Does electron beams act like current carrying wires to themselves?

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SUMMARY

Electron beams do exhibit magnetic interactions similar to current-carrying wires when they pass by each other. This phenomenon is rooted in the principles of electromagnetism, where the magnetic force is recognized as a relativistic effect. The interaction can be characterized as a combination of electric and magnetic forces, contingent upon the reference frame utilized for observation. This discussion confirms that both configurations—electron beams and current-carrying wires—demonstrate analogous magnetic behaviors.

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universal_101
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I was just wondering, that if we have two electron beams passing by each other, would there be any magnetic interaction between them ? Just like, electrons in current carrying wires.

I asked the similar question earlier but with the change that one of them was a current carrying wire, whereas here both of them are electron beams.

Since, magnetic force is considered as a relativistic effect, I'm curious how it comes to play when we have only electron beams.
 
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hi universal_101! :smile:
universal_101 said:
… Just like, electrons in current carrying wires.

yes, same thing

(and whether you call it a purely electric force, or a mix of electric and magnetic, depends on which frame you're using)
 

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