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?
Troels said:In light of relativity, it has to be so...
A stationary charge is an electric charge that is at rest in a specific location and does not experience any change in its position or velocity.
An accelerated observer is an observer who is experiencing a change in their velocity, either through acceleration or deceleration.
To an accelerated observer, a stationary charge appears to be moving. This is due to the electric and magnetic fields created by the stationary charge, which are perceived differently by an accelerated observer compared to an inertial observer.
A stationary charge remains at rest, while an accelerated charge experiences a change in its velocity. This can result in different perceptions of the electric and magnetic fields surrounding the charges.
Studying stationary charge and accelerated observer helps us understand the effects of acceleration on electromagnetic fields and how they are perceived by different observers. This has implications in various fields, such as astrophysics and electromagnetism.