mitch2
Wire is cast and then drawn through a die, which creates a pattern in the grain structure and a non-symmetrical pattern at the surface of the wire, affecting high frequencies and causing the sound to be comparatively flat and grainy in one direction and more relaxed and natural sounding in the other.....so they say
>>>>>>That all might be true. But it doesn’t explain how the signal is changed by differences in the surface pattern. Or how that change to the signal translates to differences in sound heard by the listener. For example, very slight differences in resistance would not entirely explain the relatively large differences in sound, as I and others have pointed out. Your explanation also fails to explain why low audio frequencies are also better when the wire is in the proper direction.
Wire is cast and then drawn through a die, which creates a pattern in the grain structure and a non-symmetrical pattern at the surface of the wire, affecting high frequencies and causing the sound to be comparatively flat and grainy in one direction and more relaxed and natural sounding in the other.....so they say
>>>>>>That all might be true. But it doesn’t explain how the signal is changed by differences in the surface pattern. Or how that change to the signal translates to differences in sound heard by the listener. For example, very slight differences in resistance would not entirely explain the relatively large differences in sound, as I and others have pointed out. Your explanation also fails to explain why low audio frequencies are also better when the wire is in the proper direction.