ESA Holds Workshop On Lunar Base Design 190
plasticpixel writes "Space.com is reporting that a workshop is underway in Noordwijk, The Netherlands, to discuss and plan extraterrestrial bases for human settlement of the Moon. Full story is online. Reminds me of the lunar base I designed when I was about 9 years old for a school project. Too bad I didn't have the backing of NASA or the ESA back then. "
This could be good (Score:1, Funny)
Re:This could be good (Score:2, Funny)
Fine, if they choose to sell the energy (Score:2)
Energy would be collect on the other side of the moon, and beamed back to earth via satellites. Of coarse, this will never happen because of the greedy oil companies.
Interesting idea but these people are meeting to discuss human settlement on the moon. I'm sure the people living there are going to have some plans for that power as well. Remember that America started off as a colony of Britian and way for England to reap new natural resources. Finally, the Americans realized that they could be self-sufficient so they said "Screw you!" to the Brits. These moon dwellers may start off by harvesting sunlight for the Earth-bound but who's to say that they won't decide that they have better uses for the power on the moon? Yeah, yeah, I know that supposedly there's plenty of power -- more than the moon would use by itself. But you'd be surprised how necessity expands to fill supply. Pretty soon the moon-folk will need to build their own Las Vegas with so many lights you'll be able to see it clearly from Earth.
I would say that "greedy oil companies" is just one possible fly in the ointment to this plan
GMD
Re:This could be good (Score:2)
Re:This could be good (Score:1)
Re:This could be good (Score:2)
Re:This could be good (Score:1)
Re:This could be good (Score:1)
Anyone else remember that meme?
Google came up with www.lunartics.co.uk, i think he probably had too much sherry and put his monocole on the wrong peeper myself.
Not feasible (Score:2)
No offense, but that reminds me of when I thought that nuclear reactors somehow transformed uranium into electricity. I was so disappointed to learn it was just making heat...
But anyways, there's no good way to "beam" energy from the moon. Lasers? Microwaves? Photon streams? None of them would work, but it has nothing to do with greedy oil companies, it has to do with physics.
Re:Not feasible (Score:2)
Nope. There's a damn good way to "beam" it from the sun, though.
Which leads to the question: If we can't economically build arrays of solar panels in the desert, what makes people think they could build a huge array of receivers to get energy back from the moon?
A practical solution (surely not!) is: we already have loads of energy being sent back from the moon - it's known as the tide, and we have some great, efficient, and economical machines to use that energy. So let's get those installed before we start listening to the more wacky schemes...
All your base are belong to us! (Score:2, Funny)
Re:All your base are belong to us! (Score:3, Funny)
War was beginning.
Captain: What happen ?
Sysadmin: Somebody set up us the link
Operator: We get http request
Captain: What !
Operator: Main screen turn on
Captain: It's You !!
CmdrTaco: How are you gentlemen !!
CmdrTaco: All your base are belong to us
CmdrTaco: You are on the way to slashdotting
Captain: What you say !!
CmdrTaco: You have no chance to survive make your time
CmdrTaco: HA HA HA HA
Captain: Take off every 'zig'
Captain: You know what you doing
Captain: Move 'zig'
Captain: For great justice
Moonraker (Score:5, Funny)
Seriously though, this is a great idea. I always remember the poster my teach put up in his Cosmology classroom. It was a 50's era "Moon Base of the Future!" type poster. Occasionally he would look over at it, and sigh softly to himself. Screw Watergate, the worst thing Nixon ever did was cut back the space program.
Re:Moonraker (Score:2)
Re:Moonraker (Score:2)
As a matter of fact, I like Zubrin, and I wish him all the luck in the world, but that doesn't change the fact that he just doesn't have that much money. When it comes to being able to fund a mission to another planet, you simply need the government in there. A few years ago Zubrin published a book, The Case for Mars, in which he proposed that the government open up the space race to the public, and offer a $20 billion reward for the first team to put a human on Mars and bring him/her back alive and safe. He proposed this because such a mission would cost more than $20 billion, but would cost less for a corporation to do it than for the government. It would thus guarantee that the government does not go overbudget, as it normally would. But tell me this: would we have gone to the moon if Kennedy had just offered a reward? In order to get something big, like space travel, done, the president has to grab the nation by the balls and tell them what's going on. The private sector can do fine, and they can make an assload of money eventually, the government can just get more done. If it is unproven that money can be made in space, the government is the only entity that can afford to go in. And once the government has pioneered the way, then the private sector can come swarming in, and thus comes economic growth. Hundreds of corporations were started by the government, with government capital and government technology, but with as much autonomy from the government as any other corporation. Cisco is one particularly good example of this.
