
In what does our technology is based?
The principles of our new technology
The technology ISTOK is based on effect (activation) of specially modulated low radiated power of a longitude of wave of 635-670 nm in the solid bodies and liquids.
The doped elements (hereinafter referred to as the fractal-matrix resonators) acquire the behavior of the secondary radiation, that in turn distantly or in direct contact changes the physicochemical property and the microbiological composition of other substances. You can observe the induced radiation effect and the “memory” effect.
The process of activation takes place in natural conditions.
The list of materials, which “keep” new acquired properties is incredibly voluminous.
It is supposed, that the secondary radiation is resonant and occurs in electromagnetic field in the range of THz (Therra hertz) and infrared wave lengths.
Relying on the theory of an academician Iliya Romanovich Prigozhin, one can say, that they reveal the dissipative activity of strongly nonequilibrium system.
«….strongly nonequilibrium nonlinear reactions lead to the correlation onset. These correlations are far-ranging, because they are composed of kinetic constants and diffusion constants, in contrast to short-range correlations, which are composed of molecular interactions. In order to let the effects of such nonequilibrium correlations appear outside, it is needed to abide by stronger conditions, for example, the existence of the catalytic mechanisms. If the required conditions are executed, the stationery condition may become unstable at a quite definite distance from the equilibrium, and the system will cross to the new mode of activity stepwise »
(1) “Time. Chaos. Quantum” I. Prigozhin, I. Stengers Publishing House URSS. Moscow. 2003
There was created the group of devices series GCT. Each of them, against of the compound modulators set, attaches different features and characteristics to an activated element.
This group of devices is united by the general effect arrangement on the work material.
Lower-power laser ---- modulators ---- processing subject.
Influence over the processing subject takes place contactless under normal natural conditions during short period of time. The activated element keeps reacquired properties for a long time without addititious interference.
The temperature (maximal temperature of an average home oven) does not chance the acquired properties.
The elements, being activated with the help of the GCT devices, created according to the technology ISTOK, hereinafter referred to as the fractal-matrix resonators.
Basic diagram of devices series GCT
Generator ISTOK® - GCT-5

A brief list of the observed changes:
The following organizations took part in joint tests:
The findings give us the opportunity to suppose a possibility of successful application of the new technology in such fields as food manufacturing and chemical industry, metallurgy, medicine,
wine-making, treatment facilities, etc.
The tests, having met the definite conditions, revealed during long-term observations, are:
- repeatable
- efficiency of the activated materials is stable in time
- the list of materials, which “keep” the new acquired properties is extremely wide.
The list of materials, used in the tests:
• aluminum
• stainless steel
• iron
• copper
• ceramics
• silica sand
• minerals
• silver, gold
• silicon single crystal
• graphite , etc.
The results were drawn by an experimental way.
The fastest test way to check the material activation is possible through drinks and food taste change. Already after two or three minutes one can sense the taste difference in comparison with the check sample.
«Strongly nonequilibrium irreversible processes can be a source of coherence, i.e.. the condition of huge quantity of structured collective behavior types. Many different dissipative structures turn out to be compatible with the same conditions. This is the effect of nonlinear feature of the strongly nonequilibrium situations. Small differences can lead to large scaled outcome »
(2) “Time. Chaos. Quantum” I. Prigozhin, I.Stengers Publishing House URSS. Moscow. 2003
istokbcn@msn.com
Copyright Tecno ISTOK BCN 2000-2008
Design by Ksenia Klykova
Web page designed for a 1280x1024 resolution and 32 bits.