Star Wars like technology? To pull away the moons would take some huge strain on the laws of gravity and would just disrupt the balance....
The Galilean moons would be ok. It's not like it would screw up their resonance.
We could get an asteroid to orbit Europa and it would pull on it so slightly that eventually Europa would be ejected. We would not need Mimas, as that would get rid of the Cassini division which in my opinion looks awesome.
We could also grab Nitrogen from Saturn's Ammonia clouds and extract the Oxygen from Europa's ice.
It would almost be more practical to build a Death Star like artificial moon to use instead of trying to move one.
We could get an asteroid to orbit Europa and it would pull on it so slightly that eventually Europa would be ejected. We would not need Mimas, as that would get rid of the Cassini division which in my opinion looks awesome.
We are still left with the same fundamental problem here.
Overall to live in places like Mar I think an enclosed city would be more practical.
Getting to the point where we can actually pull such a large cosmic body to Earth. By then I think, it would have been much more efficient for us to colonize distant star systems.
Getting to the point where we can actually pull such a large cosmic body to Earth. By then I think, it would have been much more efficient for us to colonize distant star systems.
The asteroid would take care of that. We set a proper trajectory and let loose the asteroid, and we can move it to martian orbit at the cost of Earth loosing the title of having he largest moon to itself.
The asteroid would take care of that. We set a proper trajectory and let loose the asteroid, and we can move it to martian orbit at the cost of Earth loosing the title of having he largest moon to itself.
Problem, finding an appropriate asteroid, (assuming it's from the Asteroid belt), and even ''letting loose'' (kind of vague here, elaborate please), which would require quite a force to oppose the asteroid's natural direction.
Problem, finding an appropriate asteroid, (assuming it's from the Asteroid belt), and even ''letting loose'' (kind of vague here, elaborate please), which would require quite a force to oppose the asteroid's natural direction.
Or we could get an asteroid in its natural direction and accelerate it to Jupiter. We could also just take one of the asteroid already orbiting Jupiter and use it.
Or we could get an asteroid in its natural direction and accelerate it to Jupiter. We could also just take one of the asteroid already orbiting Jupiter and use it.
Which still takes a lot of energy and power seeing how the asteroid needs to have a pretty high mass. Also, the distance from here to Jupiter is not a trifle; it's still pretty far. Even if it did occur it would be a short term solution; colonization is still a more long term solution.
Which still takes a lot of energy and power seeing how the asteroid needs to have a pretty high mass. Also, the distance from here to Jupiter is not a trifle; it's still pretty far. Even if it did occur it would be a short term solution; colonization is still a more long term solution.
...So you plan on moving it this century? My plan would take a few. Also, there are over 60+ moons of Jupiter, most of them moonlets.
Well, as long as the economy doesn't understand that growth isn't strictly necessary and that stability is much better, we'll have to move from the planet somewhen, way before it looks like Coruscant.. Speaking of which, I immediately had to think of Coruscant when looking at some of these amazing shots from the ISS: Watch and marvel Makes you think a bit..
hahiha, is that a pics of a world whit 1 giant city? (link aint working)
if so then that will not happen in the near few 1000 year. atm all 7 billion people living on this world would fit into los angeles (LA)
so to have 1 giant city all over the world we would need atleast 700 billion people. and by that time our consumerism would have killed this earth already.