James Cameron, Eric Schmidt, Sergey Brin And Larry Page Plan Asteroid Mining

Huffington Post UK  |  By Posted: 24/04/2012 10:55 Updated: 24/04/2012 11:12

A new world of resources is about to open up in outer space and it's backed by some pretty big investors: film director James Cameron and Google billionaires Eric Schmidt, Sergey Brin and Larry Page.

The billionaires are behind an asteroid mining scheme, to draw precious metals and water from the floating space rocks.

Their company, called Planetary Resources, Inc., will use the profits from the sale of the materials to boost our presence in space, brining us close to E.T. than ever before.


Simon de la Rouviere
I can't believe it is real. The asteroid mining backed by billionaires is a go.

STATY TUNED FOR THE LIVE ANNOUNCEMENT FROM PLANETARY RESOURCES INC. BELOW



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Planetary Resources co-founder and co-chairman Eric Anderson told SPACE.com. "If you look at space resources, the logical next step is to go to the near-Earth asteroids. They're just so valuable, and so easy to reach energetically. Near-Earth asteroids really are the low-hanging fruit of the solar system."


Faruk Ateş
This is seriously the most exciting thing of 2012 so far:

Space.com, built a handy asteroid mining infographic to show just how this process could work.

SHOULD WE BE MINING ASTEROIDS IN OUTER SPACE? LET US KNOW IN COMMENTS BELOW.

You may think this sounds like science fiction, but Planetary Resources' president and chief engineer, Chris Lewicki told MSNBC: "Everything is science fiction right up to the point that it's science fact."

The company reads like a who's who of billionaire space playboys. Eric Anderson is the man behind Planetary Resources Inc., and he has some history in ground-breaking space exploration having launched 10 day-trips to the International Space Station. Peter Diamandis, is behind the multimillion-dollar X Prize program, and Zero G Corp., the weightless tourist flight venture.

Diamandis told MSNBC: "As a teenager, when I was asked what I wanted to be, I'd say, 'An asteroid miner'."

So why mine asteroids? These remnants of the early days of the universe hold a range of metals elements like hydrogen, helium, nickel, iron and magnesium.

Helium, for example, is a limited resource on Earth and stocks are running perilously low.

Far from being just a gas to pump up party balloons, helium is used by Nasa to purge fuel from rockets and by the nuclear energy industry in fuel research.

MORE SPACE NEWS:
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A new world of resources is about to open up in outer space and it's backed by some pretty big investors: film director James Cameron and Google billionaires Eric Schmidt, Sergey Brin and Larry Page. ...
A new world of resources is about to open up in outer space and it's backed by some pretty big investors: film director James Cameron and Google billionaires Eric Schmidt, Sergey Brin and Larry Page. ...
 
 
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12:38 PM on 04/26/2012
Coincidentally my Stanford Venture Lab team handed in an assignment on space mining robots just two days before this announcement about James Cameron, the Google founders and Planetary Resources:

* http://www.youtube.com/watch?v=ehGQrZlqKB4

* http://www.slideshare.net/VirtualStar/virtual-star-iris-stanford-technology-entrepreneurship-venture-lab-2012-12655563

* http://www.virtual-star-iris.com

When the Stanford system assigned us the idea of space mining robots it was categorised as "worst idea" and our team mission was to transform it into something promising.

So we built a proposition around a simulated space mining environment wherein Joe and Jane Public can help solve some of the challenges involved of any form of space activity within an educational games setting.
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gurukalehuru
cwtc7
10:20 PM on 04/25/2012
Dang! What a bunch of small thinking pedants on this site. It won't work, it's not necessary, blah, blah, blah.
Do you totally fail to comprehend the total awesomeness of this move? First of all, it's private individuals, putting up private funds, and taking a private risk to move humanity forward, across the barrier of the atmosphere, outside the orbit of the earth, giving humanity an actual toehold in space.
Secondly, if it actually works, it could well be worth trillions.
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Fozwords
Abandon hope when you post on here
06:57 PM on 04/25/2012
And it will succeed, the day after Mickey Mouse becomes President of America and Noddy is Britains Prime Minister.
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cynic123
03:01 PM on 04/25/2012
Is this the new tax avoidance scam? Can't donate to charity's anymore so put your money off shore ,put it on a rock in space lol
01:54 PM on 04/25/2012
Not every thing you read on the Internet is true.
Oscar Wilde
09:12 AM on 04/25/2012
So many experts! So little knowledge! What a laugh!
12:54 PM on 04/25/2012
Defination of an Expert

