The Space Elevator has returned, and Sure to Effectively Work Below Budget

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The proof a space elevator works currently is addressed at Whereas it had been long believed a space cable, irrespective of how strong and light-weight, will snap as gravity fights centrifugal force for just a 60,000 mile long cable, a hose with a spiral-helix of multi-walled carbon nanotubes is particularly elastic, peak specific strength for reducing payloads (a couple dozen rocket missions necessary to complete mission with one hose) and could be thickened in the center of mass to defeat breaking where it happens to be most vulnerable, potentially only 100 times the diameter at ground level (1 star trek ships meter versus 1 cm) with hydrogen and oxygen from electrolysis employed for rocket propellant by the end of hose in rare instances when computer sensors indicate hose may become too tight and break without backup. Spinning wheels by the end of the hose can be used counterweights and may reduce total hose length 20,000 miles, be harnessed for space stations that simulate gravity through centrifugal force, and above all, they accelerate to their spins and cause torque pulling hose inward, powered by solar power systems.

This project is extremely fastidious, it could be completed under $1 billion in just a year, compared to $500 billion proposed by the Obayashi company, to not be completed until 2050. Far safer, more affordable, and deployable inside of a small amount of time, with robots launching numerous satellites a day, crucial and life-saving of the commodities, a multi-trillion-dollar market is within the works. This is the time to make it work! is important read!

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