Magnetic properties, what is it really? part 1

[ A macro showing the effects of magnetism using two magnets of an unknown type ](By I, Jonathan Zander, CC BY-SA 3.0, Link)

Nobody doubts that he is quite capable of identifying a magnet. This is an object that attracts iron objects. Who travels a lot, it is possible to bring his own magnets to the refrigerator. My refrigerator is hidden, so the magnets hang on the hood. But now it's not about that.
First, what is worth paying attention to, this magnetic properties can have both materials called ferromagnets, and phenomena, for example, electric current, is also a source of magnetic properties.
Secondly, magnets interact only with magnets.
Thirdly, the magnetic properties are everywhere penetrating and virtually unscreened. In other words, from their penetration there is no protection, an example is the magnetic field of the Earth.

[ A schematic illustrating the relationship between motion of conducting fluid, organized into rolls by the Coriolis force, and the magnetic field the motion generates. ](By United States Geological Survey - http://geomag.usgs.gov/images/faq/Q6.jpg, Public Domain, Link)
Fourth, magnetic properties, this is a particular option, electrical properties. Without electricity, there are no magnetic properties. Which, in turn, partially refutes the first statement.

It is important to understand that magnetic properties are the same electrical properties, only from a different angle. There can be no magnetic properties without electrical ones. To avoid further confusion, we omit the magnetic properties, and we will only talk about electrical ones.
Of course, they are very different. The nature of origin is one, but the manifestation is different. What is the difference between magnetic properties and electrical properties?
First. Electrical properties, propagate only in the same direction as the direction of the "movement" of electricity. The source is a predecessor, and the result is a follower and both are in the same "chain", and are not connected inextricably. As links in one chain, these properties are transferred from link to link. The follower becomes the source and so on, constantly repeating itself. Naturally, with each step, reducing its impact. The potential of the source is gradually becoming depleted, for each subsequent step.
Magnetic properties are propagated in a completely different way. The source of magnetic properties is the electrical properties that are betrayed along the chain. As a result, properties arise that are perpendicular to the direction, the movement of electrical properties along the chain. If the electrical properties propagate along the copper core, magnetic influences arise around this vein, forming a ring with a center equal to the cross section of the vein. The size of the ring depends on the current in this vein. The magnetic effect is directed along the circumference of the circumscribed circle around the core. Further from the center, of course the effect is less. The logic here is that, with the distance from the center, the size of the circle increases, with an unchanging source that causes magnetic properties. This dependence is inversely proportional to the distance, which corresponds to the radius of the circle.
C = 2πR

How to explain the magnetic properties, based only on the electrical interaction. We know that electrical interactions are possible only between electrically active sources along the shortest path. The shortest path, it does not mean the shortest, it means a path with the least resistance to the spread of electrical properties.
To begin with, we will summarize what we know.
The magnet interacts only with the magnet.
A magnet is formed by an electric current.
The magnet has a direction. It is determined by the rule of the screw.

[ Illustration of the right hand rule a process for determining the direction of the magnetic field created by an electric current passing through a wire. If the conductor is grasped by the right hand so the thumb points in the direction of the conventional current (flow of positive charge) in the wire, the fingers circling the wire will point in the direction of the magnetic field lines. ](By Jfmelero - Own work, CC BY-SA 4.0, Link)
The direction of impact is perpendicular to the direction of the effect of electricity.

[ Two current-carrying wires attract each other magnetically: The bottom wire has current I1, which creates magnetic field B1. The top wire carries a current I2 through the magnetic field B1, so (by the Lorentz force) the wire experiences a force F12. Not shown is the simultaneous process where the top wire makes a magnetic field which results in a force on the bottom wire. ](By Sbyrnes321 - Own work, Public Domain, Link)
We remove the concept of "magnetic", and we will use only electricity.
To avoid confusion, we will call these properties perpendicular to the electric properties.
So interaction is possible only between two objects, otherwise you will not determine the presence of these properties. So we have two sections, for example we take two parallel cores of copper. By these veins with the help of a source we will start up a current, from a greater potential to a smaller one. If the direction is the same, the veins will be attracted. Since the direction of the perpendicular impact will be the same and unidirectional. But what affects what. Since we use only electrical properties, it is natural to assume that something in one vein acts on the second, in such a way that it is attracted and vice versa, in the same way. As a result, veins approach each other.
Once again, the electrical properties are propagating along the vein as in a chain. And as a result, they act, on the same spread over a number of lying veins. The impact is not on the vein itself, as we know that the interaction occurs, only between the bodies in the same electrical state - in our case, moving electrical circuits along the chain. On the copper core of the misfortune of the movement of the electrical properties of the impact, it will not attract! The impact will be, but different, but more on that later.

Conclusions, two unidirectionally moving electrical properties, interacting with each other are attracted. It is very important! If this were the movement of electrons, how could they act on a moving electron in a parallel path. They would change their direction, which does not happen. But the properties of a substance that remains unchanged, but its properties change - this looks natural.
At this time, we will stop. To understand and ponder what particles (electrons) or properties are moving (of course, under the motion we mean a change in properties). And the second moment, how these movements interact. Because the perpendicular (and we can already say that this is more in accord with the associated interaction, since we do not use the magnetic interaction and there is simply no perpendicular direction, but there is a perpendicular reaction to this interaction), there is no interaction without movement.