- [2015-06-20] Nonlinear (nls) diagnostic systems(7)
Scientific studies carried out in the last century have proven high biological significance of low-frequency range of wave oscillations from 0.7 to 13 hertz. In this range central harmonics of functionally specialized cells of human and other mammals organisms are located.
Using them as a situational modulating stress at evaluation of quantitative realization of spin momentum of various vectors allowed to differentiate functionally different cells and identify their possible phase states.
The system includes two expert subsystems, showing quantitative character of right- and left-hand polarized spins vectors ratio relating to both separate models of an organism (the first subsystem) and separate fixed points on a specific models (the second subsystem).
The basis of the first expert subsystem functioning is a study of biological response of a certain region of an organism (from single molecule of protein to the whole organism) to a standard modulating frequency range (1.8 – 8.2 Hz) in the context of each of two vectors prevailing – right- and left-hand polarized spins. It allows to get a set of 18 information points (9 points of right-hand polarized spin and 9 points of left-hand polarized spin).
These points are ranged in relation to inversed image of a white noise as a carrier frequency, with maximum amplitude of 256 Db. Combinations of these 18 points in relation to the mentioned amplitude, stated in relative units calculated to two decimal places, are highly-specific. To ensure optimal perception by a user, these points are linked together to form diagrams (diagrams of color Fleindler’s scale). A diagram of right-hand polarized spin is shown in red color, left-hand polarized – by blue color.
The studies have proven that for certain functional types of organism’s cells, each modulating frequency is a central harmonics among other 8 modulating frequencies.
Comparing of real objects images with corresponding models of organopreparations (etalons of the optimum) allows to detect the most pathologically changed systems and organs in the whole organism. Blue diagram of left-hand polarized spin shows a degree of functional activity of the analyzed object, when red diagram shows degree of its restorability.
Graphical representation of researched models is the main expert subsystem of the device and it provides acquisition of the maximum of diagnostic data.
The second expert sub-system is the analysis of fixed points located on studied models. It allows to evaluate a degree and a vector of right- and left-hand polarized spins (torsion fields) balance of a separate point, and thus to present the model in a structured fashion, in other words to detect pathologically changed areas and areas maintaining the function of the researched model.
To fulfill this goal we use a matrix of 6 possible phase states, with the initial first phase state representing an ideal quality of physiological systems.
Therefore physiological phase states of compensatory capabilities are within the range of 1 – 3 phases, pathological ones from 4th to 6th phase.
Taking into account above mentioned conditions, we created software database containing models of optimal states of organs, tissues, cells, chemical and biological molecules, images of stable pathological conditions, models of helminthes, animalcules, microbes, viruses, allergens and food products.
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