Bill Confirming Property Rights For Asteroid Miners Passes the Senate (examiner.com)
MarkWhittington writes: The Senate Commerce, Science, and Transportation Committee announced the passage of a bill called H.R.2262 — SPACE Act of 2015, which is designed to facilitate commercial space. The bill has a number of provisions for that purpose, including extending the "learning period" during which the government would be restricted from imposing regulations on the commercial launch industry to September 2023. The most interesting and potentially far-reaching provision concerned property rights for companies proposing to mine asteroids for their resources. In essence, the bill confirms that private companies own what they mine. The bill is a compromise between previous Senate and House versions.
How can this be at the national level? Surely this is something that should be hashed out at the UN rather than proposing national laws for something that is already outside your jurisdiction.
Build a Man a Fire, and He'll Be Warm for a Day. Set a Man on Fire, and He'll Be Warm for the Rest of His Life.
Is it just me, or did I just interpreted this summary as "USA considers whole outer space their property, and as such drafts laws how to handle that property without any consensus with anybody else."
That is the proper way. There should never have been any dispute. We should have the same rules on Earth. You shouldn't be allowed own the land, but you own what you extract, build, harvest, etc.
“He’s not deformed, he’s just drunk!”
"Dibs."
.
Is this like the Europeans coming to North America, and giving out land rights for land they did not own?
>> danger of altering an asteroids orbit and having it eventually hit Earth
How did this get mod'ed to 3? Asteroids are #1 big (making them hard to alter), #2 far away (making it unlikely that they will accidentally get close to us), #3 already in an orbit (making it easy to predict what our efforts will change them) and #4 easy to track once we know they are there (e.g., slap a solar-powered transmitter on 'em). Of all the problems with asteroid mining (see the "pot of gold" and "but the UN" comments nearby) this is one for the bottom of the list.
onto reservations
It's about who the pot of gold at the end of the rainbow belongs to. That's about as realistic as asteroid mining. Leprechauns, space mining, same thing. You can talk all you want, fantasize all you want, it will never happen. Ever.
Bah! You're just as bad as the rest of the space nutters on Slashdot. How many times do I have to tell you space nutters? Space doesn't exist! It's just a sheet of canvas that God put up above the Earth to keep us from seeing what else is on his desk.
Space nutters!
"unilateral" comes to mind. does the usa congress know this word?
since i designate myself an alien, i intend to extract and own the resources in so called north american continent of space object earth ( intend to own especially those human animals who refuse to be aliens ) :-)
Seems like there could be a danger of altering an asteroids orbit and having it eventually hit Earth.
Simple solution: Improve math and physical science education, so people have a better sense of scale, and can think more rationally. Then this will no longer be a problem.
It may become economically feasible if and when most large mining concerns on Earth get stopped from expanding due to environmental concerns, such as protecting shrinking ecosystems, avoiding polluting shrinking fresh-water sources etc.
Just like clean renewable energy could become economically feasible in a hurry if a significant carbon tax was imposed.
Well, one can always dream.
Where are we going and why are we in a handbasket?
Yeah, except any asteroid big enough to not just break up in the atmosphere and make a fairly impressive light show would require an amazing amount of fuel to be burned to get enough delta-V to alter it's solar orbit in any meaningful way. As it turns out, the more mass something has, the harder it is to move out of it's current trajectory.
Why would anyone waste the resources engineering and executing such an effort unless they were a Bond villain in one of those bad late 70s movies? Also, if they are there to mine that fucker, why wouldn't they just drill out whatever they're there for and leave? Also, even if they were to dig out enough mass to make it easier to move, it's in orbit around the sun; it would be much easier to deorbit into the sun than execute what is essentially an interplanetary transfer to orbit Earth, much less intersect with it...
Slashdot still doesnâ(TM)t support Unicode after it was added to the HTML standard in 1997.
Considering that there will be asteroid mining in future, which I believe to be feasible, and that it will basically be prospected by autonomous systems (rovers or robots) I can predict a lawless situation, where group of space pirates, commanding space drones that will disable or destroy regular established company's equipment.
No law from UN nor USA will be able to legislate where there is no law enforcement.
-=-=-=-=
I know life isn't fair, but why can't it ever be un-fair in MY favor!?
Is there any knowledge about environmental impact this fantasy has?
Heaving the tons of equipment and initial human support environment against native planets gravity - does it help the ionosphere destruction some more and if so, how much and what is put into the atmosphere, is it just burnt hydrogen (water) or ?? and how much energy is used to produce the fuel?
How about bringing the harvest back - using the atmosphere as brake - how many more trillion-joules of energy would be put into the air and below?
My guess, by the time this would fly, some more pressing issues need attention, but one never knows what strings are pulled on the bribed political body in this clown-theater, so the dream continues...
Interesting times, that's a fact.
Now I'm imagining the Nostromo painted brown with gold lettering...
Agreed in general - especially if we're talking about the asteroid belt, in which case the orbital energies are so different than Earth's that pushing them onto a collision course would require a large and intentional effort. Well, at least if we're talking about asteroids large enough to be worth establishing infrastructure on. They do come in all sizes after all.