You say that cutting taxes always encourages economic growth, but only in one sphere. What it really does is widen the gap between the rich and the poor. When the taxes are lower, the rich get richer and the poor get poorer. It seems like economic growth at first, as the wealthy suddenly produce more products and the middle and lower classes purchase them, but as time goes on, the wealthy producers of products find that there is less and less return on their investments; this is because the mass public has less money to spend on products. With this shrunken consumer base, there is less monetary incentive to continue selling products, and thus you run into massive shrinkage of the economy, resulting in a much smaller tax base. At some point after the taxes are lowered, people begin to recognize this, and the economy goes south. But that is only part of Wall Street's paranoia: if it's doing too well for too long, it will drop. There is no getting around it. Similarly, if it is doing too poorly for too long, it will improve. It happened to Reagan, it happened to Clinton, and it will happen to every 8 year president who is at least a little bit good at economic issues. Unless you lock Americans into some kind of "Cold War-esque" mindset, the economy can't stay up forever. Bush's people realized this, and thus were born the weekly terror alerts. No one can be sure if there really is a threat, but everyone is sure that they have to be really careful and that they can't question the government.
And to get back to your first paragraph, both NASA and the Mars Society are doing interesting things. However, they are playing in different playgrounds. Zubrin's in Canada playing around with a habitat that he wants developed for a Mars mission, and NASA's in orbit taking pictures of distant stars or they're flying to Mars to see what it's actually like. I don't see exactly how playing with toys in Canada is any more exciting than flying low over the surface of Mars and taking high resolution photographs, or sending down a lander to map out the terrain at ground level. Contrary to popular belief, the government can do interesting things, despite the fact that you paid for it. In fact, why don't people take more interest in what the government does? After all, they helped pay for it. For the last seven decades it has been demonstrated that the government can spend money better than the individual. Would we have landed on the moon if it was up to the individual to get us there? Or the states?
Re:Moonraker (Score:2)
We went to the moon all right. Then we turned around and went home. Haven't been back for 30 years. Score one for government-run space programs!
the government can just get more done
Can, perhaps. Usually not, though.
If it is unproven that money can be made in space, the government is the only entity that can afford to go in
Sort of. Private entities have already shown it's possible to make money in space. DirecTV does turn a profit, after all. The catch is that not even the richest corporation in the world can afford to do more than establish some unmanned communications satellites due to ridiculously high launch costs. Fixing that would require serious R&D with dubious guarantees on a return, so _that_ is the part the government should have handled. Since NASA's launch costs have actually increased since the Apollo days, it's safe to say that they have failed in this regard.
I don't see exactly how playing with toys in Canada is any more exciting than flying low over the surface of Mars and taking high resolution photographs, or sending down a lander to map out the terrain at ground level.
Because those are NASA programs. And NASA has a long and treasured history of going nowhere with great fanfare. They've had 40 years to open space up to the public and what do we have? An aging shuttle fleet (which NASA has publicly said will be used for at least another 20 years) that is worse than what it replaced and a useless space station. Sure, the Mars probes are interesting; so are the Voyagers and all the others. But what good is it to know there's water on the moon or Mars if nobody goes there to use it? There's enough platinum in any given asteroid to build a dozen fuel cells for every man woman and child on the planet; why aren't we mining them? NASA has no interest in those kinds of things and is specifically interested in _not_ making it possible for others to do them. Most anything run by NASA will be fascinating, wonderous, overbudget, and useless for any practical purpose.
For the last seven decades it has been demonstrated that the government can spend money better than the individual
I would just love to see you prove that statement.
Would we have landed on the moon if it was up to the individual to get us there?
As far as I can tell, we might as well not have landed on the moon. All we have to show for it are some rocks.
There is simply too much wealth and opportunity in space for it all to be in the hands of some government bureaucracy.
Re:Moonraker (Score:2)
Someday someone _will_ go there and use it. But before you make your travel plans to Mars, it's a good idea to learn as much as you can about it.
Everybody is in such a hurry! Humans WILL go to Mars - I see it as practically inevitable. But you're in for a disappointment if you think it's going to happen on, say, Zubrin's timescale. I've said it before whenever this sort of topic has come up... SPACE IS EXTREMELY DIFFICULT, ESPECIALLY FOR LIVING THINGS. It is difficult financially, politically, energetically, engineering-wise, organizationally, biologically, psychologically, you name it.
