Speed of Electrons: A Classic View

[DrClaude]

Time to close this thread. @DanMP, you have been incredibly stubborn in this thread, not showing any desire to learn.

Really? So, if we "send" a single photon through an ordinary glass window, we will observe/measure at the other end countless similar photons? And the "amplification" would increase with the width of the glass, because there are more atoms ready to "produce" new photons? In what world/reality is this true?

Only in bad faith can you infer that this is what I was saying. As light goes through a piece of glass, that piece of glass will heat up and emit photons of lower frequency. Amplification only takes place if you manage to make a laser out of it.

For me, the apparent absence of radiation is not the main issue. The idea that the "smeared" electron can/may emit is the problem. You previously said that "no position means no meaningful notion of acceleration, no acceleration means no radiation from accelerating", and now you seem to forget/dismiss it ...
This raises again the issue about falling towards the nucleus, as long as there is no force in this "smeared" electron interpretation to prevent it. Again, a "complicated distribution" of a static Moon around the Earth, would result in pieces of the Moon falling to the ground. Why is this not happening with the "smeared" electron? Maybe because the electron still rotates, but it's much more convenient to work with wave functions instead of particles?

You are the one who refuses to understand that @Nugatory was discussing stationary states of the electron in atoms. There is no state of the electron where it can fall into the nucleus.