Does anyone use wood for vibration control?

Yes, the electron vibratory forces would be very small. But, since the electrons are inside the wire and is the signals transport system and the signal is flowing through-around, however- them, one could posit that this vibration would have an outsized vibratory effect that cannot be counteracted by any means. If the electrons are vibrating, and the audio signal is passing through them, how can it not cause the audio signal to vibrate? This could be another reason why your music playback system sounds so clear to you. Less wire and cables, less electron vibration in the signal path....

Question- When a signal passes through a wire, the signal-for lack of a better word-flows from the source to the speakers. The electrons in the wire do NOT flow. The are stationary. But, they do vibrate. Doesn't the electron vibration within the wire cause vibrational distortion? And if so, how can it be possible to negate the effect of that vibrational distortion?

@geoffkait , Geoff, please don’t mistake my supposition for worry. Electron vibration in an audio signal registers zero on my worry meter. It was just interesting to me to point it out.
@michaelgreenaudio- So Mike, you and your followers are ’walking the walk’ when it comes to electron vibration within a wire?? Please tell me how you’ve all managed to ’tune’ the electrons and are preventing them from vibrating. You know, since Geoff and I are only in talk mode about it. And since your hanging out with the people who are actually doing the things being talked about here. We're discussing a theoretical supposition here, that if true, most likely cannot be prevented. How on Earth can you 'walk' that one?

A really tiny baboon?

What do physicists eat on Friday?



Fission chips!

Don't forget Tesla, Oklahoma....