NLS非线性诊断技术的设计及工作原理

Design and working principle

The METATRON hardware and software complex developed by the Institute of Applied Psychophysics makes it possible to generate the given bioelectrical activity of brain neurons. In this context, the ability to selectively amplify subtle signals, extract and decipher the information contained therein is manifested.

Obtain information about the specific state of a biological object in a non-contact manner using trigger sensors developed using new information technologies and microcircuits. The trigger sensors pick up subtle signal fluctuations isolated from the average statistical noise characteristics of the field and convert them into digital sequences, which are processed by the microprocessor and transmitted to the computer.

"METATRON" equipment "guides" these radiations in a certain way at the position of the radiation source, and then deciphers and records them on the computer screen, and creates a virtual model of the organism in a specific color.

The computer model can show the three-dimensional image of the internal organs to the doctor from any angle. The color icon of the 12-point Fleindler scale is superimposed on the image, enabling the doctor to locate the pathological process on the organ model. By comparing the color scheme of the icon and its position on the organ computer model, their dynamics over time and analyzing the chart, one can judge the state of the biological structure and predict the health condition.

To clarify the field of pathology, the doctor examines the individual, and the scale model established by the computer on the screen is continuously reduced until he locates the pathological lesion with the greatest accuracy.

Functions of METATRON APK:

Obtain a qualitative assessment of the body's functional state in the form of local NLS analysis;

Monitor the effectiveness and results of various treatment methods;

Extensive research: from functional changes in the patient's body to the level of chromosomal aberrations;

Evaluate human adaptability;

Determine the main focus of dysfunction;

Evaluation of the main parameters of homeostasis;

Personal selection of the most effective drugs (allopathy, herbal therapy, homeopathy, dietary supplements, phototherapy);

Evaluate whether the load during exercise is adequate (training athletes, fitness centers);

Identify active pathological flora and important allergens;

Control the rehabilitation process after various diseases and surgical interventions;

Evaluate the body's susceptibility to diseases at the molecular genetic level;

Use meta-correction to suppress active pathological flora;

Store the patient's examination results in the computer memory to track the dynamics of changes in the functional state.