Uhm.. your first paragraph doesn't really jibe with your second.
I'm pretty sure space travel isn't written about in the Cons ution, after all.![]()
In my opinion, these extremely large projects are what the federal government should be focusing on. Most the stuff the government gets involved in should be done by the states. The Apollo and Shuttle missions are probably the last good thing that government has done. Everything else just turns into over priced .
If it's not outlined in the cons ution, the federal government should stay out of it, with few exceptions.
Uhm.. your first paragraph doesn't really jibe with your second.
I'm pretty sure space travel isn't written about in the Cons ution, after all.![]()
There are other methods that were worked out and discussed in the early 70's that can realistically be done. Payoff is not likely yet for profit. In short, a solar powered linear accelerator is built on the Moon to launch a payload to one of the Lagrangian points between the Earth and Moon, where a space station would be built. This station would optionally send it to a Low Earth Orbit station by similar means, or directly to Earth. Space missions can then retrieve the payload at convenient timeframes, or it can even be fitted with retro rockets, heat shields, and chutes to drop in the desert. Different ways were discussed. I think the major problem is that no rare elements are on the moon, at least yet discovered in any usable quan y to use them instead of our resources here.
In the later 70's, from my experience with the reduction of Aluminum and reading past articles describing the above, I used to think it would be great to build an aluminum reduction plant on the moon. Great solar power to do the electrolysis, and the byproduct is oxygen. Even if we never shipped all the aluminum we produced, it could also be used to build a moon community. The oxygen could then, over time, make an atmosphere on moon. As I leaned more of the sciences, I found this wasn't viable. The oxygen could be used for maintaining a livable environment in pressurized rooms, or even city. However, the moon doesn't have enough gravity to hold an atmosphere. It probably would cave on if it could. The solar winds blow any gasses off the moon.
It might be commercial someday. Right now, I don't think there's much to do there. It's just useless to us other than maintaining a tide.
"with few exceptions."
Making water on the moon is simple. You remove the oxygen from the various ores on the moon and store it. You collect and separate the hydrogen out of the solar wind, and combine. You now have water.
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