Ion Pressure Theory: Can Negative Ions Lift a Metal Ball?

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    Ion Pressure Theory
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SUMMARY

The discussion centers on the feasibility of using negative ions to lift a positively charged metal ball. The concept involves charging the center of the ball positively while placing a negatively charged external electrode at the bottom, creating an attraction between the negative ions and the ball's center. The hypothesis suggests that if the negative electrode generates sufficient ion pressure, it could potentially lift the ball into the air. This theory explores the dynamics of electrostatic forces and their implications for levitation.

PREREQUISITES
  • Understanding of electrostatics and charge interactions
  • Familiarity with ionization and ion behavior
  • Basic knowledge of metal conductivity and properties
  • Concepts of force and pressure in physics
NEXT STEPS
  • Research the principles of electrostatic levitation
  • Explore the behavior of ions in electric fields
  • Study the effects of charge distribution on metal objects
  • Investigate practical applications of ion propulsion systems
USEFUL FOR

This discussion is beneficial for physicists, electrical engineers, and hobbyists interested in electrostatics, ion behavior, and innovative levitation techniques.

zboy
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Ok well hello there everyone yes, i am still a novice at this but i was wondering this would it be possible. If i had a metal ball and i charged the center of it positively and then have an external electrode on the bottom charged negatively creating negative ions that cover the bottom half of the ball and then these negative ions would be attracted toward the center of the metal ball, with a strong enough charged to this negative electrode would the pressure of these negative ions trying to reach the center of the ball basically squeeze the ball into the air?
 
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If the center is connected to the ball you just try to lift yourself from pulling at your feet. If the center is disconnected then the ball will rise up and the center will move down until the two collide.
 

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