Charge distribution inside the electron ?

In summary, the conversation discusses the charge distribution inside the electron and how it is assumed. The author does not have a deep understanding of quantum physics and its fundamental differences from classical mechanics. The electron is defined as a fundamental particle with no internal structure, except for its presence which mixes with virtual electron/positon pairs. This makes it impossible to distinguish from these fluctuations. The spin of the electron is a fundamental quantity and is indivisible in quantum theory. Cutting the electron in half would result in one electron and possibly one or more electron/positon pairs.
  • #1
mkbh_10
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The page here mentions about the charge distribution inside the electron but I do not know how this assumption is made. It will be nice if some one can help me out with this.

http://www.electronspin.org/2.htm
 
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  • #2
This assumption is made out of the author's fancy.
He visibly does not have a clue about quantum physics and how fundamentally different it is from classical mechanics.
Quantum physics defines the electron as a fundamental particle. Thus it has no "internal structure" except for the cloudiness of its presence which, when measured below some resolution, mixes with the virtual electron/positon pairs of the quantum void fluctuations so that it can no more be distinguished from these fluctuations.
So this is quite a complex story, however the idea is that electrons have no parts of
any nature different from themselves: cutting it in 2 probably gives back one electron on one side and possibly one or more electron/positon pairs on the other.

In particular, the spin is a fundamental quantity in quantum theory, and the one of the electron is rigorously indivisible.
 

1. What is the charge distribution inside the electron?

The charge distribution inside the electron is thought to be evenly distributed, meaning that the positive charge of the proton is balanced by the negative charge of the electron.

2. How is the charge distributed inside the electron?

The charge distribution inside the electron is believed to be spherically symmetric, with the charge density decreasing as you move away from the center of the electron.

3. Can the charge distribution inside the electron change?

Currently, there is no evidence to suggest that the charge distribution inside the electron can change. However, as our understanding of subatomic particles continues to evolve, this may change in the future.

4. How does the charge distribution inside the electron affect its behavior?

The charge distribution inside the electron plays a crucial role in determining its behavior. For example, the electron's charge and distribution dictate how it interacts with other particles and how it moves in an electric field.

5. Why is understanding the charge distribution inside the electron important?

Understanding the charge distribution inside the electron is important because it is a fundamental property of matter, and it helps us understand the behavior of atoms and molecules. It also has practical applications in technology, such as in the development of electronic devices.

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