Light after Life: Experiments on Afterlife by Konstantin Korotkov

Author:Konstantin Korotkov [Korotkov, Konstantin]
Language: eng
Format: epub
Published: 2018-10-09T18:30:00+00:00

The use of GDV methods for the research of biological subjects.

The principles stated above show a definite possibility for the "Kirlian Effect" to be employed in biological research. In order to evaluate its particular features it is reasonable to begin with some simple biological specimens which have such characteristics that are easily reproduced and controlled [Korotkov, 1995].

Those specimens are microbiological culture and plants. It was shown that their discharge glow characteristic allow one to define the level of culture activity directly in the process of its growth, which permits to monitor the development of culture automatically and to determine the end of the process without any labor-consuming biological tests. Plant leaf glow changes in the presence of ecologically harmful substance, so the GDV technique permits to evaluate the plant reaction to a wide range of influencing factors, that is, to evaluate the complex ecological atmosphere in one place or another. In principle it is clear that near a brisk highway and in the depth of a park plants react differently to rain poisons, but to what degree? What will be more important—good living conditions or everyday training? What plants are the most sensitive to pollution? GDV method permits to answer similar questions. Kirlian photos let one see the influence of plants on each other. Forest rangers know that no other tree can grow near the pine tree and pink flowers and roses cannot stand in the same vase. But these were only empirical facts. On a glow photo it is clearly seen that one plant's aura suppresses the aura of another plant that its size and color changes if another more active plant is nearby. This is one more step to understanding the secrets of the Green Kingdom, the secrets of the earth. The problem of the so-called 'phanton leaf effect' is especially interesting [Proceedings, 1996]. But the most interesting and promising results are obtained from studying the discharge glow of human skin.

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