Operating Principle:
In the first stage, Diacom Technology specialists perform a body scan. Using Diacom Technology devices and software, it is possible to determine the root cause of the disease, identify the presence and condition of pathological processes in the body long before the disease itself manifests – even at the cellular level. Based on the scan results, bioresonance correction and body restoration are performed.
During a body correction session, the Diacom Technology specialist selects the appropriate frequency and form of electromagnetic exposure, which can be used to enhance normal, physiological oscillations and weaken pathological ones in the human body.
For body correction and restoration, a comprehensive program developed by Diacom Technology specialists is used:
- a) elimination of pathogenic microflora, parasites, and restoration of healthy organ cells, carried out using modern, harmless to the body, bioresonance equipment from Diacom Technology;
- b) restoration of reproductive cells and organs for normal functioning using non-medicinal means, such as cleansing the body and organs.
- c) Creating an individual frequency exposure program for body correction.
Technology Overview:
The system is divided into three main modules –
Software module (module A)
Electromagnetic pulse generation module (module B)
Generator state change registration module (module C)
The task of software module A is to transfer data from an external control device (computer) to the pulse generator B and the reverse transfer of information from the registration module C. This is accomplished using the internal processor of the Resonance Scanner.
The task of generation module B is to reproduce the required frequencies and transmit them to an external emitter.
The task of module C is to register changes in wave characteristics on module B.
So, the computer sets the criteria for the generator (Module 2) to reproduce frequencies using the software module (Module 1).
The software module sets the criteria for the reproducible frequencies for the generator.
The generator reproduces the frequency within the closed loop of the scanner itself.
The object under study has its own frequencies, which are in continuous reproduction.
When the frequency of the external harmonic effect coincides with one of the resonant frequencies of the system, forced oscillations with large amplitudes can occur. If the frequencies reproduced by the device’s generator match the frequencies of the object under study, a resonance phenomenon occurs, which is registered by module C.
Information about all effective matches is transferred to software module A.
And then the information is transferred to the computer.
In the computer, a special program analyzes the received data arrays and then filters them (the data is interpolated). Then, the obtained result is displayed on the computer screen in a form accessible for further analysis. Further data analysis depends entirely on the knowledge and experience of the operator performing the analysis of the obtained results.