Charge distribution inside an electron

In summary, the conversation discusses the charge distribution of an electron and the possibility of it being non-uniform. However, there is no evidence or theory to support this claim and experiments have shown that the electric dipole moment of an electron is too small to measure. Therefore, it can be concluded that the charge of an electron is evenly distributed.
  • #1
anorred
59
0
Is the charge distribution of an electron uniform, or is there more charge concentrated near the center or perimeter?
 
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  • #2
There are no indications of any size of an electron, and even for new models I am not aware of any good theory that would allow to discuss something like a charge distribution of an electron.
 
  • #3
If the charge is distributed in a non-uniform way, it should have an electric dipole moment with perhaps more charge on one side compared to the other. Experimentally, the electric dipole moment is too small to measure in all experiments to date. The Particle Data Group publishes its value as (0.07±0.07)×10−26 e·cm. Notice this range includes 0. No dipole moment still does not answer your question, it just assures you it is evenly distributed.

Ref: http://en.wikipedia.org/wiki/Electron_electric_dipole_moment
 

1. What is the charge distribution inside an electron?

The charge distribution inside an electron is uniform and is spread evenly throughout the entire volume of the electron. This means that the charge is not concentrated at a single point, but rather is distributed throughout the electron's structure.

2. How is the charge distributed within an electron?

The charge is distributed within an electron through a complex quantum mechanical phenomenon known as wave-particle duality. This means that the electron can behave as both a particle and a wave, and its charge is distributed in a wave-like manner throughout its structure.

3. What is the magnitude of the charge inside an electron?

The charge inside an electron is always constant and has a magnitude of 1.602 x 10^-19 coulombs. This is considered the fundamental unit of electric charge and is the smallest possible charge that can exist in nature.

4. Does the charge distribution inside an electron change?

No, the charge distribution inside an electron remains constant and does not change. However, the position and momentum of the electron can change, which can affect its wave-like charge distribution.

5. How does the charge distribution inside an electron relate to its behavior?

The charge distribution inside an electron plays a crucial role in determining its behavior, as it affects its interactions with other particles and fields. The behavior of the electron is also influenced by its spin, which is an intrinsic property related to its charge distribution.

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