.... The team’s results are based on atmospheric models coupled with a model for the evolution of the Earth’s tidal heating rate and assuming that a Moon-forming impact occurred 69 million years after the formation of the Sun...
... power (greater than 20 billion watts) is required. Enceladus is thought to currently generate heat by a process known as tidal heating, which occurs when one body I.e a moon is under the gravitational influence of a second body I.e its host planet...
...’s moon Io. Io is the most volcanically active body in the solar system and its extreme geologic nature is down to tidal heating from friction generated within Io's interior as it is pulled between Jupiter and the other Galilean moons. Caught between...
... an unfortunate consequence; gravity from the star starts to deform the planet substantially. So much so that the resulting tidal heating in the planet could trigger fatal global volcanism. All in all, the prospects don’t look good for...
...so much attention? Linda Spilker, Cassini Project Scientist at JPL, sums it up well: “With organic molecules, and tidal heating producing a global subsurface liquid water ocean and a possible hydrothermal vent system on the seafloor, Enceladus’ ocean...