kmMango

*engages Jeopardy Music*

Most insane builder in the KSP community + The most well known and among the most skilled pilots in the KSP community= I'm not sure what, but it will definitely be awesome. And explosive. In all seriousness, though, hats off, both to Whack and those who participated in this challenge. And I don't even care about the World Cup! Or sports in general, for that matter.

The Singularity will be interesting. Maybe we need some help. We clearly can't manage ourselves, let alone the planet! Hope it will be benevolent!

The past 100 years have seen amazing advances. Now, in 2014, we are within reach of nuclear fusion, SSTO spacecraft, space tourism, Asteroid catching, and a possible warp drive. So, where do you think we will get by 2114, in terms of space exploration? Discuss.

0.24: Failure is most definitely an option.

The exhaust of the engines he used in the cluster is magenta. The kr-2l cluster produces oddly colored exhaust.

Fusion, come and deliver us from evil. As for fission, I'm pretty sure there's a sticker on the Fukushima reactor that says "Warranty void if exposed to magnitude 9 earthquake and tsunami."

Newton is widely believed to have had Aspergers, Tesla was batcrap crazy, and look what they did. Their conditions didn't cause their genius, but there was a link between the two. Are we supposed to not allow a brilliant person to breed because they have a disorder alongside their gift?

Quote that sums up what you do: "You call it a mess, I call it progress.":D

Training facility-increase Kerbal intelligence and courage by 5%. One use per kerbal, costs money. Kerbals gain 5% to both for completing a mission with multipliers for mun landing, etc. Stupid and cowardly kerbals gain less science from crew and Eva reports, as well as surface samples and any transmitted science.

Now the important question: what are you going to do with that behemoth?

I agree, I am saying if we worked at it we could have it in 50 years. If Moore's Law holds out, by then we will have the computing power to pull it off.

Not to be fanciful, but do we even need bodies or a planet? Within 50 years, we will have the computing power to be able to model the human brain in real time at the molecular level. This century, we could very well see humans achieve immortality. A ship could be built storing human minds, millions of them, carrying them beyond the solar system. Life support would be unnecessary.

Holy mother of kraken. WHY!!!? Why do you need that much thrust? What could you possibly need that much lifting power for?!

15 reporting in!

Once more, sorry for any confusion/dislike I may have caused, my idiocy should not reflect on anybody but myself.

Thanks. Pardon my stupidity.

Whoops. :blush:Sorry, will do.

Please continue:)

Mods, please nuke this post.

If you would let me, zoo, I could proofread this for you. I'm sorry, I am just OCD about grammar.

Real-world tie-in. I like it, original.

Banned for worshipping glow krakens.

My theory? Kerbin is made of element 242, which has a density twice that of osmium. It also sits at the island of stability, meaning its half life is over 900 million years. The entire system was formed from a supernova of a hyper giant star 11 billion years ago. The star is still there, as its core collapsed into a black hole, which compressed the star's outer layers enough to sustain fusion. That star is now ultra dense, and sits at the center of the system.

Banned for being a certified rocket crasher