Just because we all grew up reading science fiction that describes all sorts of space-faring wonders does not make it easy. Sometimes it seems that y'all think that because Heinlein wrote cheery space-operas, NASA must really willfully suck for holding out on us. Folks, Heinlein et al. wrote great science fiction, but it is fiction!
You write about mining platinum on asteroids so we can have cheap, plentiful fuel cells on Earth. Do you have any clue as to the magnitude of that undertaking? Getting there, extracting/refining the platinum, getting it back to Earth... Do you seriously believe that the bottom line - financially and/or energetically would be positive? If you do, I've got an asteroid to sell you...
The Space Station, for all its problems, will provide several important increments of engineering, organization, and biological/psychological knowledge. I know, it's very hip to put down the ISS, and there surely are some fuckups associated with it. But it's a necessary step. Space exploration is just as much about learning how to administer huge complex systems involving thousands of people and suppliers as it is about rockets blasting spaceward-ho!
Sure, you could probably cobble together a quick and dirty manned mission to Mars within 10 years or so as Zubrin says, but it would be just like the Apollo program everybody whines about - a dead end. Probably end up with some dead space pioneers, too.
I mean, I understand why you'd like to hurry it up: I personally would get a huge thrill out of seeing the first video from folks on Mars. I doubt if I'll see it in my lifetime (I'm 47), but I'd like to. But not if it means cutting corners and rushing. Let's think it through, do it right...
- Steve
Re:Moonraker (Score:2)
But nobody is doing it. NASA 'has plans', but that means exactly dick. If nobody does it, it won't happen.
SPACE IS EXTREMELY DIFFICULT, ESPECIALLY FOR LIVING THINGS
Not really. The difficult part is surviving when you have precisely zero margin for error and your equipment consists of the absolute minimum needed to keep you alive. These are all problems associated with high launch costs and having no industry up there. Problems with radiation? Tack on some armor. Lunar regolith would work if it's piled on thick enough, and it's plentiful and easy to get at. Problems with life support? Put in backup systems; keep chunks of comet ice around as backup. Problems with chemical fuels? Well duh, of course you will if you have to spend 99% of it getting out of Earth's gravity well. Problems with zero-G? Spinning exercise rooms or some such. Of course, at $10k a pound you can't do any of this if you fly NASA.
You write about mining platinum on asteroids so we can have cheap, plentiful fuel cells on Earth.
Sure. It's a resource common as dirt in space but rare as diamonds down here with a huge demand just waiting for a supply. And it's by no means the only example.
Getting there, extracting/refining the platinum, getting it back to Earth... Do you seriously believe that the bottom line - financially and/or energetically would be positive? If you do, I've got an asteroid to sell you...
You say it's inevitable, then say it's not even remotely possible? Once you're there, it's cheap and could be made mostly self-sufficient. The expense is in getting the equipment out of the gravity well in the first place. Dropping stuff down from orbit is a hell of a lot cheaper than getting it up.
Space exploration is just as much about learning how to administer huge complex systems involving thousands of people and suppliers as it is about rockets blasting spaceward-ho!
Are you sugesting that nobody has ever had to do things like organize thousands of people in complex systems before?
Look, I don't really care about the ISS. It's a toy. As far as I'm aware NASA has no plans whatsoever for permanent space stations past it. My problem is with NASA in general. The government-run agency is simply never going to do much. Period. They've arguably gone backwards in the past 30 years, so I don't see why you're so hopeful about their future.
Sure, you could probably cobble together a quick and dirty manned mission to Mars within 10 years or so
And NASA has a long and glorious history of following up on its explorations?
I don't really care about a mission to Mars, either. It would be amazing, sure, but it wouldn't matter one bit if all that happens from it is that the explorers come home with rocks. This is exactly what happened before with Apollo and NASA has made zero progress in what really matters: letting other people do stuff in space.
We do not need NASA to be our explorers in space. All we need, all we _ever_ needed from them was to get the door open for the rest of us. We have millions of people who would love nothing more than to try to build a financial empire in space. Whereas NASA thumbs its nose at would-be tourists trying to give them millions. They've spent 40 years working entirely in the wrong direction.
Re:Moonraker (Score:2)
That's because the Rich keep doing the things that made them rich, while the poor continue doing the things that made them poor.
