Dual angled quarks

The spi angle does not have a binary inverse, it has a trinary inverse.

Each is  (a+b)/c, That is a binomial asymmetric, the second and third term balance the first. The inverse is to flip the binomial.

We have three of these and their flip.  The finite count of flips is the Avogadro  Bayseian exponent. The quarks have to flip their spin in tune with that, this is an iLog(i) on flip share.

The three variation leave about 18 variation in kinetic N, the uncertanty in N. We would expect discrete rotations about a central line to match, the proton will simulate a toroid pretty well.  Spin interactions cause sudden magnetic reversals, deviations built and a quark flips vertical to the plane of interaction.

Slosh, think of it as making small corrections to the speed of light, really keeping charged up, iasing the deviation higher.