Ion Density Theory: Can It Create Lift?

In summary, the speaker is questioning whether it is possible to create a denser medium of space around a small ball object by introducing positive and negative ions through an electrical charge. However, this is not possible as the ions would bond together and become normal atoms, requiring a denser medium to begin with. Additionally, the ions need to remain unbonded to maintain the electric charge.
  • #1
zboy
6
0
Umm hello there I'm still a novice at this whole thing but i was wondering, would it be possible to have an area of air with a a small ball object within the center of that area and in this area an electrical charge is presented to create both positive and negative ions in it so that they will bond together and with the continuation of the electrical charge charging more positive/negative ions for more bonding i was wondering if these ions bonding together could create a denser medium of space around the ball object possibly causing lift? Just wanted to know if this was at all possible thank you.
 
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  • #2
This is not possible. Once bonded together they would become normal atoms, so you would need a denser medium to begin with. Keeping the electric charge requires ions NOT bonding with electrons.
 

Related to Ion Density Theory: Can It Create Lift?

1. What is ion density theory?

Ion density theory is a scientific concept that suggests that by creating a localized area of high ion density, it is possible to generate lift or propulsion. This theory is based on the idea that ions, which are electrically charged particles, can interact with air molecules and create a pressure differential that results in lift.

2. How does ion density theory work?

According to ion density theory, when a high voltage electric field is applied to a gas, it causes the gas molecules to lose electrons, resulting in a high concentration of positive ions. These ions then transfer their charge to nearby air molecules, creating a localized area of high ion density. This can result in a pressure differential that can generate lift or propulsion.

3. Is there any evidence to support ion density theory?

There have been several studies and experiments conducted to test the validity of ion density theory. While some studies have shown promising results, the theory has not been proven to be a reliable method for creating lift or propulsion. Further research and testing are necessary to fully understand the potential capabilities of ion density theory.

4. What are the potential applications of ion density theory?

If ion density theory is proven to be a viable method for generating lift or propulsion, it could have a wide range of applications. For example, it could potentially be used in the development of more efficient aircraft or space travel technology. It could also have applications in other industries, such as transportation and renewable energy.

5. What are the limitations of ion density theory?

One of the main limitations of ion density theory is the difficulty in maintaining a stable and controllable high voltage electric field. Additionally, the technology required to generate and sustain such fields is currently not advanced enough to be used in practical applications. Further research and development are needed to overcome these limitations and fully explore the potential of ion density theory.

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