
Experts are finally getting a look at how the universe builds its most common planets
A four-planet system reveals remarkable insights about how planets form and how they change during their lifetime.
This composite image was weeks in the making, as Horálek’s two "crossings" happened months apart. Mars traced its path ...
PRIMETIMER on MSN
What's hiding beneath Jupiter's clouds? A new study finds the gas giant is rich in oxygen
New research using detailed atmospheric models shows Jupiter contains excess oxygen, helping explain its origins and deep atmospheric dynamics ...
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