In the future, we want to take humanity into area. but why don’t we begin small? Take one solar power station, 10,000 humans, and 10 million lots of crumbled Moon rock, and also you get a space habitat. A Stanford Torus
How would this habitat work? Who would be allowed to live there? and the way would it help to opposite weather change on this planet?
We’ve already hypothesized about dwelling on an O’Neill cylinder, a Dyson Sphere, even a Matrioshka brain. How could this habitat be any one of a kind? For one, it’s length. A Stanford Torus might be approximately 60 instances smaller than an O’Neill cylinder, and it’s plenty, tons smaller than a Dyson Sphere.
To build a Stanford Torus, we’d want to mine the Moon a touch. The Moon is a perfect mining candidate, as it has oxygen in its rocks we could use to make a breathable surroundings and manufacture water. It has silica we’d use for windows and sun cells. It also has aluminum that would work perfectly for creation. however of course, securing the materials is most effective a beginning.
We’d start assembling the habitat in area, among the Moon and the Earth. it would ought to be close sufficient to the Moon so that we could without problems delivery the substances. it might additionally want to be a ways sufficient from the Earth that it wouldn’t fall into our planet’s orbit.
Our Stanford Torus would appear like a bicycle wheel, and the spokes might join together at the center. The inhabitants could live inside the tire section. but earlier than we carry human beings in, we want to create a proper surroundings and existence support.
to imitate Earth’s gravity, we’d make the habitat whole a full spin on its axis every minute. The centrifugal force might make up for the weightlessness you’d generally experience in area, due to the fact you don’t need things to glide around.
The habitat would get all its daylight beamed down by using a big replicate stationed at once over the hub at a 45-diploma angle. it'd direct solar rays into the smaller mirrors at the outer shell of the Torus. the ones mirrors might also act as a part of the defend from all the dangerous cosmic radiation.
living in this space habitat might be like residing in a small town. There could be no skyscrapers, most effective labs, high-tech farms, and housing. the majority residing on the Stanford Torus would be scientists or engineers, farmers or space creation workers. They’d take in a permanent residence at the Torus with their families, in which they would stay a sustainable colony life.
The population of the Stanford Torus might be restrained to about 10,000 human beings. all of the inhabitants could be strictly selected through extensive checks and schooling. however we wouldn’t just construct the habitat for the sake of it. The Stanford Torus might advantage deep space research, and act as a renovation and production factor for satellite tv for pc sun electricity stations.
The sun electricity stations would provide for all of the colony’s electricity needs, and could have the capacity to supply electricity to Earth as well. We’d beam solar power down with lasers or microwave emitters. Then we might collect that power above the Earth’s environment.
Having a lot sun-generated strength, we wouldn’t want to burn any fossil fuels. deliver it enough time, and our planet would possibly simply recover from weather change. however all that wouldn’t be reasonably-priced. The cost of the Stanford Torus might come to some $900 billion. however we should limit a huge chew of that fee through the usage of reusable SpaceX rockets to send people to area.
in the end, we’d start building more habitats, and explore extra of the sun device. We’d build a lunar base, and then set a path for Mars. however before you sign on on that venture, you want to have a terrific survival strategy in case some thing is going wrong. And we have a display for you that covers simply that, to help you survive something awaits you.
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