The quantized magnetism

The quantized magnetism

Magnetism is usually a hidden power. According to the new world model, it forms the elemental force in the universe, and

therefore the entire universe is built up electromagnetically.

The magnetic monopoles in the space balls form the origin of electromagnetism. Thus, the electrodynamics observed by

us has its origin in the quantized magnetism. Magnetism is therefore not a side-effect of electrodynamics, but it produces

the electromagnetic interactions. Magnetic fields are not generated by the time-varying electric fields out of nothing. The

effects of the elemental magnetism become apparent from the charge transport.

The cause of electrodynamics is the magnetism, and it brings out the charges as an effect. Until today, this fact has been

interpreted in reverse order. Although physics calculations do not change by this order, we are able to better understand

the universe from a different perspective and thus gain many new insights.

So far, no magnetic monopoles have been observed. As gravitation in the space balls, the magnetic monopoles show no

physical events without external influence which one could be observed. Physical events emerge from the interactions of

dipoles which are formed by external influences. Therefore, it is not possible to directly observe magnetic monopoles.

According to the following illustrations we see how the polarity from magnetic monopoles is produced in the space balls.

Figure:

When the ball rotates in the center, it brings the neighboring balls to rotate as well with its gravitation force. The ball in the

center, shown in the figure is able to rotate in any direction in the three dimensional space and the directions of rotation of

the adjacent balls are dependent on this due to the prevailing gravity.

In the figure, the ball rotates in the center to the right, and therefore, all the balls also rotate to the right. If the direction of

rotation is defined as polarity, then the rotation to the right side corresponds e.g. to the positive polarity. This globular

cluster in the figure can only interact with other globular clusters with the same polarity, and with opposite polarity they

would push each other away.

In the classical description of the polarity, it is assumed the attraction of opposite polarities. To date, however, the

question remains, why there is different polarity in nature and what the mutual attraction can be attributed to. Without

knowing the cause of the polarity, this classical approach leads to an incorrect interpretation. Many physical phenomena

are interpreted without knowledge of their underlying principles. But nature does not depend on our human logic and our

interpretations.

With increasing distance from the center, the rotation energy of the globular clusters decreases. The different polarity

becomes interesting at the intersection between two globular clusters, as can be seen in the figure below.

Figure:

Two globular clusters with different polarity.

At the intersection points there is interaction with the attractive force between the balls on the one hand and on the other

hand, repulsion is seen due to different polarity.

At the intersection, the black ball rotates alternately to the right and the left, and since it can not forward the force

vertically, the energy is transferred perpendicular. This results in a quantized radiation which propagates perpendicular in

waves (left in the figure above).

The macroscopic magnetism is the consequence of different polarities of the sub-atomic particles. In addition to the

magnetic polarity, there is also a polarity of charge. The relationship between magnetism and charge will be discussed in

the following chapter.

The quantized magnetism in space balls has the value of, and with this elemental power other quantized sizes can be

derived.