Re:Moonraker (Score:2)
Re:Moonraker (Score:2)
It is true that humans will do whatever is necessary to survive, even in times of economic despair, but that doesn't usually mean working harder at your job or working 18 hours a day (although it did mean that a century ago), it means resorting to crime (which it also meant a century ago). When someone can't afford to pay for food, they will still acquire enough food for survival. Thus, they steal. This definitely does not help those who are selling. If, however, everyone could afford to pay for food, everyone would purchase it and that would be very good for those selling.
As you can see, it is in the interest of the upper class to have as small a lower class as possible.
The moon is a dead end (Score:1, Interesting)
Re:The moon is a dead end (Score:1)
Re:The moon is a dead end (Score:5, Interesting)
Think about it: The moon is our solar system's version of a wasteland -- all it needs is a sign saying "Why live here?".
Mars, on the other hand, has all the resources you could want. With electricity and some basic engineering, farming and construction skills, you could live happily on Mars pretty much independent of Earth. Well, you might have to import some nitrogen...
Re:The moon is a dead end (Score:1)
Kind of like Phoenix used to be? Can't seem to keep people from moving here faster than the infrastructure can grow now.
Re:The moon is a dead end (Score:2)
Now, Mars is the same way, but Mars is much more rich in resources and friendlier to terrestrial activity than the moon. In most cases with Mars you only have to move your tools there, then you can use the available resources to survive.
Think of everything you can't do easily on the moon -- you can't get oxygen from the atmosphere by applying basic chemistry, you can't grow plants due to the moon's relatively long days (on Mars you could use a pressure dome and some Mars-made mirrors to amplify light), you have to deal with decreased G, etc.
The only thing the moon has going for it is that it's relatively close. That said, if my ascent vehicle breaks down and I have to hang out until help arrives, I want to be on Mars -- I have a much better chance of survival.
Re:The moon is a dead end (Score:2)
Heck, if there are enough raw materials on the moon, maybe just build the structure there, and manufacture only the stuff that needs complicated fabs down here.
Re:The moon is a dead end (Score:2)
There's a lot of structural mass involved in a platform that can sustain the thrust required to get off of our ball of dirt that then becomes superfluous for the entire rest of the trip, and is a maneuvering liability (extra inertia == more reaction mass required for a given vector change). If we had some sort of propulsion method [fourmilab.ch] that didn't involve reaction mass this wouldn't matter so much, but as yet that hasn't happened.
Look at it this way: if you were going to build a wooden boat, would you build it at the logging camp 500 miles from the ocean, incorporate wheels and a car engine, and drive it to the ocean?
Re:The moon is a dead end (Score:2)
Yeah right. Everything except decent gravity. (Score:1)
You'd be better off going to Venus:
a) Physically it is far more the Earth's twin than Mars will ever be. The gravity you'd experience there would be almost identical to what you have here on Earth. You'd just have to ignore the 90 times greater atmospheric pressure. No big deal.
b) Venus has too much atmosphere. If the the atmospheric pressure is that big a problem for you (wimp!), remember this: if we've proven anything here on Earth, it's that we're good at destroying large-scale stuff, not creating large-scale stuff. Just set up a few shop-vacs around the planet, and hoover away that extra sulfurous crap they call an "atmosphere". Simple and effective!
c) Closer to the sun = better solar power options (just got to get rid of those nasty sulfuric acid clouds first
Why the hell would anyone want to go to Mars? Venus rulez!!!!!
A dead end? (Score:2)
it's only a possibility certainly, but not exactly a sure "dead end" either
Re:The moon is a dead end (Score:1)
Yes, but the Moon, unlike Mars, is capable of turning a profit right now. All the arguments against space exploration on the grounds that it is too expensive only apply to space-based research. Those arguments carry a lot of weight when you consider the incredible cost of projects like the ISS and flags-and-footprints on the Moon and Mars. Commercial exploitation of near-earth asteroids and the Moon is within our reach technologically, and it comes at essentially no cost to us. Of course, like most business ventures, it requires a little initial investment. The students in the lunar base project will be successful if they produce designs that are capable of returning money on the investment, and if someone actually steps up to fund the project.
Re:The moon is a dead end (Score:2)
WTF? Essentially no cost? How do you propose getting to a near-earth asteroid, mining and refining whatever putative resource might be there, and returning it to Earth "essentially no cost to us"?
Advantages of setting base on the moon then Mars (Score:3, Insightful)
2. Debugging extraterestral bass designes. I much rather build a base on the moon first then on mars. Any problems with the mars base can mean a slower death. And the getting extra suplies would be almost out of the question.
3. You can get a really good tan. A moon day is about 2 weeks or so you can get plenty of sun tan time. Plus with no atmosphere to block those tan helping UV rays it just helps even more.
