Could an Electrostatic Lift Vehicle Transfer the Earth's Atmosphere to the Moon?

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SUMMARY

The discussion centers on the feasibility of using an electrostatic lift vehicle to transfer the Earth's atmosphere to the Moon by employing a 6GeV ion beam accelerator. This method proposes establishing an electrostatic field between Earth and the Moon, utilizing a charge of 400,000C to propel a spacecraft from the Moon without traditional rocket propulsion. Key considerations include the necessity of charging the spacecraft and the potential for atmospheric leakage affecting the process.

PREREQUISITES
  • Understanding of electrostatics and electric fields
  • Familiarity with ion beam accelerator technology
  • Knowledge of atmospheric physics and ionosphere behavior
  • Basic principles of spacecraft propulsion systems
NEXT STEPS
  • Research the principles of electrostatic propulsion systems
  • Explore the design and function of ion beam accelerators
  • Investigate the effects of atmospheric leakage on charged particles
  • Study the dynamics of electric fields in space environments
USEFUL FOR

Aerospace engineers, physicists, and researchers interested in innovative propulsion methods and the implications of transferring atmospheric elements between celestial bodies.

x_engineer
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Except for railguns every space launch method we have (at least partially) built has been based on the rocket engine.

But with the Earth Moon system we have an opportunity to use another method.
Put a 6GeV ion beam accelerator on the Moon, and transfer 400000C of charge to the Earth.
This sets up an electrostatic field between the Earth and the Moon, that does not significantly change the force between them, but which you can use to propel a ship between them. The breakdown field of the Earth's atmosphere/ionosphere would prevent this being used
for a ship launching off Earth, but might be useful for ships launching off the Moon without using rockets.

But what would happen to the Earth's atmosphere? Would it transfer to the Moon?

Niket Patwardhan

BTW - 400000C is approximately the charge of the solid/liquid Earth with respect to the ionosphere...
 
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x_engineer said:
which you can use to propel a ship between them
Have you considered whether or not you have to put a charge on the spaceship for this to work?
 
Have you considered how long you are going to be able to keep the Earth and moon charged?
 
256bits said:
Have you considered whether or not you have to put a charge on the spaceship for this to work?
Yes, the spaceship will have a charge.
The charge can be bled off to control the force on the ship.
 
x_engineer said:
The charge can be bled off to control the force on the ship.
Are there going to be doorknobs placed along the path between the Earth and the Moon to help with that? 😉
 
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There will be no need for any doorknobs or wiring or any material structure between the Earth and Moon.
 
Vanadium 50 said:
Have you considered how long you are going to be able to keep the Earth and moon charged?
I guess this is part of the question I asked, because I foresee leakage through action on the charged ions in the atmosphere.
 

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