The top two pictures are the flip image of that directly below.
If the \(T^{+}\) particles are in opposing spin relative to each other, the paired electrons in orbit experience two forces, each from a \(T^{+}\) particle, the resultant of which is tangential to the orbit at their respective positions. These resultant forces drive the electrons to rotate in one consistent direction.
If the \(T^{+}\) particles are in the same spin relative to each other, the forces generated by them drive the electrons away from the orbit in a normal direction. This is likely to destroyed the orbit. Furthermore the direction of the electrons cannot generate opposing \(B\) field along its path. The two figures on the right are impossible.
The electrons will repel each other.
When protons are added to the mix...
