- [2015-06-11] Nonlinear (nls) diagnostic systems(6)
The basic idea at the development of this equipment was the hypothesis that the human body has a torsion informational skeleton, capable to react to the effects of an external emission.
In 1950 in Germany Dr. Reinhold Voll discovered and developed an electrical testing system based on the acupuncture points of a human body. Voll’s method was the first hardware method of organism’s energoinformational condition testing. It was carried out by reading of electro-magnetic conductivity values from end points of acupuncture meridians of a human body using a probe.
Results of a study (in terms of digital and graphical indices) can give a notion of inflammatory, dystrophic or atrophic pathology presence in a studied meridian and corresponding organs.
Unlike the Voll’s electropuncture diagnostics method where the energy potentials of the organs and systems are measured via bioactive points, which indirectly (and often with a significant error) mirror an organ’s condition, with non-linear diagnostics developed by the Institute of Practical Psychophysics, the evaluation of the organ’s condition is done immediately based on the resonant amplification of investigated organ’s emission and reading the parameters noncontactly by using trigger sensors.
Each organ and each cell have their own, inherent specific oscillations, which are stored in the computer memory, and can be displayed on screen as a certain diagram, which specifies the conditions of informational interchange of an organ or tissue. Any pathological process also has its inherent individual diagram.
The computer memory contains a significant amount of pathological processes with the allowance for the degrees of manifestation, age, sexual and other variations. Having taken the frequency characteristics from a biological subject, the research equipment can compare them by magnitude of spectral similarity with reference processes (healthy and pathologically changed tissues, infectious agents) and reveal the closest pathological process or a tendency to its development. In case of combined processes the virtual diagnostics mode allows performing differential diagnostics of each process.
Quantitative evaluation of vectors realization of right- and left-hand polarized spins (in other terms of input and output signal) and a character of their interaction within a specific object makes possible to evaluate a level of the object’s internal entropy and to model all possible phase states – from the most stable to the most unstable, expressing it in terms of statistical coefficients.
The most significant contribution into creation and development of equipment for 3D NLS method was done by Russian scientists, in particular by Academician Svyatoslav Nesterov. Using these preliminary studies the Institute of Practical Psychophysics, headed by corresponding member of Academy of medical and technical sciences Vera Nesterova, has manufactured several lines of hardware-software systems for non-linear torsion diagnostics of Metatron class, which were introduced into practice with the help of Academician Anatoly Akimov.
These hardware-software systems allow to evaluate extent of entropy at various levels: namely at the levels of organism, systems, organs, tissues, cells, cub-cells and molecules.
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