X is an Unknown Factor

and a Spurt is a Drip Under Pressure
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nicholspongo
09:02 AM on 04/25/2012
Move over Captain Kirk lol
03:08 PM on 04/24/2012
Literally "Pie in the sky".
Helium is a noble gas - i.e. it does not interact with anything and cannot be changed. Therefore resources on earth, although depleting very slowly through atmospheric escape, have not significantly changed to the point where "stocks are running perilously low". If a noble gas is required for any industrial process on Earth, surely it would be economically more sensible to develop technology to use Neon or Argon, which are heavier and less susceptible to atmospheric escape? Anyway, most asteroids have poor atmospheres, if any, and are very unlikely to have significant levels of any gas. As for metals, they are all here on Earth; the trick is developing terrestrial technology to extract them.
Almost reminiscent of the Reform Club in "Around the World in 80 Days" - the rich thinking up fantastical ways to waste money.
10:33 AM on 04/25/2012
The most valuable use of helium is for cryogenics - if you want a superconducting electromagnet, you have, at present, to use liquid helium to cool it: no higher boiling gas will do. Any change here will have to come from improvements in superconductors. Although it is constantly forming by radioactive decay of heavy elements, any that an asteroid can retain will be trapped in rock matrices as individual atoms - collecting which is no easy task, and one which we can more conveniently undertake on like earthly minerals.
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rabidrightwatch
Green lefty & active environmentalist
03:04 PM on 04/24/2012
If these people have so much money to burn (every pun intended) then surely they would be better served by seeking to improve sustainable development on earth, developing alternative energy sources and devices for the benefit of the earth we all live on.

Or am I just being altogether too sensible again...

We're never going to solve any critical problems by what is obviously a self-serving publicity exercise, so could we keep their feet firmly on the ground, do you think?
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NJP1
02:44 PM on 04/24/2012
Every human enterprise, no matter how big or small, is ultimately an exercise in EROEI, Energy Returned On Energy Invested. If you spend $20Bn to get to an asteroid, you have to get more than $20Bn back in assets, otherwise it’s just been a holiday. In other words, 100lb of asteroid rock has to have a value of $20Bn. That’s why this is just a publicity stunt., If there had been anything of value on the moon (in terms of getting it back to earth) commercial interests would have been there 40 years ago. Asteroids are just mini moons and subject to the same laws of commerce.
Unless Cameron, Brin et al just want to blow their billions on rocket fuel
01:10 PM on 04/24/2012
The reason that there is little helium on earth is that it can escape our considerable gravity - how much is going to be available on a minuscule asteroid? We have far more hydrogen (as water), than can possibly be available on asteroids, from the gravity of which water vapour too can escape.

Asteroids will not have been subject to most of the geological processes which concentrate precious metals on earth to the extent that they can be mined.

Pie above the sky
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Ben Wilson
What's the story mourning Tories?
12:48 PM on 04/24/2012
Sounds exciting. It's the way forward, no point complaining about the cost, half of the challenge is in driving down costs, and that can only be done through trial and error. Space really is one big step, and if we shy away because of the cost we won't get anywhere.
ThinkCreeps
Seriously, it's time.
12:24 PM on 04/24/2012
If you think getting helium from natural gas is expensive, you should try eeking out a tiny amount of it from an asteroid.

Just how much asteroid-metal jewellery can you possibly sell?
This is a movie script, and a publicity engine.