In this case, the unit of charge of any particle, or vortex dipole, is adequate to the conventional quantum of the angular momentum or discreteness of the moment of the total number of vortexes of the body and its medium. The charge of an object is higher, the faster the vortex and the greater the amount of Fig.1 Relationship in space in X-ray Fig. 2 Magnetic and electric dipole. Radiation. (photoshop) of the rotation of its electric dipole in the field of the magnetic dipole. This is evident when a moving electric charge creates a vortex magnetic field, and a magnetic dipole moving at a constant speed, like an alternating magnetic field, creates a vortex electric field (see Figure 2).
Fig. 1. Relationship in space in X-ray. (photoshop)
Fig. 2. Magnetic and electric dipole. Radiation
But it should be mentioned that any vortex is also an oscillating circuit, with its own rotation frequency, amplitude, period and other parameters that can be unfolded as a sine wave of oscillations of an ordinary and long-familiar pendulum. So, when we talk about vortices, we mean both the properties of dipoles and the properties of oscillatory systems in one structure and in one form of its matter.
Suppose that space consists of vortex formations of various forms and structures of various forms and structures that are constantly changing and interacting with each other and the environment, something like nebulae and galaxies in space (see Fig. 3). At the same time, each of them is a vibration system, as a set of numerous oscillatory circuits with their own individual parameters and properties, united by virtue of certain phenomena into a single structure with a single rhythm of functioning. That is, you and I in the microcosm consist of a mutually synchronized variety of constantly changing, alternating and interacting with each other and the environment as a habitat, vortex condensations of matter. We, like all objects of nature, are constantly in fields of tension – gradients, spending and acquiring energy from the outside for our existence and adaptation to the changing environment for the sole purpose of development and procreation.
Each of us is a particularly unique synthesis of the harmony of an infinite number of moving gradients in a single shell of the form of our body. The very same gradients that are the main mechanism of exchange of all elementary particles, atoms, molecules, cells in our organs to ensure their mutual symbiosis in a single individual rhythm of life of each of us, as a result of a change in the charge density of the microcosm. For example, charges come from the outside and we feel a surge of warmth, or vice versa – and we are cold; or nutrients are absorbed into the blood through the intestinal walls; or the heart feeds on the waste products of the lungs, and the kidneys feed on the waste products of the cardiovascular system, etc. Each of our internal organs, as a separate vibrational system in the functioning of a single organism, is in a series of mutual arrangements, repeatedly worked out by evolution, depending on the need for its own source of nourishment, energy, protection, etc. Even in the event of a malfunction of any organ, which can lead to risks to the viability of the organism as a whole, such a structure of organization is fully justified in the struggle for the possibility of metabolism in such a special and territorially limited environment.
This is a fairly simple and understandable mechanism of the struggle for the possibility of existence. Thus, each form of matter tends to mutate and symbiosis with each other to create a stable and economical energy system in the ever-changing environment of space, using the same tools. Combined into a system, the total energy consumption decreases, and objects mutate to the environment.
For the sake of simplicity of understanding the mechanisms of the functioning of systems, let us designate that any field, as a medium of propagating waves, is the area of action of gradients of any form of matter as its properties to interact with each other. The degree of the gradient is adequate to the intensity of the state of matter in space, as a conventional value of the amount of energy of a certain direction of motion. For example, the charge of any object is the ability to repel or shield other objects from itself during rotation in the form of the impact of their vortices.
Fig. 3. A galaxy in space. (photoshop)
Fig. 4. Information-energy networks of the environment. (photoshop)
In this case, the higher the rotation speed, the higher the charge, and the "+" or "-" sign is determined only by the direction of their rotation. Charge is more of a conventional quantity than a physical one and does not exist separately from matter, since it is a consequence of the gradient of matter, the intensity of its fields. Everything that rotates faster is denser, it both captures and repels space in the medium or a "place" or "territory" of a less dense or slower rotating object. If there is a gradient of something: densities, temperatures, charges, etc., then there is also the intensity of the fields that are formed by the waves of these forms of matter by virtue of their own movements, oscillations, vibrations as radiations into the environment of opposition to the environment of the surrounding space.
More precisely, all bodies and objects, including stationary ones, by virtue of these very radiations emanating from their molecules, atoms, elementary particles, etc., interact with the environment, "communicate" with each other, transmitting and receiving waves of various spectra from the lowest to very high frequencies, but strictly individual parameters capable of emitting and receiving for themselves. as a single harmonious vibration system. This means that in the contact zones of numerous asymmetrical interacting fields in space, peculiar distortions and deformations of densities will be formed, and elementary particles will acquire a moment of rotation – spin. In nature, where "everything" affects "everyone", there are no absolutely straight trajectories of movement. That is, any moving matter in space is in contact with the environment of the environment, which means that it not only moves forward, but also rotates, forming vortex disturbances around itself in the form of periodic waves of condensation of the medium, or radiation. And by acquiring the moment of rotation, especially in the microcosm at enormous velocities of movement, any particle or body becomes a dipole with its own electromagnetic fields. Consequently, all radiation waves or perturbation fields in space are a consequence of the motion of material bodies, as an aggregate of numerous particles of the structure of their microcosm, in the external innumerable electromagnetic fields of the surrounding space, formed by radiations of similar forms of matter.
How is the energy so necessary for the existence of elementary particles, including atoms, produced? Energy, which can be designated as motion, as a flow of charges. To begin with, let's recall the long news in the theories of gravity about the mutual pushing of objects in space or about the forces of pushing the environment out. When bodies acquire the shape of a sphere or a drop as a result of the impact on them from all sides of the phenomena of repulsion from the innumerable vortices formed by numerous objects of the environment. A peculiar effect of the general "hanging" of bodies in space. Such energy of the external environment acts continuously and is much higher than the opposition of the radiation energy of a particular body, even taking into account the reflected waves, so the body compresses, let's say, uniformly and a sphere is formed. All matter in space tends to create spheres, and other forms are the result of the interaction of other energies depending on their mutual densities, volumes, distances, abilities to absorb, shield, transmit radiation, etc.
In any case, all this is the result of the interaction of charges: their number, polarity, density, location in space, etc. And we know that the repulsive forces are the higher, or the higher the efficiency of shielding bodies, the higher the speed of their rotation. In this case, the structures of their vortices in the form of charges and dipoles interact with a large number of each other's