4. A good start towards the next mars base. Making ships that lift off of the moon is a lot easier then Earth. and cheaper too. So if you can collect the raw materials to make the Mars ship on the moon and the IS there there is a lot less extra conserns that are needed.
5. Help humans to get over this gravity problem. By using the moon we can help bread people better suited to living in lower gravity enviroments. and may take longer space travil better.
6. A quick and easy way to improve you golf game. with a moon base and golf course you can really hit the ball.
7. Incorages more comericalm in space. A moon base when made more complete may be used for the tourism market and even some mining companies. With more comericalism and comptition it can help create a better faster cheaper space travle and make it open for the common man
8. Atronomy reasherch. No atmosphere make it great for ovservations.
9. Imagin life in those bouncy things.
10. Colonalzation is what we do. If we can conization a place in space as barron as the moon then we can defently do mars
Disagree (Score:2)
The moon has much the same problem, only without water. The moon is great for metals and oxides, but pretty bad for human colonization.
Let us harken back to the Seventies, and the L5 space colonization studies. Colonies in free space, placed anywhere in the solar system, from Earth orbit, the L1-L5 points, Mars conveyor orbit, Mars orbit, asteroid belt, or just a plain solar orbit, benefit from no gravity well, roll-your-own gravity, and constructed living room potentially millions of time Earth and Mars put together. And yes, birds and trees and all the rest can come along as well.
In the long run, Mars is a park, the Moon is a strip mine, and Earth is the Olde Worlde. Free space economies, with enormous material and energy resources, will have a collective economy that can fund silly things like star probes and colonization of other star systems.
Mars is small potatoes. We've been thinking in that groove because we see it as an extention of the Apollo methodology. Expensive one-shot landings, followed by useless science stations that cost toomuch and are vulnerable to budget murder at any time. For space travel to succeed, you need lots of people who want to go, a place for them to go, wealth to be made, and the possibility of growth to the nth degree.
Mars would be a very expensive Antarctic station. Tho I love the idea of being on Mars, having grown up studying and dreaming about the place, it is in a deep gravity well. Why climb up out of Earth's hole just to climb down another one?
Oort Cloud (Score:2)
I can't remember who originally suggested this, but if you can develop a reasonable fusion power source (which I consider a matter of time, although I couldn't guess how much), the Oort cloud is the perfect place to be. You can use comets to fuel your reactor and lights or large, locally made mirrors reflecting the dim sunlight to grow food (hm, gotta find something that grows well in zero grav... or you could teather two comets together and spin 'em for gravity).
There's a staggering number of Oort cloud objects of reasonable size. Once your kids come of age, they can inherit the family mining/farming/industrial/mirror manufacturing/reactor building/whatever business or buy a reactor of their own and hop to a passing comet to set up shop -- talk about the ultimate homesteading environment.
Your lifestyle would definately be *different* in this sort of environment, but I don't see any reason why people couldn't adapt to live like this. Eventually, you'd probably have huge numbers of objects teathered together to make great city-states. As always, it seems that portible, plentiful energy is the big key.
And that's what I call expansion of humanity.
I wonder (Score:3, Funny)
Re:I wonder (Score:2)
Go to sector 7G."
"To avoid the spider's curse,
simply quote a Bible verse."
And he threw a rock instead. (It's an old Simpson's episode, and I'm sure that's what you intended to invoke when you typed "sector 7g". ;-)
Things every lunar base needs (Score:3, Funny)
- Lots of dangerous air-locks, with only two doors.
- Weapons. Lots of weapons.
- A great friggin huge laser beam pointed right at the Earth.
Minime, Stop humping "The Laser" (Score:1)
Um, Hemos... (Score:3, Funny)
Sorry, Hemos, but I don't think that the ESA is going to tackle this project with popsicle sticks, styrofoam cups, cardboard paper towel rolls, and that box that you later used to bury your pet hamster in.
Re:Um, Hemos... (Score:5, Funny)
No, that would be the Russian Space Agency.
Re:Um, Hemos... (Score:2)
Re:Um, Hemos... (Score:2)
and assembled in china...
Re:Um, Hemos... (Score:1)
"Reminds me of the lunar base I designed when I was about 9 years old for a school project."
Sorry, Hemos, but I don't think that the ESA is going to tackle this project with popsicle sticks, styrofoam cups, cardboard paper towel rolls, and that box that you later used to bury your pet hamster in.
