Yes. This would essentially be a small dipole antenna. The field from a dipole antenna is definitely known to propagate at the speed of light.idea2000 said:how about pair production or an electron ejected from a nucleus? would the field expand outward at the speed of light, regardless of the frame of reference?
idea2000 said:If an electron were to be spontaneously created at a point somewhere in space, would the electron's field expand outwardly at the speed of light, regardless of frame, just like how a flash of light would expand outward at the speed of light, regardless of frame?
The electron field is a fundamental physical field that permeates all of space and is responsible for the behavior of electrons. It expands because it is affected by the presence of charged particles, causing it to spread out and interact with other fields.
"c" refers to the speed of light, which is a constant in the theory of relativity. This means that the expansion of the electron field occurs at the same speed as the speed of light.
The expansion of the electron field can affect other particles by influencing their behavior and interactions. For example, it can cause charged particles to repel or attract each other, depending on their charges and the strength of the field.
Yes, the expansion of the electron field is considered a continuous process. This means that it is constantly occurring and does not have a discrete beginning or end.
Yes, understanding the expansion of the electron field is crucial in many scientific fields such as particle physics, astrophysics, and quantum mechanics. It allows us to better understand the behavior of particles and the fundamental laws of the universe.