Overview of the GDV / EPC technology
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 The Electro Photonic Captor (EPC) or Gas Discharge Visualisation (GDV) was developed by the Russian physicist Professor Dr Konstantin Korotkov at St Petersburg University in1995.
It is based on interpreting the GDV image of the body’s glow or Bio-Field which has been known for centuries. It has only been since the development of the GDV method that scientists have begun to understand the information encoded in this glow.
Fundamentally, the emissions of photons and electrons from an object’s surface are stimulated by electrical impulses, resulting in an electronic avalanche effect creating a "sliding gas discharge".
Dr Korotkov has dedicated his work to investigate the human mind / consciousness and the connections between body, min and spirit.
He has brought scientific rigour to the study of Kirlian effects and its photography.
His research has led to the possibility of real time image capturing of the human energy field.
These capture not only the physical, emotional, mental and spiritual emanations from an individual, but also their interactions with the surrounding environment.
During the GDV measurement, you simply place your fingers on the glass of the GDV camera to be painlessly scanned. Within seconds, your personal energy field will show up on the screen.This energy pattern signature is linked to an autonomic nervous system activity and reflects the level of functional energy stored in particular systems or organs of the body.
The GDV camera functions on the basis of the "Kirlian Effect" where a subject emits a burst of electrons and photons under the stimulation of a high intensity field.
In the gaseous medium of the contact between a subject and the surface of the GDV camera’s lens, an avalanche and/or sliding gas discharge develops.
This serves as an amplifier of the subject’s weak elecro-photonic emission. This is very similar to the amplification processes in photo-multipliers.
With the help of an optical system and a CCD-camera 4, (charged couple device) the discharge’s fluorescence is recorded in the form of single shots (GDV-grams) or AVI-files in the computer.
The data processor represents a specialized software complex, which allows for precise analyzation of the given parameters and therefore the possibility of drawing diagnostic conclusions.
An additional process, spectral analysis, allows to distinguish various aspects of the human energy field. This is done by using a special filter while photographing the GDV-grams. The filter distinguishes between the activity of the sympathetic and parasympathetic nervous systems.
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