But I bet Hemo's model didn't have any cm/inches issue
So, no matter how many chewing gum it had, it would have worked better than the NASA funded one
The implications are staggering... (Score:1)
So you're implying that you DO have the backing of NASA or the ESA for all of the lunar bases you're designing now?
Re:The implications are staggering... (Score:1)
So you're implying that you DO have the backing of NASA or the ESA for all of the lunar bases you're designing now?
Of course... obviously any serious scientist knows that only high quality insightful scientific ideas get presented and discussed on Slashdot.
Comfortable Quarters (Score:1)
Its not comfortable unless I can telecommute back to my office on earth (802.11b of course...)
What kind of "last mile" solutions do they offer for lunar residences?
Re:Comfortable Quarters (Score:1)
Re:Comfortable Quarters (Score:2)
Consider how cold it would be when you were on the night side of the moon. Now, as anyone who's ever lived in Wisconsin can tell you, you'll be cold no matter how much you pump the heat into your base. And going outside? Damned chilly.
My preferred solution is a hot tub (water=warm up fast), but a good hot sauna would do in a pinch.
My favorite line from the article: (Score:1)
Shed old think. I like it.
Why are we going again? (Score:1)
For purely scientific reasons means that someone has to pay for it, and not get anything but just knowledge back from it. I think to get real, positive backing, you're going to need solid, long-term business applications. That's when you'll get real money to do something with, I suspect.
Until then, I be we'll just be dreaming about doing it.
Re:Why are we going again? (Score:2, Insightful)
You're also going to need solid support from the tax paying, voting public. That, sadly enough, will probably wind up being the bigger hurdle. Slashdotters and SF con geeks (that may be a redundant grouping, actually) aside, the general populace seems less than enthused about space. Tragically so, IMO.
lunar base (Score:1)
1- don't use those small 5" b/w tv's as monitors
2- small printouts on rolls of paper are lame too
3- tight costumes for men are a no-no (but ok for women)
4- try to have at least one crew member with psychic abilities, it may come handy when confronted to strange alien life forms
Was nobody paying attention? (Score:2)
5. Have some good pilots aboard and plenty of small VTOL ships (some armed)
6. Don't store large amounts of radioactive waste... or you might get a free trip to the far side of the galaxy....
Hemos' school project... (Score:3, Funny)
Hemos: Well, basically, I just copied the base we have now. Then, I added fins to lower wind resistance. And this racing stripe here I feel is pretty sharp.
Burns: Agreed. First prize!
Re:Hemos' school project... (Score:2)
The best way to build a base (Score:1)
This sounds like a perfect time for a ....... (Score:1)
Paul van Susante (Score:5, Interesting)
The South Pole region of the Moon has emerged recently as an ideal base location; temperatures are always moderate, a selection of areas close by can be found with continuous sunlight and also continuous line-of-sight communications with Earth, and there are craters that apparently never see sunlight and are believed to contain cometary ice (water is hard to find on the Moon), and also would be ideal for telescopes.
Lunar base designs can be found going back to Army and Air Force ideas back in the 1950's, so the idea is nothing particularly new; obviously what we'd really like is to have a plan that includes ways to get the funding to actually build the things! Science, tourism, and possibly space-based energy and materials supply seem to be the main candidates... Now if NASA wasn't spending 100 times as much on Mars as on the Moon we might get somewhere...
Re:Paul van Susante (Score:2)
You aren't thinking fourth-dimensionally! NASA is spending 100 times as much on Mars for a reason. Perhaps there have been breakthrough discoveries so important (with scary and/or highly political consequences) that NASA is keeping them secret, but continuing to study them. I'm not saying there's little green men on that little red planet, but I am saying that somthing must be going on.
As for a moon base... I think that's a good idea, but they should be freakin' careful. Have you seen that "Time Machine" movie that recently came out? The one that allegedly tells H. G. Wells' story, but is actually totally different? They showed the moon falling apart when humans tried to blast things into place. It shattered, fell on the Earth, and killed all the people until a million billion years into the future. So yeah... build a moon base, but don't do no nucular blasts up there!
Oooooooooooooh well.
Dr. Evil would be proud... (Score:1)
I wonder if they're going to create different moon units... how about moon unit Alpha and moon unit Zappa?
"Mini Me... stop humping the fricken' laser!"
jz
No Interim Plans? (Score:2)
Also, why solar power rather than the (cheaper, more reliable and higher-output) nuclear option? It's not like the radiation would be a problem there.
All in all, it's a nice thought, but most likely it'll go nowhere.
