TRAPPIST-1e, an Earth-sized world in the system’s habitable zone, is drawing scientific attention as researchers hunt for ...
Morning Overview on MSN
Scientists outline 4 types of planetary systems in our universe
Across the galaxy, astronomers now see that planetary systems fall into four broad classes, and our own solar system, part of the rare Ordered group, is only one of them. At the same time, discoveries ...
A new study reveals how specialized microbes might convert Martian regolith into durable, life-supporting structures. Since ...
The Daily Galaxy on MSN
Massive sunspot just like the one that caused the 1859 Carrington event is pointing right at Earth!
A new sunspot complex, AR 4294-4296, has recently appeared on the Sun, drawing attention due to its size and potential for ...
For the fitness buff in your life, Rebound offers a lighter, cleaner alternative to the usual chalky protein shake. Vancouver-made, these fruity protein powders deliver 20g of protein per serving, ...
The giant planets weren't always where we find them today. Jupiter, Saturn, Uranus and Neptune formed in a more compact ...
Rocky planets like our Earth may be far more common than previously thought, according to new research published in the ...
New high-contrast images from SPHERE show a stunning variety of debris disks shaped by collisions of tiny planet-building ...
Moon’s precursor planet, Theia, disappeared billions ago, leaving scientists no direct chemical evidence to support the hypothesis. Now a team of astromers in France, Germany and the United States ...
The comet is the third object ever confirmed to have entered our cosmic neighborhood from elsewhere in the galaxy. Space ...
Roughly four and a half billion years ago the planet Theia slammed into Earth, destroying Theia, melting large fractions of Earth’s mantle and ejecting a huge debris disk that later formed the moon.
Space.com on MSN
I watched scientists track interstellar comet 3I/ATLAS leaving the solar system in real-time: 'This is some prime-time science'
A different study by scientist Matthew Hopkins at the University of Oxford and colleagues, used a model that focused on the Milky Way's thick disk, a population of older, dynamically "hotter" stars, ...
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