Spin is really a flat earth marker, allows one symmetry. Really marks the center of the operator results. Any even spin will not mark the operator center, and we get a split.
Magnetic is the one short, the operator hasn't the room and that causes curvature, up or down.
The operator is slightly too busy for plank and causes rotation of the operators as it hops to its next spin point. This is the magnetic effect.
Charge is rate of curvature. This is the un-aliased version, relative to the proton.
The proton is three unclosed surfaces. Squashed that light couldn't keep up and it split the surface with light getting a partition separation. Like two color operators got stuck and split the light steps.
The magnetics in quarks offers different partitions. The result of the quark partition and two active light operators. There is a lot of reverse curvature. So the magnetic coloring of often short two or surplus two, this causes partition, a slight in and out of curvature, unclosure really.
Beta decay, the proton or neutron has too many deviations from plank. he quarks have very close magnetic moments, aligned with their spin and once in a while a collision beats light, and the deviations emitted.
The negatives are recoloring operators. They consume magnetism and this is a reversal in the operator rotation. Operator rotation is the magnetic symmetry. The negative curvature starts when the quark becomes too inverted in curvature. That concavity is most likely the result of current light dumping magnetism into the concavity. The Markov model uses negative z on a recolor, works but is likely a shadow operation.
No comments:
Post a Comment