On the rotation plane of any central nucleus (equator), each one of the two faces of this nucleus (frontal and posterior) exercises its influence alone on determined planets (or electrons).
This happens because the gravity lines of the central nucleus proceed so much of the frontal face as of the posterior one, and when moving the masses of one face toward the right side and the masses of the other one toward the left side, they give different sense to the rotation or spin of the planets that each face controls.
Explanation:
--In the gravitational systems (stars, atoms) the central nuclei create magnetic fields, which build orbits and orbital distances (orbital cuts) where the planets (or electrons) are situated.
--On the other hand, the gravitational fields create gravitational layers (of more width than the magnetic orbits) inside which, one or several magnetic orbits exist.
These gravitational layers are created separately for each one of the faces of the central nucleus because, as we have said, the masses of each one of these faces move in contrary sense (right and left).
The layers of each face are inserted in the layers of the other face: 1A, 1B, 2A, 2B, 3A, 3B.. etc..
As we know each one of the faces produces its own gravitational layers, which have the following number of planets or electrons: 1,8,18,32, and once inserted, the group of layers is this way 1,1,8,8,18,18,32,32,
Because well, each face will make rotate its planets (or electrons) in a sense and the other face will make rotate its planets in the contrary sense.
The planets of the posterior face would be the numbers, 1--3,4,5,6,7,8,9,10--19,20,21,22,23.. etc., which should rotate in right sense and those of the frontal face would be 2--11,12,13, 14,15,16,17,18--27,28,29.. etc. and they would rotate toward the left sense.
---As we have seen in the previous chapter, cohesion of systems, planets turn around the central nucleus in the same sense than the nucleus does, due to the semi-tangential direction that the lines of gravity take.
However, as we have just seen in this chapter, in the rotational o spin question, each planet o electron spin according to the gravitational layer in which it is situated.
North Pole or South Pole?
This question sometimes aroused, as in Uranus and Venus, has easy deduction because the magnetic poles are physical properties of planets and it is due to the tangential direction that the magnetic and gravity lines take when rotating this planet.
Therefore, if we are located in a pole of any planet and this planet spins toward our left, we are in the North Pole; against if the planet spins toward our right we are in the South Pole.