- [2015-06-06] Nonlinear (nls) diagnostic systems(5)
In accordance with quantum-entropic logic input signal of a system (related to receiving of information) may be correlated with effect of south magnetic pole; output signal of a system (related to loss of information) – with effect of north magnetic pole.
If a system is integral, level of noise in the system is close to zero, so in this case input and output signal will be relatively similar. If a system is in the stage of destruction, we will see a gap between input and output signals, it is called dissociation of a signal. The higher dissociation is the higher level of information background noise around destroyed system and the higher speed and wider extent of system destruction.
Frequency analysis of dissociation in graph spectrums allows us to understand what tissues are being destructed faster and extensively.
According to S. Nesterov - T. van Hoven’s quantum entropic logic theory the informational interchange between any systems is distant, associative and selective, because of the fact that oscillation quantum have the energy, adequate to the energy of destruction of a link of an elementary system structure.
The entropic logic theory provisions allow stating, that in biological systems at pathological processes some unstable (metastable) states may occur, at which the probability of system destruction increases greatly. The hardware-software system «Metatron» functions on the principle of amplifying of the initiation signal at disintegration of metastable systems.
From the physical point of view «3D-NLS health analyzer» represents a system of electronic oscillators, resonating on a length of a wave, the energy of which is adequate to the energy of destruction of the predominant links supporting the structural architecture of the examined organism.
The hardware-software system developed by the Institute of Practical Psychophysics generates the preset bioelectric activity of neurocytes of brain, amplify selectively the signals usually hardly noticeable against statistical fluctuations, and finally to retrieve and decode the information containing in them. Equipment in a certain manner «takes the bearings» of such emissions by place of their origin in order to decode and record the on a computer screen where the virtual model of an organ is created in certain colors.
If, in accordance with the Quantum–entropic logic theory, you present entropy values of any system as colors of spectrum, such colors will vary from light yellow (at minimum entropy values) through orange to red and purple, almost black (at maximum entropy values). Finer theoretical calculations allow to single out a number of stationary conditions corresponding to a certain entropy potential.
Computer models give us a multidimensional image of internal organs in any required perspective. The color icons placed on the image, allow us to locate pathological process on a model of an organ. By comparing the color gamma of the icons and their location on a computer model of an organ, and also their change dynamics, one can judge about the processes of destruction of biological structures and give health condition forecasts.
In order to specify the pathology area a user investigates mutidimensional and scalable models of organs, rendered by a computer on a screen until he localizes a pathological locus with an utmost accuracy.
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