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GDV - The Gas Discharge Visualisation
Technique is a unique method of capturing the glow from different
objects in a high intensity electromagnetic field. The "glow
effect" has been known for centuries. However, only since
the creation of the GDV technique, have scientists begun to understand
the information encoded in the glow. The GDV was developed by
Prof. Konstantin Korotkov at St Petersburg Technical University
in 1995. In essence, the photon and electron emission from an
object's surface is stimulated by electrical impulses. It results
in an electronic avalanche effect creating a "sliding gas
discharge".  This
visual discharge can be photographed (the latest GDV camera is
shown) and analysed using appropriate computer software. As this
process is accompanied by photon-electron emission evoked or stimulated
by an electromagnetic pulse, it is also known as Evoked Photon
Capture (EPC).
Different objects display a different glow. In people, the type
of the glow reflects the activity of the autonomic nervous system
and gives an insight into the physiological and psychological
states of a person.
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Every person displays a unique gas discharge image
or an "energy pattern signature" which indicates the level
of functional energy stored in a particular system or organ of the
body. 
The computer software takes the raw output from the GDV camera and
can generate a whole body image which is used to determine the overall
well being of a client. The fingertip image shown to the right is
a normal GDV image of the bio-electric field surrounding a finger.
The image on the left is typical of someone who is suffering from
any stress or illness. The image recording process can be observed
"live" on the computer screen. Results may be printed
as a set of GDV images with the recommendations immediately after
the test. Since 1997 more than 1000 GDV instruments had been used
in 42 countries. In Russia, the GDV camera is certified as a medical
device and has been used in hospitals for quick definitive diagnosis
and for monitoring patient's post-surgical recovery. This technique
was proven to be sensitive, noninvasive, safe and uniquely informative
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