Can You Explain the One-electron Universe ?

In summary, the One-electron Universe theory proposes that there is only one electron field in the universe, and that all electrons are identical. This proposal is based on the idea that positrons are just electrons moving backwards in time, and that for that reason electrons and positrons are indeed identical.
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noname2020x
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Can You Explain the "One-electron Universe"?

I am having trouble understanding the One-electron Universe theory propose by John Wheeler. I suppose I understand the concept, but not how it could be possible and why it might be the case.
 
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noname2020x, The first thing to understand about it is that not every proposal is ever intended to be taken seriously. :wink:

Q. Why is it that of all the electrons in the universe are exactly alike?
A. Because they're all the same electron.

This was an outgrowth of the idea that positrons are just electrons moving backwards in time, and every time it seems to us that an electron-positron pair is created or destroyed, what really happened is that the electron reversed its time direction and became a positron. (Or vice versa.)

If this is so, an electron could be zigzagging back and forth in time, and we'd see it as many different electrons rather than just one. So - how many electrons are really different, and how many are just duplicate appearances of the same one?? Maybe they're all the same! :eek:

Even if you buy the idea that positrons move backwards in time, the obvious thing wrong about this proposal is that you'd see equal numbers of electrons and positrons, and that is simply not the case. The universe is almost entirely and exclusively made of normal matter. The correct statement is that there is one field, the electron field, of which both electrons and positrons are elementary excitations, and for that reason they are indeed identical.
 
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1. What is the concept of the One-electron Universe?

The One-electron Universe is a theoretical concept in physics that suggests that the entire universe is made up of just one electron. This electron would appear to exist in multiple locations simultaneously, giving the illusion of multiple particles.

2. How does the One-electron Universe theory relate to quantum mechanics?

The One-electron Universe theory is derived from the principles of quantum mechanics, specifically the concept of wave-particle duality. It proposes that the electron's behavior is a result of its interactions with other particles and fields in the universe.

3. Is there any evidence to support the One-electron Universe theory?

Currently, there is no concrete evidence to support the One-electron Universe theory. It is still considered a thought experiment and has not been proven through experiments or observations.

4. What implications would the One-electron Universe have on our understanding of the universe?

If the One-electron Universe theory were to be proven true, it would challenge our current understanding of the universe and the laws of physics. It would also have implications on the concept of individual particles and their interactions.

5. How does the One-electron Universe theory differ from other theories of the universe?

Unlike the traditional theory of the universe, which suggests that the universe is made up of a vast number of particles, the One-electron Universe theory proposes that all particles and structures in the universe are a result of the interactions of just one electron. It also challenges the concept of the Big Bang and the origins of the universe.

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