Sure, it wouldn't be too difficult, assuming we'd already developed the industrial capacity to get large amounts of raw materials and personnel out there. The main problem is gravity. Saturn's surface gravity is only 0.914g, so it's not any harder to walk around inside a floating station on its surface than on Earth, but Jupiter's surface gravity is 2.358g. Not impossible to walk in, but quite difficult.
It's from Yu-Gi-Oh! Abridged. A man known to the wo he's made there.rld as LittleKuriboh has taken the original Yu-Gi-Oh episodes, edited them down to about five minutes each, and then redubbed all the characters' voices with his own. He's done an amazing job. He's got a website, with all 25 episodes he's made so far, and a few extras.
Much has already been researched on this topic: The Drake equation. Judging by the replies I've read to this post so far, it's probably a good idea to build on this , rather than reinvent the wheel.
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Sure, it wouldn't be too difficult, assuming we'd already developed the industrial capacity to get large amounts of raw materials and personnel out there. The main problem is gravity. Saturn's surface gravity is only 0.914g, so it's not any harder to walk around inside a floating station on its surface than on Earth, but Jupiter's surface gravity is 2.358g. Not impossible to walk in, but quite difficult.
It's from Yu-Gi-Oh! Abridged. A man known to the wo he's made there.rld as LittleKuriboh has taken the original Yu-Gi-Oh episodes, edited them down to about five minutes each, and then redubbed all the characters' voices with his own. He's done an amazing job. He's got a website, with all 25 episodes he's made so far, and a few extras.
Screw the rules! I have money!
Much has already been researched on this topic: The Drake equation. Judging by the replies I've read to this post so far, it's probably a good idea to build on this , rather than reinvent the wheel.