Ultimately, no. But there are lots of theories which are probably individually insufficient to explain it. There's skin effect, where electrons move faster on the surface of the wire than inside it. There's consistency of material (e.g., long vs short metallic crystal structures) that minimize interference of the signal. There's inductance and capacitance effects of the material and the interaction with the insulator and the other wires in the cable. There are noise reduction designs based on how the wires are wrapped and how they can cancel out inherent noise. There's radio wave and other high frequency interference (all wire is an antenna) which can ameliorated through insulator design or the introduction of a dc current. It goes on and on. The truth is, we know a lot but we probably don't know more. Be happy your ears are sensitive enough to hear the differences -- that means you can also pick up the nuances of the music we all love ;-)
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- 137 posts total
- 137 posts total