Does anyone use wood for vibration control?


What kind of wood have you found to be best?
bksherm
If an electron vibrates, which it might very well, even as a quantum particle, the total forces (sum of all f=ma) of the vibration of all the electrons in the wire would be very small compared to the sum of forces produced by acoustic waves and structural vibration, transformer vibration, etc. in the room. I.e., mass of an electron is exceedingly small. Thus, the sum of the electron “vibratory” forces is very small. So you can ignore electron vibration, assuming there is any. A similar question is whether or not the audio signal itself is vibrating AND whether it is vulnerable to distortion from local external forces.
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....
Let’s say you’re right, for the sake of argument. Let’s say electrons vibrate and let’s say they somehow distort the audio signal. But as you say, there’s nothing you can do about it. So, why worry about something you can’t do anything about? Especially in light of the fact there are SO MANY OTHER THINGS you CAN do something about. You might as well wonder why the signal of photons can travel at lightspeed through a solid copper conductor without being distorted by ramming into something more substantial than an electron, you know, like atoms and atomic nuclei. Follow?

At the same time less wire does mean less distortion caused by the directionality being incorrect 50% of the time. That much I will grant you. There are other losses and distortions in wire and cable, too. You know, dielectric material, purity and type of metal, geometry, etc. So, yes, less wire means less noise and distortion.

Here's my recommendation, start hanging out where people are actually doing the things being talked about here. If you always stay in talk mode years pass by and you never get to the sound or the variables.

Watching someone experience vibratory tuning you get to see the hobby change for them in front of your eyes. There's no debate, no argument and the proof is right in front of them to explore as much as they wish.

MG

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Note to Michael: Everything is debatable and arguable. You just choose to be either unwilling to debate or unable to generate a reasonable counterargument. Repeating,”I’m right and you’re wrong” is not really a very effective method of argument. Have you given any consideration to taking a physics refresher course or two? As I’ve pointed out there is actually a lot of overlap between tweaking and tuning. No reason for the Us and Them mentality. Peace out.

“Because it’s what I choose to believe.” - Dr. Elizabeth Shaw, Prometheus

The Backfire Effect is the phenomenon that occurs when someone’s confronted with contradictory evidence or counter arguments to his preconceived notions of audio, physics, reality, whatever. He digs in even deeper and becomes more convinced his closely held beliefs must be right.