Understanding Electromagnetic Wave Propagation

AI Thread Summary
Electromagnetic signals propagate as waves due to their inherent properties, which differ from the linear movement of electrons. While it may seem more intuitive for electrons to travel in a straight line, wave behavior is essential for explaining phenomena like interference patterns observed in experiments such as Young's interference. The discussion highlights that even bees, which travel in a seemingly direct path, exhibit wave-like motion due to their wing flapping. It's important to distinguish between electromagnetic waves and streams of electrons, as they represent different concepts in physics. Understanding these differences is crucial for grasping the nature of electromagnetic wave propagation.
scientifico
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Hello, why an electromagnetic signal propagate as wave? Wouldn't be more normal that electron travel in a beeline?

Thank you.
 
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It would be more normal (at least for some meanings of what is 'normal'), but unfortunately it is not.

Propagating as a wave does not mean that for many purposes you can't use the bullet (bee) view. But in some phenomena you may observe (e.g. Young's interference experiment) light propagation could really be hard to explain in other view than wave.

By the way: bees also travels waving, rather along beeline. Every time bee flaps wings down - she moves body up. And a moment later, flapping wings up - moves body down. In the effect, her trajectory is pretty sinusoidal.
 
scientifico said:
Hello, why an electromagnetic signal propagate as wave? Wouldn't be more normal that electron travel in a beeline?

Thank you.

What exactly do you mean by an "electromagnetic signal?" To me it means (at first glance) "electromagnetic wave" such as a radio wave, which is not the same thing as a stream of electrons.
 
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