-jeff
Re:No Interim Plans? (Score:1)
Well, for one thing it requires moving a lot of (heavy) plutonium and/or uranium.
Also, in defense of the solor option, the moon doesn't have that annoying atmosphere to get in the way. Well it does have a tenuous atmosphere, if you want to split hairs...
Re:No Interim Plans? (Score:2)
I might agree with higher-output, but given the lack of clouds, why more reliable (obviously more consistant, as the nuclear power station generates energy all day, but I assume your solar array would take this into account)? I thought orbits were fairly reliable. And cheaper? Its cheaper to run a nuclear power station than to set up some solar panels and hook them into a grid, sit back and wait?
Re:No Interim Plans? (Score:1)
Re:No Interim Plans? (Score:2)
Re:No Interim Plans? (Score:2)
That aside, I think there is less to go wrong with a solar array. It would be nice if we could invent batteries that could store the electricity long term.
Re:No Interim Plans? (Score:2)
Heck, in the Viet Nam war, the military was prevented from using sealed plastic strips filled with the chemical used in glow-in-the-dark watch hands to provide constant illumination around the perimeters of villages in order to prevent infiltration. After all, it was related to radiation in some way. (I believe radium was part of the chemical mix.)
Cool, but (Score:1)
Re:Cool, but (Score:2, Insightful)
they need... (Score:2)
people would do it for the novelty alone!
Re:they need... (Score:1)
Yeah, but imagine the latency :-)
The light-travel time [colorado.edu] to the moon is 1.3 seconds, so things would get a bit sluggish :-(
Re:they need... (Score:2)
The netlag sucks though. 2 1/2 lightseconds makes my pings at around 5000.2 ms round trip. Oh well, at least the DMCA can't touch me there
Re:they need... (Score:1)
Not only cool.. how's that for an offsite data storage location? Not many companies can boast that their data will survive full-scale thermonuclear war... but if you use the server collocation farm on the moon, when the war is over and only the cockroaches and styrofoam are left, your data is STILL safe!
We can ask the experts! (Score:2)
The most difficult engineering project... (Score:1)
Been there, done that.. in smaller form (Score:2, Informative)
It was fun to do, but the technical level was pretty low as we were mostly second or third year students. It was also framed in a multi-cultural frame, so there were a lot of side issues dealing with foreign students. And it was a lot shorter.
But it was fun, probably one of the funnest things I did that year. It also sparked my interest in the other disciplines here at the Technical University (I am studying Civil Engineering). I still have this vague idea of combining something like this into my thesis, but I can't really come up with a good basis for that (yet)...
Good to see they're still hammering away at this. I for one would sign on for a stint on a lunar base yesterday, if I could...
Important items (Score:1)
#2 - Oxygen: Converting CO2 back to O2 with plants is one possibility, however, this may take awhile to get up and running. Power should be a nonissue for using filters similar to the space station. O2 can always be obtained from water but on the moon.... water isn't the best choice.
#3 - Speaking of water- transporting water up is one issue. Once you get enough, hopefully systems for purifying, using plants, etc can be used.
#4 - food - would require routine trips of food up until you got a large enough installation of plants. What would happen if you had a challenger disaster again and the people need foor?
#5 - sex and internet - not necessarily in that order? hmmm...
One only has to think of the biosphere and biosphere 2 to think of failed or partially failed experiments at doing something like a self contained area. - Biosphere 2 [bio2.edu]
yeah right (Score:2)
ESA Holds Workshop On Lunar Base Design
and I thought, cool, now I can attend the workshop and design my own luna base. I put up all the paperwork necessary so that my manager can approve my trip and expenses to the workhop, and ran to his office, afraid that I wouldn't be the first one.
Then, he said:"Sure, I can approve that, if you take care of the budget for the launch.".
Oh boy, feeling like a deflated balloon now....
What I want to know... (Score:1)
Extraterrestrial bases.. start closer to home (Score:1)
From around a month or so ago.
Doubleplusgood!!! (Score:1)
Not as good as it sounds. (Score:4, Insightful)
I wish it was as good as the headline sounds.
The story has nothing on real-world issues like funding, design, lobbying, private sector support - nada.
The biggest stumbling block to a true lunar base is political. Many (mostly conservative) lawmakers think that any money spend on space (other than defense spending) is a total waste. Many of those that are interested in space seem to think that the Moon should be completely ignored in favor of Mars, no matter what, no discussion, period. The former head of NASA was one of these. And we haven't been to the moon in about 25 years.
