Kirlian Effect

Kirlian Effect: A Mysterious Phenomenon That Amazes Us with Its Properties

The Kirlian Effect is an unusual phenomenon that was discovered at the beginning of the 20th century. It lies in the fact that when an object is exposed to a high-frequency electric field, its surface begins to glow. This effect was named after the Kirlians who first described it in 1949.

Since then, scientists around the world have continued to study the Kirlian Effect and its properties. It manifests itself not only in living organisms, but also in inanimate objects, for example, metals and stones. In addition, it can be used to diagnose diseases and determine the condition of the body as a whole.

One of the most interesting facts about the Kirlian Effect is that its manifestation depends on many factors, such as the temperature of the object, humidity, pressure and even the time of day. For example, if an object is in the dark, its glow will be brighter than when illuminated. Also, the color of the glow may depend on the chemical composition of the object.

In addition, the Kirlian Effect can be used in various fields of science and technology, such as medicine, biology, physics and others. For example, it is used to diagnose cancer, determine the condition of skin and hair, and study the properties of materials.

Overall, the Kirlian Effect is one of the most mysterious phenomena in nature, which continues to attract the attention of scientists around the world.

Kirlian–Kirlian effect, also known as the photoelectric effect in Kirlian plasma, is the phenomenon of objects glowing in high-frequency electromagnetic fields, for example, when a high-frequency alternating electric current is passed through the object. Selective stimulation of light emission can only be carried out at wavelengths of the order of a decimeter to a meter and must provide a certain amount of electric field strength. If the power is insufficient, the high-frequency field causes a uniform glow of objects of all colors of the rainbow to appear. In turn, an excessive increase in voltage leads to the appearance on the surface of objects of characteristic intermittent spots with a certain brightness of glow. The intermittent nature of radiation changes is inherent not only in objects and materials in general, but also in a number of elements of living tissues.

The discovery of the phenomenon of objects glowing in a high-frequency alternating electric field belongs to Russian scientists Evgeny Shuvalov and Vyacheslav Kirlian, who later continued research into this phenomenon. Since then, the discovery has become known to the world of science under the name “Kirlian effect.” The appearance of glow in a spark is due to the ionization of the medium, near the conductor where the source is located

Kirlian-Effect

The Kirlian effect is the phenomenon of objects glowing when they are registered by an earthly observer. It was first noted by Dr. S.D. Kirlian back in 1937. His scientific discovery was initially regarded as mystical and only later was its essence explained by scientists as a physical phenomenon. This concept belongs to the category of paranormal phenomena, or rather to those cases that do not fit into the framework of the usual