European Scientists Make a Case For a Return To the Moon
MarkWhittington writes "While the official target of NASA's space exploration program remains exploring Earth approaching asteroids, the case for a return to the moon has been made from a variety of quarters. The most recent attempt to make a case for the moon is in a paper, titled Back to the Moon: The Scientific Rationale for Resuming Lunar Surface Exploration, soon to be published in the journal Planetary and Space Science."
Please link to the actual journal submission, not some article from the Yahoo! Contributor Network...
Since "European" scientists are in board, maybe the Obama administration will agree to it.
LK
"Hi. This is my friend, Jack Shit, and you don't know him." - Lord Kano
To me, there's incentive enough to return to the moon simply because of the research and development that would occur. The space program that sent us to the moon the first time brought forth incredible advances in all kinds of areas. We should keep pushing our own boundaries and explore the unknown not simply because it's there, but because we have the opportunity to develop stronger / more efficient / less expensive / generally better tools at the same time. Make the results of the new research available to the public at large and everyone benefits.
It's a use of my tax dollars that I can support without reservation.
Love sees no species.
The US is spending 25.7 billion (17.7 billion NASA, 8 billion for the military (GPS, etc)) on space in 2012
ESA spent 4 billion Euros (about $5 billion)... a total of 413 million EU on human space flight.
There's a lot of talk in the paper about "global" exploration of the moon. I can only assume that means they don't plan on increasing that.
We need kids engaged in science and exploration, not killing terrorists or idolizing warfare. Bring back the coolness of space exploration and the meaning of the word "hero"
I have a feeling that even a ruined Earth is still way more hospitable than Mars, let alone other places.
thegodmovie.com - watch it
1. Mobility: humans are more mobile than probes. This ignores the fact that, for a fraction of the cost of sending a human (say 50%) a robot could be developed and sent which was far more mobile than a human. Robots also don't need to be trained or selected - astronauts have a fixed cost per unit that doesn't reduce significantly by volume - 10 astronauts cost approximately 10x as much as one astronaut. Whereas the per unit cost of a robotic probe reduces per unit at volume - building 10 probes doesn't cost 10 times as much as building a single one.
2. Presupposing that humans are better at drilling than robots. However, this fails once again to take into account that the constraint is the size of the drill - human missions require larger rockets, which coincidentally allows for a larger drill to be carried. Robotic missions launch with smaller rockets. Solution: use the big rocket. Launch a couple of probes at once, with big, capable drills. No need for the spurious meat bag attachment.
Yes, Mars. But, the moon is closer, cheaper, easier. The moon also provides a staging point from which to launch to Mars, and points beyond. Unless I am seriously mistaken, infrastructure and assets on the Moon won't degrade, or at least will degrade very slowly compared with infrastructure and assets built on earth.
The moon is a very valuable resource, and development of that real estate should commence immediately. The moon is no longer a "goal", but a "waypoint".
The only reason we don't have multiple bases on the moon now, is that mankind has it's collective head up it's collective ass. My nation, which actually put men on the moon, wastes more resources on the invasion of other nations than it would have taken to build and maintain a base capable of housing 1000 personnel. Of that much, I'm certain. I suspect that said base could be much larger, and that maybe a few satellite bases might have been built with all the money wasted in Viet Nam, Iraq, and Afghanistan. Some of our lesser actions could probably have paid for one of those small satellite bases.
Oh yeah. Read my third sentence again. Points beyond. To me, Mars should just be considered a practice mission. Plant a real colony, close to home, for practice, so that we can do the same further out. We NEED to spread out, so that a single epidemic, or a catastrophic event doesn't wipe us out!
"Windows is like the faint smell of piss in a subway: it's there, and there's nothing you can do about it." - Charlie Br
The moon would make a lousy staging point. Why loft things out of a gravity well, then drop them back in, only to loft them out again. It is an utter waste of time and propellant. Assemble stuff in Earth orbit, then go directly (or as directly as orbital mechanics lets you go).
When our name is on the back of your car, we're behind you all the way!
But it has gravity which makes it easier for humans (less bone loss).
Underground lunar facilities would provide shielding against cosmic rays (also better for humans).
There's *stuff* on the moon we can mine & use on site (as opposed to launching it from earth).
If we can refine fuel and materials from lunar ores (possible, in theory) then the moon would make a great staging point to fuel up or perform final assembly for long missions. Instead of trying to lift obscene quantities of fuel and finished materials out of a much bigger gravity well, you just boost up the hard to build stuff with as little fuel as possible, and then slap it all together with moon-tape and ExxonMoonble.
It would also be much more durable than an orbital station, especially if it's partially subterr.. uh, sublunar.
Basically, the argument is that it would be the better long (long) term investment that would eventually pay itself off. And heck, maybe there's an argument for doing both and baby-stepping our way into space (earth->orbit->moon->phobos->titan->???->orion slave girls!!)
Sure they'll run out, but it will give humanity time to figure out how to expand to the next pile of resources, AND give us experience in extracting them in non-terrestrial conditions. Or we can wait on Earth for a few hundred years, until resource depletion and resulting wars make it impossible to ever develop the technology we'd need.
If we can refine fuel and materials from lunar ores (possible, in theory) then the moon would make a great staging point to fuel up or perform final assembly for long missions. Instead of trying to lift obscene quantities of fuel and finished materials out of a much bigger gravity well, you just boost up the hard to build stuff with as little fuel as possible, and then slap it all together with moon-tape and ExxonMoonble.
All other things equal, yes. Unfortunately heavy mining equipment usually depends on big diesel engines that need diesel and water as coolant, neither of which are easily available on the moon. So for power we'd need great fields of solar panels or something similar and without coolant dry mining would require far more frequent changes of drill heads. Then you have the same issue with smelters, they require huge amounts of energy so add more solar arrays. Then you need huge hydraulic presses to make it into sheet metal, again another power hog so add even more solar arrays. And we still only have sheet metal.
Ore mining is heavy industry, like really heavy industry. Here on earth it seems so basic, only costing a few dollars but on the moon it would actually be a very, very complicated and expensive project. It would be a great achievement if we even manged to create fuel for an empty return rocket, mining ore is extremely much harder. And even if we could do that, it wouldn't make sense to send a rocket down to the moon to bring fuel back up, only make it a bit cheaper to do a moon mission. Going directly to Mars really has few disadvantages that I can see.
Live today, because you never know what tomorrow brings
Moons, asteroid belt, orbital stations. No other place to go at all. And if we get good at making those, there is no reason not to build a generation ship and start exploring the galaxy. Yes, humanity is going to end, but there is no reason not to try and make that end distant as possible.