OK, here we go! The MAGNETIC 🧲 FIELD induced by current traveling through wire is located outside the conductor. Inside the conductor the flux density of the MAGNETIC 🧲 FIELD is zero. The ELECTRIC ⚡️FIELD portion of the ELECTROMAGNETIC WAVE is orthogonal to the MAGNETIC 🧲 FIELD which points outward from the conductor. Thus, ELECTRIC FIELDS are also OUTSIDE the conductor. This has all been described by Heaviside and Maxwell. Nevertheless, the ELECTROMAGNETIC WAVE itself is INSIDE the conductor, as are the CURRENT (charge per unit time) and the COPPER FREE ELECTRONS.
Therefore it’s possible that directionality of wire is real, and that there is a physical reason for it. One can easily imagine that the electromagnetic wave (PHOTONS) traveling through the solid copper wire is influenced by the orientation of the copper crystal grain structure, deformed when pulled through the final die. The orientation of the crystals - as I’ve oft opined - can be likened to a porcupine’s quills. The easiest way for photons to propagate is with the grain.
The only thing we don’t know at this point is HOW the crystal grain structure affects the electromagnetic wave such that directionality is audible.
Therefore it’s possible that directionality of wire is real, and that there is a physical reason for it. One can easily imagine that the electromagnetic wave (PHOTONS) traveling through the solid copper wire is influenced by the orientation of the copper crystal grain structure, deformed when pulled through the final die. The orientation of the crystals - as I’ve oft opined - can be likened to a porcupine’s quills. The easiest way for photons to propagate is with the grain.
The only thing we don’t know at this point is HOW the crystal grain structure affects the electromagnetic wave such that directionality is audible.