Читать книгу Energy Fields Electrophotonic Analysis In Humans and Nature - Konstantin M.D. Korotkov - Страница 34

The EPI filter is a specially made polyethylene film that is placed on the glass electrode plate of the EPI camera at the time of taking EPI images. Its role can be explained by means of a simple example.

Let us suppose that we put on a thin surgical glove and take EPI images of the fingers. They will give a similar bright glow. The glove physically isolates the surface of the cutaneous covering – with its perspiration and secreted skin gases. With the skin surface processes separated from the glass electrode plate, the images will only reflect the particularities linked to the conditions of the body as a single system. In other words, we remove a significant part of the influence exerted by the autonomic nervous system.

The EPI polyethylene filter plays the same role as the surgical glove. It eliminates the direct influence of the cutaneous covering on the EPI images.

With the polyethylene filter in place, electrons penetrate inside this film and multiply there giving an impression of a more smooth and continuous image. These way only areas with strong defects will be presented in the image. So we can tell that the film filters out details related mostly to psychosomatic activity. In most cases EPI images with filter (F) are stronger than EPI images without filter (wF) – see fig.2.2

Fig.2.1. Diagnostic Map after Korotkov

Fig.2.2. EPI images of the right hand without filter and with filter.

Clinical research demonstrated that when we compare the pictures taken with and without filter we get information about the balance of the sympathetic/parasympathetic parts of the autonomic nervous system. When we analyze the person’s psycho-physiological conditions it is essential to take the EPI images with and without filter.

EPI images without filter carry information about the current conditions of the energy organs and systems in a given moment in time. They reflect the particularities of the autonomic status, that is, effects of both physiological and psychological processes. Repeatability and reiteration of the EPI images without filter is determined by the stability and liability of the nervous-psychic processes, that is, by the type of the person’s constitution. From this relationship with psychic liability, the characterization of EPI images without filter [Korotkov, 2001] correlates well with the characterization of psychological types both according to Western principles, and Oriental systems, such as Ayurveda.

We can say that the EPI images without filter reflect the person’s current psychological-physiological condition, his nervous-psychic state and EPI images with filter reflect the body’s base somatic level of energy.

EPI images with filter carry information about autonomic control at the level of stable physiological processes. In other words, EPI images with filter reflect the level of physiological energy that ensures the functioning of the body at a base and organic energy level. This level is very stable, it ensures long term body functioning and remains present throughout psycho-physiological changes. This energy reserve is constantly replenished through the basic energy metabolism, with the participation of electronic processes in the tissues and the blood’s oxygen. When the organ function is normal, the EPI images with filter are very stable and reproducible, and their changes are evidence of pathological processes at a deep energy level, generally linked to organic processes. EPI images with filter reflect the physical condition of organs and systems.

The stronger the autonomic deregulation or imbalance is, the stronger will be the divergences between images with and without filter.

The evaluation of this divergence can easily be carried out with the program GDV Diagram (fig.2.3). The program reflects the standardized logarithmic values of the EPI images area, divided into sectors in accordance with the EPI diagnostic table. According to the contrast between EPI -diagrams with and without filter, we can calculate the activation coefficient which is an evaluation of the stress level of a given person. This is the approach we established in 2000; it was tested on a significant number of people alongside various psychological tests. For example, in the case presented at fig.2.3 the level of stress A = 9.65, which is very high on a 0….10 scale. We found high coefficients of statistical correlation between values of the EPI activation coefficient and levels of anxiety, physiological activation and stress, all being determined by different tests [Kondratiev et al., 2003]. Thus the significance of the EPI approach for identifying the level of psycho-physiological stress was proved in numerous independent psycho-physiological experiments.

The scale of the Activation coefficient can be easily interpreted:

Activation coefficient in range 0-2: absolutely calm and totally relaxed person, it could be for several reasons: deep meditation, complete inner peace; the effects of psychedelics; deep sleep in the peaceful phase; at the same time it may be the case of chronic depression or severe disease; we’ll discuss this in the next part of the book.

Activation coefficient in range 2-4: normal, calm condition.

Activation coefficient in range 4-6: excited state, characteristic of active work, emotional excitement and tense activity. This state is typical in high level managers, militaries and people with responsible jobs. It may be related as well to the high anxiety level. The state of permanent anxiety without relaxations may be the reason for serious problems.

Activation coefficient in range 6-7: there are at least four possible situations:

•Reaction to a previous stressful situation (unpleasant conversation, illness, car driving under stressful conditions, etc.). In this case it is absolutely necessary to calm the patient and repeat the measurement after half an hour.

•Heightened nervousness, accumulated during long term stress, emotional tension and autonomic disorder.

•People with special type of psyche, capable of switching rapidly from high excitement and nervousness to a calm state.

•Athletes in the moment of competition, actors at the performance, students at exams, etc.

•Children in a state of nervous excitement.

Activation coefficient in range 7-10: very high stress level, peak of emotional excitement.

Pay close attention to perspiration on the hands: wipe every finger with a tissue and repeat the EPI images taken for each finger separately. In any case, perspiration on the hands is a sign of autonomic imbalance.

If a patient with activation level 8-10 appears calm, this could indicate a dangerous situation: the person is on the verge of a nervous breakdown, so be aware and exercise caution.

Note that the EPI method makes it possible to measure the level of physiological stress, that is, the activation level of the autonomic nervous system, which does not always coincide with the level of psychological stress, or level of acknowledged psychological tension. For example, a person who suffers an intense psychological trauma – loss of a close person, a difficult divorce, traffic accident, etc. – may have quite a calm appearance and react adequately to external stimulus, but the level of physiological stress will be very high.

Fig.2.3 EPI Diagram