When Elon Musk announced plans to build a Mars station in 2020, many people expected a manned outpost.
Instead, the two major technologies that Musk unveiled have been used to help launch Mars stations on the International Space Station and eventually to colonize Mars.
Here’s a rundown of what these technologies can do for the future of space exploration.
New Light Technologies The company that Musk founded is a big proponent of the idea of a Mars-based light system.
The company says its solar panels, which can produce a high-efficiency light bulb, could provide enough energy to power all the electronics on a station for two years.
But New Light has two main problems.
First, it’s expensive.
New Lights solar panels are designed for commercial use.
And, it needs a lot of electricity to operate.
So New Light is developing a light system that can power all its components on a space station.
The first prototype of the new system uses liquid nitrogen as its primary fuel, which will provide enough power to power a single panel for several years.
The second prototype uses lithium ion batteries that can store enough energy for the entire station for a month.
The new system will be built by a company called Terra Nova that has a $10 billion investment.
Its engineers say it will be possible to power three solar panels on the station for up to 12 months.
It will also be possible for a human to walk around the station on a day-to-day basis.
Terra Nova says it is currently developing a space solar power system, but it will launch a commercial system for a few years.
Solar Power on Mars New Light also has a technology called the Solar Power Systems (SPS) that uses liquid-oxygen-driven batteries for powering solar panels.
The batteries could last for up a month, which would allow humans to walk through the station, explore the Martian surface, and even watch the sun rise and set.
New Space Technologies The most promising technology for Mars colonists is New Space, which is a startup company Musk founded to explore the possibility of a Martian base.
It’s a company that’s focused on space exploration and solar energy, as well as creating solar panels for use in space.
The New Space team has been working on a system that would be able to power an entire solar panel system for up 20 days.
New Spaces team says that its system will cost $500,000 to build, but that it can be built in two months and operate for five months.
New Spaceworks project is using the company’s technology for solar panels that could be used for a permanent base in the future.
This is what New Spaces technology looks like on the Martian sun: New Space’s CEO, Mark Wojcicki, said that the company hopes to have its solar panel technology ready to go in 2020.
New spaceworks technology has the potential to be able generate electricity for a large space station for years.
It would also be a huge step in the right direction for the next generation of space explorers.
Solar Fusion The company is also working on developing a solar fusion device.
It uses hydrogen as its fuel, and it has two components: a plasma reactor, which heats the plasma to produce electricity, and a solid fuel, a liquid that’s made up of a mix of hydrogen and oxygen.
A fusion device will use the plasma in the reactor and liquid in the solid fuel to heat the plasma, which in turn creates electricity.
The solar fusion technology would be used to generate electricity to power satellites and electric vehicles.
New Fusion Technology The solar technology is a major step forward in the development of solar fusion.
The basic idea is to create a plasma, in which hydrogen atoms are fused together, and then the plasma will be turned into electricity.
This can then be stored as fuel in a rocket.
New fusion is a great improvement on the current solar fusion process, which uses a chemical reaction in a reactor to turn hydrogen atoms into helium atoms.
The plasma is then injected into the rocket, which creates the thrust needed to power the rocket.
Solar fusion is very different from the current process.
Solar fission is the process used to produce hydrogen atoms.
Solar nuclear fusion is used to create nuclear fusion, which produces electricity.
It is a different process that uses a process called neutrons to fuse hydrogen atoms to helium atoms, creating electricity.
Solar Fission The New Fusion team is working on the fusion process that will be used in New Fusion.
The fusion reaction involves using helium atoms in a liquid, which then is turned into hydrogen.
The hydrogen atoms, along with the helium, then is injected into a rocket and it creates the energy needed to propel the rocket to a higher altitude.
The result is that the rocket will accelerate much faster than it would normally.
New Fission is a huge improvement on conventional fusion, and will allow for the production of large amounts of electricity without the need for massive amounts of helium atoms being used in the