So you think wire conductors in cables are directional? Think again...

Not all who listen are lost. Unless they misplaced their directions. 

Every electron I have ever interviewed says...oh,  never mind.

Cheers!

@millercarbon  

I think your response is one-dimensional.  I'm suggesting the physics theories are wrong - I'm suggesting our perception of music is a 'point in time'

When we listen to music we recognize our brain can augment our senses with memories.

And as far as the theologian perhaps he's giving credit to Decartes' "I think therefore I am"  and trying to apply the mathematical concept of transference.

Storing or moving energy.

There is a common misconception that signals are carried in conductors. Somehow this association crosses over to the idea that conductors carry both signals and energy. A few simple calculations can show that this is a false idea. Consider a 50-ohm transmission line carrying a 5-volt logic signal. The initial current at switch closure is 500 mA. A typical trace is a a gram-mole of copper that has 6 x 1023 copper atoms (Avogadro’s number). Each atom can contribute one electron to current flow. Knowing the charge on an electron makes it easy to show that the average electron velocity for 500 mA is a few centimeters per second. What is even more interesting is that only a trillion electrons are involved in this current flow. This means that only one electron in a trillion carries the current. This also says that the magnetic field that moves energy is not located in the conductors. The only explanation that makes sense is that energy in the magnetic field must be located in the space between two conductors.Conductors end up directing energy flow - not carrying the energy.

Very good article it shows how the idea of cable direction at audio level is nonsense unless you think the number of electrons change with direction. The signal will flow either way through the field at the same speed using the same free electrons.