- #1
azaharak
- 152
- 0
Since electrons can never be at rest because they have some non zero temperature,
Isn't the static E field that one would perceive in a capacitor just an averaging of all the E fields creates by electrons in motion on either side of the capacitor plates.
If this is so, since the electrons are in motion, they are emitting EM radiation (light, or photons)
Does that mean that Static E fields are really just averaging of photonic electric fields created by the electron?
(like a Fourier series of various frequencies added together to produce a constant or static field).
Isn't the static E field that one would perceive in a capacitor just an averaging of all the E fields creates by electrons in motion on either side of the capacitor plates.
If this is so, since the electrons are in motion, they are emitting EM radiation (light, or photons)
Does that mean that Static E fields are really just averaging of photonic electric fields created by the electron?
(like a Fourier series of various frequencies added together to produce a constant or static field).