The first asteroids to be mined though will likely be those in the Earth's L4 and L5 points, many of which have orbits that take them back and forth between the two, passing near (in orbital terms) the Earth in the process. The complex orbital dynamics involved mean that relatively small orbital perturbations may result in quite large deflections after a few passes. Of course since orbital mechanics are well understood it shouldn't be difficult to monitor the asteroid's orbit and recognize when cumulative perturbations are beginning to push things into a dangerous course. And correcting or avoiding such problems should be a relatively trivial matter of selectively ejecting matter/launching rockets, etc. at different times or directions.
So a non-issue for any responsible mining group. Unfortunately I look around at corporate behavior on Earth, and can easily imagine a group acting to maximize profit by neglecting such monitoring, scheduling launches to minimize fuel cost in a manner that consistently pushes the asteroid toward a collision course. And of course there's always the chance that some other event, say a major fuel-depot explosion, could nudge the asteroid on course for an eventual collision, and the group is uninterested in footing the bill for orbital remediation, which if significant infrastructure was damaged could rival or exceed the cost of establishing the mining operation in the first place.
The only solution I see is to
1) require all exploited near-Earth asteroids to be equipped with transponders to allow easy orbital analysis by independent parties on Earth (shouldn't be too much of an issue - they should be cheap, and secrecy is pretty much impossible in space anyway)
2) Make the group exploiting an asteroid responsible for any necessary orbital remediation - up to and including liquidation of corporate assets to fund government action if necessary.
Both of which would require international agreement
--- Most topics have many sides worth arguing, allow me to take one opposite you.
I have an alien registration card that allows me to legally extract resources from the United States of America.
Like that extra apostrophe? Man, I think I found dark matter!
Tunguska was a 50m asteroid...a 350m asteroid would destroy a small state. I could be wrong, but it seems like just landing on an asteroid could have enough force to alter the orbit (depending on how the landing is handled).
"especially if we're talking about the asteroid belt" - one companies plans are for small near earth asteroids (165 feet wide)
"Asteroids are #1 big (making them hard to alter), #2 far away" - the plans are for small near earth asteroids (e.g. 165 feet wide, comes within 1.5au's of earth)
Anyone know if they have spotted ganking out there yet?
I think you may have missed my point; by what right should the US get to allocate ownership of stuff it doesn't own?
Actually this bill seems quite reasonable. It is not granting anyone rights to claim asteroids all it says is that if you do go out into space and bring back minerals to earth (and the US) then you own those minerals. As such it only applies to things which you bring back into US jurisdiction which seems perfectly reasonable: as a sovereign nation the US is perfectly within its rights to determine who owns what within its own territory. Of course the moment those minerals leave the US then their ownership may come into question depending on local laws.
>> 165 feet wide
Oops, that's one 7 megaton blast. I think we can live with that, considering an event like that naturally occurs somewhere on earth once every 1000 years and it would probably land in an unpopulated area.
For your own "oops I nudged an asteroid" math, may I suggest:
http://impact.ese.ic.ac.uk/cgi...
You fool. it is not a sheet of canvas, it is a bronze firmament.
If it's small enough that a mining craft could alter its orbit, then the craft won't "land" on it. It will dock with it.
And the same kinds of smarts that got the craft there are required to predict what forces will have what effects. And the very small technical risk of altering the orbit is further reduced by the tiny probability that the altered orbit will intersect Earth's. It took a lot of delta-V on a very small mass to get the ship there. A few newtons to bury a harpoon isn't going to do more than move aphelion/perihelion by a few cm.
The argument that mining will create a risk of Earth impact is up there with being afraid of hostile spacefaring aliens on the improbability curve.
I can see the fnords!
Odds are that it will not be done through the UN. The few space capable nations won't want 160+ other nations making the rules for them. And as all of the permanent members of the Security Council are space-capable, any attempt that isn't their idea will be vetoed.
And the bigger it is, the harder it will be to overcome it's inertia.
The Apollo 11 CSM had a launch mass of 28,801 kg, and took the most powerful non-nuclear device mankind has ever created to get it to the moon.
The asteroid "99942 Apophis" is ~325m, which is close to your hypothetical 350m asteroid, and has a mass of 4x10^10 kg. That's 40,000,000,000 kg. It also has an average velocity of 30.728 km/s.
It would take a pretty fucking big accident to get that one to crash into the Earth, even with it passing fairly close by. Like, an "accident" that involved the purposeful mounting of rocket engines and fueling over many tanker launches (or refining of materials collected in space) to the asteroid to turn it into a kinetic weapon on purpose, to say nothing of having to do a massive survey of the thing to make sure you get the rockets thrusting against the exact center of gravity so you don't just enhance it's natural spin, and then calculate the proper transfer maneuver to actually hit Earth, because it turns out that it's pretty easy to miss a planet.
If it's big enough to mine, it's big enough to secure yourself to without altering it's trajectory in any meaningful way. Newton's laws still work.
Slashdot still doesnâ(TM)t support Unicode after it was added to the HTML standard in 1997.
I'm already a billionaire or so. All I have to do is figure a way to get to an asteroid and bring it back from space. Then make mega bucks! Ok... now to work on that space part.... Anyone have 3-4 billion they can spare for seed money?