By mining asteroids, a handful of wealthy people hope to help save the planet.
The idea has been around for decades, but there are some big hurdles.
First, a large asteroid has to be large enough to be mined.
The United States currently has around 4,500 asteroids, according to the US Geological Survey, but only about 1,500 are actually mined.
Most are in a relatively small asteroid belt around the Sun.
The most recent of these was discovered in August 2014.
That is a problem because asteroids are very small and can be destroyed very easily.
But the mining companies hope to get around that by putting up a special “laser” to create a high-speed, laser-like image of the asteroid and send it to a laser printer.
The company says this could produce a 3D image of an asteroid within a matter of minutes, with no impact.
If that sounds like a grand idea, it is.
The LaserLite LaserPrinting Company, based in San Jose, California, is currently the only company capable of creating laser-printed rocks that are about 50 millimeters across.
Its laser printer can make rocks up to 1.2 meters across, according the company.
This is a much smaller size than a large boulder, which is about 100 centimeters across.
This makes it possible to create large boulders, which are considered valuable.
The LaserLites goal is to create these large, heavy boulders in order to mine asteroids.
That would enable the mining company to create cheap, high-quality, and relatively safe materials.
These are the same materials that can be used to make the parts that will ultimately save the Earth from extinction.
To begin mining an asteroid, one of the main steps is to start a laser beam from a laser cutter that can cut into a rock.
The laser cutter will generate an image of that rock using a laser.
Then the laser will be fired through a nozzle into the rock, which will create a large, shiny, and sharp image of it.
Once that image is generated, the laser can then be fired again through a different nozzle to generate a different image of a different rock.
A third nozzle is then used to produce a sharp, clean image of each rock that the laser has produced.
This process is called “scanning.”
The first laser beam will be scanned, which gives off a laser that will then be used for the next scanning.
The process can be repeated until the laser beams are all produced.
The process can also be repeated to produce multiple images of the same rock, so a single laser beam can be scanned for all three of the different types of rocks.
This is the same process that is used to mine diamonds and other valuable minerals.
The main difference is that lasers are used instead of explosives, so the laser does not damage the rock.
If all of this sounds complicated, it isn’t.
There are a few ways to create the laser beam.
There is a large laser cutter at the LaserLights headquarters in California.
There also are laser printers that are used to create laser-prints of rocks, but these require a lot of power.
To create a laser image, a laser can be placed on a piece of rock.
If you want to create an image that is about 1 millimeter across, that’s about 2.5 kilowatts.
This means you need a laser with a power of around 1,000 watts.
But this power is a lot more expensive than a small boulder.
Another way to create images that are 1 millimeters wide is by using a computer to create pictures of the rocks.
The computer will scan the rock and create the images using a large number of lasers.
It will then scan the images to make sure the images are the correct size.
To do this, the computer scans the rock using several laser beams, but it doesn’t have to.
It can scan the rocks in a wide area, which reduces the power used.
Another way is to scan the entire rock using two laser beams at once, but that requires a lot power.
To scan an entire rock in one shot is the method used by LaserLays LaserPrints, which uses a laser laser to create two images at once.
The image produced by this process can then also be scanned using another laser that is in a separate area of the rock for a third time.
This technique has been used to get images of many rocks, including some that are thought to be extremely rare.
The lasers used for scanning are very powerful, but expensive.
So while the mining of large asteroids is feasible, it would still be cheaper and more efficient to use a laser to produce smaller rocks.
The mining companies want to make their own lasers, which would require a much larger power source, which means the price would also go up.
To do this they are trying to build a laser printing machine.
They hope to start producing these laser printers in 2020.
In the meantime, the mining corporations are looking to get some of