Stationary charge and accelerated observer

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An accelerated charge radiates electromagnetic waves as observed by a stationary observer, raising the question of whether a stationary charge would also radiate when observed by an accelerated observer. The discussion emphasizes that, according to the principles of relativity, the converse should hold true. Participants inquire about the theoretical framework that supports this phenomenon and seek equations to calculate the frequency of radiation and acceleration. The conversation highlights the complexities of electromagnetic radiation in different reference frames. Ultimately, the relationship between charge motion and radiation remains a key focus in understanding relativistic effects.
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Accelerated charge radiates as observed by a stationary observer..is the converse also true?..i.e. Does a stationary charge observed by an accelerated observer radiates?
 
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spidey said:
Accelerated charge radiates as observed by a stationary observer..is the converse also true?..i.e. Does a stationary charge observed by an accelerated observer radiates?

In light of relativity, it has to be so...
 
Troels said:
In light of relativity, it has to be so...

Which theory explains this? is there any equation for this to find the frequency of radiation and acceleration
 

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