NASA Unveils Most Amazing View of Jupiter’s Watery Moon Europa (Video 4min)

An incredible, reprocessed picture of Jupiter’s moon Europa shows the mysterious natural satellite’s amazing colors as they have never been seen before. 


“Hidden beneath Europa’s icy surface is perhaps the most promising place in our solar system beyond Earth to look for present-day environments that are suitable for life,” NASA officials wrote in a statement.

“The Galileo mission found strong evidence that a subsurface ocean of salty water is in contact with a rocky seafloor. The cycling of material between the ocean and ice shell could potentially provide sources of chemical energy that could sustain simple life forms.”

Sourced through from:

Any liquid water ocean that has been there "for most of the duration of the solar system" is bound to produce biological entities, and probably some of them fairly complex, like fish or even more advanced life forms that can live in the water. So, to find out more, just send a capsule there with recording equipment and capability to communicate (perhaps via an orbiter) the data it finds.
Now in the video, it says that the water stays liquid because of tidal forces. The general assumption is that Europa is a solid ball of rock or metal that also has water, and that the water is warmed up by forces of friction. We assume the same of the earth – solid ball with some water – but that may not be quite correct.
We should look at the possibility that Europa has, like very probably all planets and stars, a hollow configuration with a central "sun" that’s doing the warming.
That would mean that the "Goldilocks zone" is not so much depending on the distance from the central sun, but on the existence of a central point that provides energy in the form of heat and light, as well as the impetus for rotation.
Hollow rotating bodies generally have a shell, more or less thick, which makes for two planetary (or lunar) surfaces, one on the outside of the shell, which is the one we generally see, and one adhering on the inside of the shell, which has the advantage of being bathed in light and heat from the central "sun" that is the heart of the planet/moon.
We should look for an understanding of the insides of planets and moons that does not start out from a solid, rocky ball configuration…
A whole new world (and a whole new view on where life might generally originate) could come to view.

See on Scoop.itSpace Stuff

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