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

In summary, the conversation discusses the possibility of using a metal ball with a positively charged center and a negatively charged external electrode to create negative ions that would be attracted to the center of the ball. It is then questioned whether the pressure of these ions would cause the ball to levitate. The conversation also mentions the effect of connecting or disconnecting the center of the ball.
  • #1
zboy
6
0
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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  • #2
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.
 

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

1. Can negative ions really lift a metal ball?

Yes, according to Ion Pressure Theory, negative ions can create enough pressure to lift a metal ball. This is based on the fact that negative ions are attracted to positively charged particles, and when they come into contact with a metal ball, they can create a repulsive force that lifts the ball.

2. How does Ion Pressure Theory explain this phenomenon?

Ion Pressure Theory states that negative ions, which are created when atoms gain an electron, are attracted to positively charged particles. When a metal ball is charged positively, negative ions are drawn towards it and create a repulsive force that lifts the ball.

3. Are there any real-life applications of Ion Pressure Theory?

Yes, Ion Pressure Theory has been used in various industries such as air purification, where negative ions are used to attract and neutralize harmful particles in the air. It has also been studied for potential use in levitating objects and reducing friction in machinery.

4. Is Ion Pressure Theory widely accepted in the scientific community?

Ion Pressure Theory is a relatively new concept and is still being studied and debated in the scientific community. While there is evidence to support its validity, more research is needed to fully understand and confirm its principles.

5. Are there any potential drawbacks or limitations to Ion Pressure Theory?

One potential drawback of Ion Pressure Theory is that it requires a high concentration of negative ions to create a significant repulsive force. This may not be feasible in certain environments. Additionally, the effects of negative ions on the human body are not fully understood, so caution must be taken when using this theory in practical applications.

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