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Is Space Mining Feasible?
Roland Piquepaille writes "There is a large amount of precious minerals on the Moon and Mars. Would it be feasible to bring these valuable materials back on Earth? Space.com says that mining specialists and space engineers, who gathered at the latest Space Resources Roundtable, think the answer is yes. But there are many issues to solve. The first one is to build a permanent base. Then, you have to live on space resources. The article looks at other issues, such as strategic and economic potentials, before examining legal concerns about working conditions and extraterrestrial resource ownership. As the article says about lawyers, it 'turns out you can't leave Earth without them.' This summary contains more details and a rendering of a possible commercial Lunar base."
Tell Bush there are weapons of mass destruction on Mars.
Why go shopping for asteroids when they deliver? Sure, the delivery schedule and drop-off point is unpredictable, but hey - free minerals!
NASA needs direction not funding change. They were able to get us to the moon since we set a clear atainable but chalenging goal. The budget was only about 10% more in todays dollars to do that. If we redirected NASA's efforts to establishing a Mars exploration and setelment program, we could easily do it. we are in a better position today to go to Mars then we were in the 60's to go to the Moon.
The payoff isn't just Mars or access to the astroid belt. It's a generation of people inspired to persue careers in science and technology that will advance the human race to new levels of existance.
Blaze a trail to the New World
I took a class called "Resources From Space" at University of Wisconsin, Madison, in 1998. It was taught by, among others, Harrison "Jack" Schmitt, who was the only scientist and last man on the moon (Apollo 17 - he was a geologist). He's now a fusion researcher and teaches this class along with other professors from geology, economics, physics, and nuclear engineers from the fusion technology institute at UW.
The final impression left with me from that class was that, back in 1998, if we were to start up an initiative to mine the moon we would have to raise $215 billion and not see any return until the year 2015 (our focus was on He3, but I think this'll apply to most any moon mining operation). That's essentially a 20 year investment with huge risk, so finding either public or private funding to help launch the operation was the biggest obstacle. Technology was also obviouisly an issue, but the mantra "You can always count on technology to catch up to you" was definitely enforced since most of the profs were fusion researchers.
Also, back then there was little competition in the public eye. My professors were aware that China was ahead of us in the push since they had government funding, but the competition existed only within a few small, scientific circles. No public awareness at all. We were looking at long-term energy-crisis solution, and this was a feasible answer. Our hopes may have been lofty, yet the projections realistic, at the time given the current sentiment. Currently there may be more eagerness by potential investors to get involved, but I'm unaware of a project of these proportions of both scale and risk that's been executed in the present day.
BTW, the web site for the class (last offered fall -2001) is a very thorough and exciting read (esp. the Apollo 17 space mission from the second day). It's also a great resource for questions regarding everything involved in mining the moon.