If the lunar version of the space elevator is completed, it will be easier for the astronauts to enter the lunar surface from the space station, which will help us mine the minerals on the lunar surface.
According to foreign media reports, a Washington-based company is planning to build a huge space elevator. Unlike the previous scientists proposed to repair space elevators on the equator, the Washington company will build a space elevator on the moon. It is believed that construction will begin at the end of 2019. The company's idea is to launch a huge "anchor" to the surface of the moon and drill into the surface of the moon. We can use this foundation to build a space elevator in the future when we deploy a space station on the moon's orbit. Engineers believe that the lunar environment is more suitable for building space elevators. There is almost no resistance in a near-vacuum environment. Building a moon space elevator is easier than a space elevator in Earth orbit.
The purpose of the space elevator is to quickly connect the lunar surface and the space station. Any cost of entering the moon surface through the space elevator or entering the space station in reverse is much lower. If the lunar version of the space elevator is completed, then the astronauts will enter the lunar surface from the space station. It is easy and beneficial for us to mine minerals on the lunar surface. The Washington-based company arranged approximately $110,000 in funding for risk assessments in September 2012. In October, the company also invested $37,000 to make a short film for the moon landing and deployment of a lunar space elevator. The agency believes they are confident that the project will begin to operate by the end of 2019.
Engineers believe that the future space station of the moon can be deployed at the Lagrange point of the moon. This is the translation point between the moon and the earth, which can make the spacecraft or the space station relatively static, so it is ideal to assemble the space station here. The space elevator built in 2019 will be based on this space station, establishing a connection between the space station and the moon's surface. The Washington-based company has named the space elevator deployment site as the Elshi anchorage, but the specific location has not been announced. . Scientists expect a "ribbon" between the space station and the anchorage to be about 250,000 kilometers, and the "ribbon" material is also unknown.
It is foreseeable that if the moon version of the space elevator is completed, it will become another great feat in the history of mankind. Scientists believe that our current achievements in engineering technology and materials can support the construction of space elevators. The main question is whether the funds are sufficient. In this regard, some companies believe that space elevators can transport rare earth resources on the moon, æ°¦-3 to the space station, or transport them back to the surface of the earth. Obviously, the space elevator solution can save a lot of money.
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