Standing light waves if the one-way speed of light were not constant?

In summary, the concept of standing light waves in a scenario where the one-way speed of light is not constant raises intriguing questions about the nature of light and its propagation. If the speed of light varied depending on direction or reference frame, it could lead to complex interference patterns and challenges in defining the fundamental principles of causality and simultaneity. This theoretical exploration highlights the importance of the constant speed of light in current physics and its role in the coherence of electromagnetic theory and relativistic frameworks.
  • #36
PeterDonis said:
Aren't you contradicting yourself?
I'm being slightly sloppy - I meant you could use the same pair of probes to measure wavelength in either direction without moving them.

If all you are saying is that you need to measure the E field in two places to be able to measure wavelength, I agree. However you said in #15:
PeterDonis said:
For this discussion there is no problem idealizing a wavelength/frequency measurement as happening at a single place.
Which led me to think you had something else in mind that I couldn't quite grasp.
 
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  • #37
Ibix said:
you said in #15
I retracted the wavelength part of that in a later post.
 
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