One Step Closer......
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Very cool.
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Still, Mars is uninhabitable. Why do we care to set foot on there?
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@ajstringham said:
Still, Mars is uninhabitable. Why do we care to set foot on there?
Um, to start a colony. The only reason they've ever talked about going there.
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@scottalanmiller said:
@ajstringham said:
Still, Mars is uninhabitable. Why do we care to set foot on there?
Um, to start a colony. The only reason they've ever talked about going there.
Yeah, but as I said, right now it's not livable. It was designed to be lived on by humans.
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@ajstringham said:
@scottalanmiller said:
@ajstringham said:
Still, Mars is uninhabitable. Why do we care to set foot on there?
Um, to start a colony. The only reason they've ever talked about going there.
Yeah, but as I said, right now it's not livable. It was designed to be lived on by humans.
I think you are lost here again.
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@ajstringham
In some regard Earth has become uninhabitable...The moon is uninhabitable, space is uninhabitable.. and yet - there we are.. There are resources that are there that we would be able to harvest for the next step.
Mount Everest is uninhabitable, and yet thousands of people clammer up it's slopes - risking death or serious injury for the glory, the adventure, and the curiosity..
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@ajstringham said:
@scottalanmiller said:
@ajstringham said:
Still, Mars is uninhabitable. Why do we care to set foot on there?
Um, to start a colony. The only reason they've ever talked about going there.
Yeah, but as I said, right now it's not livable. It was designed to be lived on by humans.
I don't think I follow this sentence? What was designed for humans?
I think the biggest reason of going to Mars is that we can develop technologies to better harness the resources that are available on other celestial bodies.
My biggest thing right now is why are we so focused on getting to Mars when we haven't made a livable colony on the moon? It would be the safer bet and a logical stepping stone to getting to Mars. It would also be a proving ground for said technologies, especially with the resources that are readily available on the moon for us to exploit (Helium3?)
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@g.jacobse said:
@ajstringham
In some regard Earth has become uninhabitable...The moon is uninhabitable, space is uninhabitable.. and yet - there we are.. There are resources that are there that we would be able to harvest for the next step.
Mount Everest is uninhabitable, and yet thousands of people clammer up it's slopes - risking death or serious injury for the glory, the adventure, and the curiosity..
True. But consider this: satellites orbit earth from space, and the moon is only something like 3 days away. Mars is supposed to be something like 8 months away. I get that going to Mars would be amazing, but the expression "long ways from home" doesn't even begin to cover it. If something goes wrong, well, you're on your own.
And climbing Everest is cool but foolish IMHO.
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The moon lacks the necessary gravity for a long term colony. We don't have the technology to make people live on the moon, not in the same way. Mars is a viable long term colony location for which we are ready to live on today. The only issue with Mars is getting there, not living on it.
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@coliver said:
It would also be a proving ground for said technologies, especially with the resources that are readily available on the moon for us to exploit (Helium3?)Is anyone seriously looking at colonial mining? I find that unlikely. The cost of getting resources to and from Earth would be, excuse the pun, astronomic. We should be able to produce anything on earth for a fraction of the price of mining it in space.
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@scottalanmiller Not when those substances are extremely rare on earth.
I agree though without further advances in technology it would be prohibitively expensive to do any colonial mining (although I believe that NASA/Private Companies have been seriously looking at near impact asteroid mining). Although getting things off of the moon would be much easier/less expensive then getting them off of the Earth or Mars.
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@coliver said:
@scottalanmiller Not when those substances are extremely rare on earth.
Is that true? My understanding is that there is no rarity that would make up for the cost of transport.
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@scottalanmiller said:
The moon lacks the necessary gravity for a long term colony. We don't have the technology to make people live on the moon, not in the same way. Mars is a viable long term colony location for which we are ready to live on today. The only issue with Mars is getting there, not living on it.
Not entirely true, a VERY recent study (it was on Facebook, so it has to be true) said that with today's equipment failure rates current plans to inhabit Mars would fail. But as a stretch goal it's fantastic, and as Elon Musk once noted it shouldn't be a national priority, but we ought to at least spend as much money on it as we do lipstick research (which is in the hundreds of millions).
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Asteroid mining can be a fraction of the distance and a fraction of the fuel. Might be feasible.
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@Martin9700 said:
@scottalanmiller said:
The moon lacks the necessary gravity for a long term colony. We don't have the technology to make people live on the moon, not in the same way. Mars is a viable long term colony location for which we are ready to live on today. The only issue with Mars is getting there, not living on it.
Not entirely true, a VERY recent study (it was on Facebook, so it has to be true) said that with today's equipment failure rates current plans to inhabit Mars would fail. But as a stretch goal it's fantastic, and as Elon Musk once noted it shouldn't be a national priority, but we ought to at least spend as much money on it as we do lipstick research (which is in the hundreds of millions).
