Do speaker cables need a burn in period?

stevecham

Do pistons in an internal combustion engine have directionality?

La meme chose.

>>>>Huh? How so? This I have to hear.

Somebody claimed that “all wire is directional”. That is nonsense, but I can see where people who don’t know better would get that idea: they heard it from someone who heard from someone else, who saw how it’s done with balanced cables in pro audio, where convention is to ground the shield at the side which connects to the signal source and to “lift” the shield ground at the other end to prevent a ground loop from occurring. This effectively makes the cable assembly directional. 

The people who think that because it’s done like that in one application don’t understand the rationale, and just make things up to try to impress others. It’s like the reason why some people floor the gas pedal on their car just before they shut off the engine. They think they need to do that because they saw someone once who did the same thing, not knowing that they were really doing it to kick the fast-idle off so the engine wouldn’t ping and knock after the iginition was turned off. 

And so so we have this phenomenon of people blindly doing things due to information that they interpret incorrectly. Some psychologists refer to it as “broken telephone syndrome”. Neat eh?

sleepwalker: you may have missed my point. I was referring to directionality. The reciprocation of engine pistons was my analog not for break-in but for electrons; there is no net current flow of electrons in a wire propogating a musical, or alternating current, signal.

For this reason, there can be no wire directionality because the electron field alternates as electromotive power, as push, pull, otherwise, we’d hear nothing. There’s as much force in one direction as the other, hence no net flow.

stevecham, The trouble with that theory is that electrons are not the signal. Electrons are simply the charge carriers. The signal itself is a horse of a different color and travels at near lightspeed in metal conductors. Which of course means the signal must be comprised of photons. So, it’s actually photons that navigate the wire better in one direction than the other. 

Photons huh? Well I’d like to see light pass through a sheet of copper. That would be real special. Lmao.