How to read this animation (the AAM dual mechanism, step by step)
Chirality lives at the sources, not in the wire. Battery chemistry biases the handedness of surface
orbitron orbits — net left-handed at one terminal, net right-handed at the other (a statistical bias, like magnetic
domains — see Zoom A). Chirality is a pseudoscalar: it sets charge identity, electrostatic force, and voltage
magnitude, but it has no spatial direction, so it cannot choose which way current flows.
Surplus/deficit is the pump. The same chemistry physically releases orbitrons at the − plate (surplus →
pressure) and consumes them at the + plate (deficit → vacuum). Orbitrons flow from pressure to vacuum through the
external wire — that is what sets the current direction.
The wire is passive. Each conductor atom has flattened bonding shells (parallel to the
surface, touching neighbors — they hold the lattice) and slightly smaller transport shells at
roughly 90°, uncoupled from neighbors (Zoom B). Orbitrons pass gear-like through the transport shell network.
Conductors have transport shells; insulators do not. Resistance is imperfect meshing → collisions → heat (the load).
(Orbitrons are drawn enormously exaggerated in size and reduced in number — in reality billions of tiny orbitrons populate each shell.)
Two speeds. Close the switch and watch: the chirality state races around the circuit through the aether at
near-light speed (the bright signal pulse), while the orbitrons themselves drift at mm/s.
The magnetic field is not a separate entity: bulk orbitron flow drags the surrounding SL₋₂ aether,
and the velocity shear produces circumferential circulation around the wire (Zoom C).
The macro-cloud is conditional. Slide the current density up: normal current flows entirely
within the transport shells; near 10⁶ A/cm² the shells saturate (Bridgman's Ohm's-law deviations); by
~10⁹ A/cm² overflow orbitrons spill onto the conductor surface as a plasma layer (exploding-wire experiments).
A lightning channel is the extreme case — a macro-cloud with no transport shells at all.