Thanks Mark for the post and everyone else for the civility on this topic.
Lmb: "one of the assumptions is that the free electrons available for conducting electric signals tend to be polarized in a "broken in" cable." I am not certain what you mean and I do not want to put word in your mouth.
I have heard similar explanations at more length. My problem with the argument is as follows. (Please understand that I make no claim to understand the intricacies of how an audio signal works and am, quite frankly, dumbfounded by it the closer I look.)
1)The audio signal is an ac signal, that is, the direction of the current flow changes with each half cycle.
2)This means that there is basically no net direction to the current flow. "Current" flows equally in both directions. If this is true, even if there is such a thing as "polorized electrons" how could that aid the flow of electrons if they are moving in two directions?
3)In any event it is not the "flow" of electrons that carries the audio signal but rather the electric field/voltage that transfers the energy of the signal.The field moves through the electrons a little like a wave through water (very imperfect analogy). Electrons move at the speed of light but the "drift velocity" of the electrons in a cable is very slow (a couple inches per second). It's slow because of the huge excess of electrons available. During the negative half of the signal electrons are actually pulled back into the amp and basically go back and forth in this manner. Many electrons leaving the amp may never make it to the speaker. The electric field/voltage on the other hand moves at the speed of light.
In any event, I do not understand how you polorize a particle that is by definition negatively charged and what good it would do if you could do it.
Sincerely, I remain
Lmb: "one of the assumptions is that the free electrons available for conducting electric signals tend to be polarized in a "broken in" cable." I am not certain what you mean and I do not want to put word in your mouth.
I have heard similar explanations at more length. My problem with the argument is as follows. (Please understand that I make no claim to understand the intricacies of how an audio signal works and am, quite frankly, dumbfounded by it the closer I look.)
1)The audio signal is an ac signal, that is, the direction of the current flow changes with each half cycle.
2)This means that there is basically no net direction to the current flow. "Current" flows equally in both directions. If this is true, even if there is such a thing as "polorized electrons" how could that aid the flow of electrons if they are moving in two directions?
3)In any event it is not the "flow" of electrons that carries the audio signal but rather the electric field/voltage that transfers the energy of the signal.The field moves through the electrons a little like a wave through water (very imperfect analogy). Electrons move at the speed of light but the "drift velocity" of the electrons in a cable is very slow (a couple inches per second). It's slow because of the huge excess of electrons available. During the negative half of the signal electrons are actually pulled back into the amp and basically go back and forth in this manner. Many electrons leaving the amp may never make it to the speaker. The electric field/voltage on the other hand moves at the speed of light.
In any event, I do not understand how you polorize a particle that is by definition negatively charged and what good it would do if you could do it.
Sincerely, I remain