Functional principles of the Delta+ series of devices

Electromagnetic vibration exists naturally around us and usually accompanies any chemical-physical process. Leading scientists, such as physicists, biologists and doctors, believe that electromagnetic vibration plays an important role in Nature. Numerous phenomena can be explained by existence of electromagnetic vibration.

The main source of electromagnetic vibration is the sun, which provides a broad range of electromagnetic waves, of which 6% reach the surface of Earth.

However, not all the range of electromagnetic waves representing a compulsive force and bearing harmonic character provide for the same reaction of the organs. On the contrary, they are resistant to most of them. This will happen almost every time until the frequency of the compulsive force reaches the frequency of the system’s vibration. Around this frequency, the resistance of the vibrational system is low and, at the frequency of its own vibration, it comes to zero. If it were not for the force of friction, which is always present around us, the amplitude of the forcing vibration would increase until the system is destroyed. The effect of strongly growing vibration of the compulsive force, accompanied by the attainment of its own systemic vibration at the frequency of the compulsive force is called resonance, and the frequency is called resonant.

The following important feature of material bodies should be emphasized.

Every material body has its own frequency of vibration. Under the influence of periodic compulsive force, having the same frequency as the vibration of the body, resonant vibration will arise in the body.

The electromagnetic vibration existing inside every living body partially depends on the vibration existing outside the body. Though the vibration of the body is subject to the force of the vibration of external electromagnetic fields, they are still generated in the body afterwards in a specific form.

It is well known that a cell, organ, system of organs and the body in general have their own frequencies of vibration (see table below).

T a b l e. Frequencies of organ and body system vibration

The table above shows that each organ and each cell has its own specific range of vibration and its own specific features of the vibration (such as form, type and frequency). The maintenance of the vibration depends on the “quality” of the resonator of the cell, tissue or whole body. If that quality is destroyed, it can cause incoherent, inadequate and pathologic electromagnetic vibration. If the body’s self-regulating mechanism of recovery is unable to destroy such vibration, then the person suffers from a disease (Morell F., 1989). Development of pathologic processes leads to a change in the range of frequencies and results in pathologic (disharmonic) vibration. Pathologic vibration can be destroyed by means of external electromagnetic vibration.

The strong and healthy constitution maintains a relative balance of the electromagnetic vibration, which is part of homeostasis. In case of pathology, there are departures from this harmony of vibration. Therefore, bringing the vibration to its institutional range of frequencies leads to recovery of the body.