Theaudiotweak wrote,
"How about magnets. Magnets enhance the directionality of ac passing thru them much the same as cryo treatment of metals and conductors enhance and unify the direction of their molecules. Results are better sound. Improved dynamics, lower noise."
Couple of nits. One, if you are referring to the music signal, the electromagnetic field, it's a little unlikely that magnets can affect it since the electromagnetic wave is comprised of photons traveling at the speed of light. Like light, the electromagnetic wave in cables is unaffected by magnets. Two, if you are referring to electrons, electrons are not the signal nor are they the current. In addition, the electrons travel extremely slowly in cables, about a meter an hour. So, magnets, one assumes would serve only to slow them down.
Cryogenics, on the other hand, simply rearranges the atoms and molecules of the material making the atomic structure more homogeneous. So, apples and oranges.
"How about magnets. Magnets enhance the directionality of ac passing thru them much the same as cryo treatment of metals and conductors enhance and unify the direction of their molecules. Results are better sound. Improved dynamics, lower noise."
Couple of nits. One, if you are referring to the music signal, the electromagnetic field, it's a little unlikely that magnets can affect it since the electromagnetic wave is comprised of photons traveling at the speed of light. Like light, the electromagnetic wave in cables is unaffected by magnets. Two, if you are referring to electrons, electrons are not the signal nor are they the current. In addition, the electrons travel extremely slowly in cables, about a meter an hour. So, magnets, one assumes would serve only to slow them down.
Cryogenics, on the other hand, simply rearranges the atoms and molecules of the material making the atomic structure more homogeneous. So, apples and oranges.