..., which would have blasted away a huge amount of Pluto's icy crust. As the object impacted the surface, if a subsurface ocean existed, it would create an upwelling of water that pushing up against the thinned and weakened crust of ice. At equilibrium...
... and on the surface and because of the probable subsurface ocean of liquid water. Titan, which is larger than the...Its habitability is also bolstered by the idea that if a liquid-water ocean on Titan is as geologically active as those on our planet, it...
... of the disk, heat from the evolving star stops material from freezing. Once it became a giant snowball, a subsurface ocean started to develop due to warming from radioactive decay. Growing a planet from accretion is how all planets are...
... at Enceladus are possible using ground-based facilities. However, to understand the complex chemistry in these subsurface oceans, we will need further direct observations by future spacecraft flying through Enceladus’s plumes,” adds Drabek-Maunder...
...Earth’s history, implying a low abiogenesis probability on Earth. And, although there is a chance that life might be lurking in subsurface oceans under the icy crust of Europa, we haven’t found it yet or found evidence of any other life outside Earth...
... a seemingly frigid body. And if no other heating mechanism is available then it is suggested that the suspected subsurface ocean would have crystallised into ice within 30 million years. Now, an international team of scientists working on Cassini...