If I had a wish, it would be that these students study and publicize the politics behind those groups that are keeping us from funding a legit moon base.
=brian
Movie Time Machine? (Score:1, Offtopic)
The Moon is extremely fragile? (Score:2)
As for destabilizing the Moon's orbit - basically, this would require a tremendous impact or explosion on one side of it, pushing it out of its present orbit. Think about all those craters on the moon. Even the force of truly humungous meteorite impacts couldn't move it from where it is now. Maybe if we detonated every nuclear weapon on Earth at the same point on the lunar surface simultaneously, we could move the Moon. Maybe.
A lunar geologist, btw, would be a "selenologist".
Re:The Moon is extremely fragile? (Score:2)
Re:The Moon is extremely fragile? (Score:2)
Moon base alpha (Score:4, Funny)
*puts on funky miniskirt*
I'm set
a waste of time.... (Score:4, Insightful)
How about getting together a coalition to figure out how to get the funding to build a moonbase instead of wasting time and money.
I cant remember who said it back in the 80's... but he was right... "The only way to get the human race to the stars in a big way is to have a war with another species where we have to go to space.. until then the morons that run the government will do nothing."
So, can we declare war against Alpha Centauri yet?
Re:I have always felt... (Score:2)
Project Endurance (Score:4, Interesting)
All I want is.... (Score:2)
Is that too much to ask for?
How about.. (Score:2)
"The Gods Themselves" (Score:2)
Warmly recommended reading.
Moon planet (Score:2)
I believe I have the ultimate design for a moon base: Terraform the moon and turn it into a planet orbiting our own. Sure, you might think the moon can't hold oxygen and other gasses due to its low weight (and therefore, low gravity), but that's not such a big problem. Have you ever read Isaac Asimov's Prelude to Foundation? The world described in that book, I believe it was called Trantor, was almost entirely covered with domes. It began when shopping centers enclosed themselves in domes. Then, cities covered themselves. The next thing you knew, the whole damn planet became covered. Something of this nature should take place on the moon, except that instead of a bunch of domes, they'd build a huge hollow sphere that encloses the whole damn moon. This sphere would be made of millions of square sheets of ultra-pure glass about 10 feet thick. Then, trillions upon trillions of tons of oxygen and whatever gasses would be put inside this sphere, along with soil, seeds, fertilizer, and whatever else is necessary for getting things going. (Where would the gasses come from? Well, you could jack them from Venus, which has them in excess, or from any of the gas planets. Got the wrong gasses? That's not a problem with nuclear fission/fusion. Just figure out how to take radioactivity out of the equation. That shouldn't take more than half an hour of a freshman science major's time.) Lots of water would be added. The next thing you know, it will turn into a cycle--rain, snow, whatever. I think lights could be hanged from the enormous frame of the sphere, providing light to areas that are not lit by the sun. Vast cities would be built on the moon, but the whole system would be engineered from the start to create no wastes, and to use the cyclic patterns of the new "planet" to their fullest advantage. Oh yeah, and to protect from meteors and stuff, big huge lasers will be mounted all over the top of the spherical structure, and they'll blast anything that comes close (except ships and whatnot).
Once this is done, terraform Mars and do exactly the same thing, except that Mars doesn't need to be enclosed. But its moons do. And then, it'd be cool to terraform Venus. There's lots of potential there. Perhaps if trillions upon trillions of plants are placed there, the atmosphere will automatically change and become more Earth-like. Once that's done, do the same to Mercury. At that point, you've done all the solid bodies from Mercury to Mars. Then, you can do all the moons of the gas planets. And then, you can do Pluto, which is cold and stuff, but that doesn't really matter, considering you'd dome it in and put heat lamps all over the ceiling. And don't forget its moon, whatever it's called. Once that's done, find more planets and do the same. By then, the human population of the solar system will be like 4 trillion or so, so someone will figure out warp drive, and we'll start taking over all the planets in the galaxy. And then, when the human population is like 945 quadrillion to the third power, someone will figure out travel between the galaxies, and we'll do all those planets. And then, when the human population approaches a hundred thousand million billion trillion quadrillion times the previous amount, someone will figure out travel between universes. And by then, the Internet will be so damn big, Google will have to buy one of the universes and fill it from end to end with an enormous cluster of Linux quantum-mainframes, just to hold the indexes and stuff.
Re:Moon planet (Score:2)
Lunar Architecture (Score:2)
Re:Just Imagine... (Score:1)
Re:Just Imagine... (Score:1)
okay, this game's over.