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...
