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The discovery Saturn's tiny moon Mimas has vast subsurface seas has redefined our view of what an ocean world can be. We may now know how this buried ocean was formed, revealing it is shockingly ...
Mimas’s moments of inertia were previously probed 2 by looking at rocking motions, known as librations, that the moon makes as it is tugged by Saturn’s gravity.
A deep ocean exists beneath the icy, cratered surface of Saturn’s moon Mimas, according to a new analysis of data from NASA’s Cassini mission.
A new study of Saturn's 'Death Star' moon Mimas finds evidence of a young, underground ocean that may be hospitable to early forms of life. When you purchase through links on our site, we may earn ...
Saturn's Mimas moon resembles the Empire's Death Star station in the "Star Wars" franchise due to its gray, icy shell and large impact crater on its surface -- but its famous likeness is not what ...
Evidence of a deep global ocean beneath the crust of Saturn's moon Mimas—sometimes called the "Death Star"—has surprised astronomers because it's such an unlikely place to find one.
Of Saturn's seven major moons, Mimas orbits closest to the planet, taking less than a day to complete an orbit. It's also the smallest of the major moons, with a diameter of just under 400 ...
Astronomers have made a shock discovery that Saturn's moon Mimas seems to have a liquid ocean beneath its surface, potentially redefining our search for life on alien moons.
There will be several chances to see the shadow of Saturn's largest moon, Titan, pass across the ringed planet's Earth-facing ...
Scientists have found that one of Saturn's moons might be harboring an ocean of water beneath its icy surface. Mimas, which is Saturn's 7th largest moon and resembles the Death Star from Star Wars ...
Mimas follows an elliptical orbit around Saturn at an average distance of about 186,000 kilometres. As its distance from Saturn changes along its orbit, the gravitational and tidal forces exerted ...
Saturn's rings will disappear from view of ground-based telescopes in 2025. Here's why. Every 13-15 years, Saturn is angled in a way in which the edge of its thin rings are oriented toward Earth ...