According to The Daily Yomiuri, Tokyo construction company, Obayashi Corporation, hopes to erect a space elevator by 2050. As a doff of the cap to our British readers, the space lift would ferry passengers and cargo along a carbon nanotube ribbon from a terrestrial terminal to a spaceport nearly a quarter of the way to the moon.
How is this possible? Well, on paper, here's what's on tap:
At the end of a 59,652-mile-long, carbon-nanotube cable, there would be a counterweight floating in space and anchoring the assembly connected to the ground terminal. Passengers would travel from terra firma to a spaceport research center equipped with residential facilities located 22,369 miles above the Earth's surface.
No location has been revealed yet, but because the assembly would rely on centrifugal force to keep the ribbon taut, the base station needs to be located near the equator. Here's looking at you, Pontianak, Indonesia.
An ambitious project indeed, sure to have many ups and downs.
Discovery news
How is this possible? Well, on paper, here's what's on tap:
At the end of a 59,652-mile-long, carbon-nanotube cable, there would be a counterweight floating in space and anchoring the assembly connected to the ground terminal. Passengers would travel from terra firma to a spaceport research center equipped with residential facilities located 22,369 miles above the Earth's surface.
No location has been revealed yet, but because the assembly would rely on centrifugal force to keep the ribbon taut, the base station needs to be located near the equator. Here's looking at you, Pontianak, Indonesia.
An ambitious project indeed, sure to have many ups and downs.
Discovery news
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