Are they saying that things like the oxygen scrubbers would be unmaintainable over a long enough time to be replenished from earth? What failure rates are of primary concern?
I agree that it should not be a priority. I love space travel but even feel that the lunar landings in the 1960s were completely foolish.
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@scottalanmiller said:
@Martin9700 said:
@scottalanmiller said:
The moon lacks the necessary gravity for a long term colony. We don't have the technology to make people live on the moon, not in the same way. Mars is a viable long term colony location for which we are ready to live on today. The only issue with Mars is getting there, not living on it.
Not entirely true, a VERY recent study (it was on Facebook, so it has to be true) said that with today's equipment failure rates current plans to inhabit Mars would fail. But as a stretch goal it's fantastic, and as Elon Musk once noted it shouldn't be a national priority, but we ought to at least spend as much money on it as we do lipstick research (which is in the hundreds of millions).
Are they saying that things like the oxygen scrubbers would be unmaintainable over a long enough time to be replenished from earth? What failure rates are of primary concern?
I agree that it should not be a priority. I love space travel but even feel that the lunar landings in the 1960s were completely foolish.
Going to the moon was more of a "my stick is bigger than your stick" thing between Russia and the US. However, it's been proven that the technology breakthroughs and the stimulus to the economy made that a very worthwhile venture.
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@ajstringham said:
@scottalanmiller said:
@Martin9700 said:
@scottalanmiller said:
The moon lacks the necessary gravity for a long term colony. We don't have the technology to make people live on the moon, not in the same way. Mars is a viable long term colony location for which we are ready to live on today. The only issue with Mars is getting there, not living on it.
Not entirely true, a VERY recent study (it was on Facebook, so it has to be true) said that with today's equipment failure rates current plans to inhabit Mars would fail. But as a stretch goal it's fantastic, and as Elon Musk once noted it shouldn't be a national priority, but we ought to at least spend as much money on it as we do lipstick research (which is in the hundreds of millions).
Are they saying that things like the oxygen scrubbers would be unmaintainable over a long enough time to be replenished from earth? What failure rates are of primary concern?
I agree that it should not be a priority. I love space travel but even feel that the lunar landings in the 1960s were completely foolish.
Going to the moon was more of a "my stick is bigger than your stick" thing between Russia and the US. However, it's been proven that the technology breakthroughs and the stimulus to the economy made that a very worthwhile venture.
I was about to say the same thing. You just need to look at the technologies introduced by NASA around that time and decades later to know it was worth it.
Actually found a list by NASA (http://spinoff.nasa.gov/Spinoff2008/tech_benefits.html).
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@coliver said:
I was about to say the same thing. You just need to look at the technologies introduced by NASA around that time and decades later to know it was worth it.
Actually found a list by NASA (http://spinoff.nasa.gov/Spinoff2008/tech_benefits.html).
NASA didn't need to go to the moon to develop good tech. They could have developed all of the same, at lower cost, without going.
And more important is the cost of lost opportunity - what did we not develop because we were focused on those things instead?
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@coliver said:
@ajstringham said:
@scottalanmiller said:
@Martin9700 said:
@scottalanmiller said:
The moon lacks the necessary gravity for a long term colony. We don't have the technology to make people live on the moon, not in the same way. Mars is a viable long term colony location for which we are ready to live on today. The only issue with Mars is getting there, not living on it.
Not entirely true, a VERY recent study (it was on Facebook, so it has to be true) said that with today's equipment failure rates current plans to inhabit Mars would fail. But as a stretch goal it's fantastic, and as Elon Musk once noted it shouldn't be a national priority, but we ought to at least spend as much money on it as we do lipstick research (which is in the hundreds of millions).
Are they saying that things like the oxygen scrubbers would be unmaintainable over a long enough time to be replenished from earth? What failure rates are of primary concern?
I agree that it should not be a priority. I love space travel but even feel that the lunar landings in the 1960s were completely foolish.
Going to the moon was more of a "my stick is bigger than your stick" thing between Russia and the US. However, it's been proven that the technology breakthroughs and the stimulus to the economy made that a very worthwhile venture.
I was about to say the same thing. You just need to look at the technologies introduced by NASA around that time and decades later to know it was worth it.
Actually found a list by NASA (http://spinoff.nasa.gov/Spinoff2008/tech_benefits.html).
Plus when you consider all the jobs in manufacturing, science and engineering that came about as a result of the space race, it was very good towards establishing the US as an even more dominant power in the world.
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@ajstringham said:
Going to the moon was more of a "my stick is bigger than your stick" thing between Russia and the US. However, it's been proven that the technology breakthroughs and the stimulus to the economy made that a very worthwhile venture.
How does one prove such a thing? How was it worthwhile? Any breakthrough could have happened, and more of them, without going to the moon. Any economic stimulus might have been doubled by not burning up so much money for nothing.
