I am still trying to understand his 'strong force equation' after two years..
Yes this is a tough one. In "reality" the EM flux runs on the CT surface on all 4 circular radius like orbits. One full orbit is 8 circular rotations. As the classic 3D torus surface is the natural 3D projection of the CT flux we can use the torus measure to calculate the forces.
The true complication is the fifth rotation iduces by the generated topological charge. This adds one more circle to the torus orbits and enlarges the radius by the O(5) measure square root 3 versus 21/2 for CT.
The rest is just setting all 4 rotation equivalent mass centrifugal force equivalent to the center force by the topological charge.
Here we treat the charge as an attractive current hence you see e2.
To see the two virtual currents (in fact EM mass rotates) you have to visualize the rotating CT that produces 2 parallel charge segments. CT is a partially closed surface what means that any line going through CT passes 2 different charge segments.
6D is complicated and you have to start with teh plain 4D CT and e.g. a simple projection to understand what the 5th rotation does introduce.
The only approximation I do in the strong force equation is using teh 4D mass together with the 2D potential mass what leads to a slight asymmetry. The correction for the 5th rotation is obvious as a charge coupling always is 1FC (electro weak force). The same you see in the gravitation formula!