Operation Method

Integrating semiconductor technology with some of today's cutting-edge principles of physics, employing the following principles:

Super positioning, holography, self-similar transformations, fractal structures, coherent wave super positioning.

By creating a special EMF field around a biological object or between it and the source of EMF radiation from the technical source, achieved in the form of a fractal coherent matrix.

This field is created using a fractal matrix coherent converter, which is a self-similar lattice formed by circular topologies (harmonizers).

The lattice acts as a universal Fourier transformer, coordinating various aspects of external technical source radiation and the biological object's own EM radiation.

Key Mechanisms

The product can connect to electromagnetic fields (EMFs) and utilize them as a source of energy. The energy it emits is the sum of all EMFs in the environment as well as those from your own body.

1. Coherent Conversion
External radiation and the inherent radiation of biological objects are converted into a coherent electromagnetic wave super positioning matrix. This conversion is achieved without affecting the functionality of the devices generating electromagnetic radiation.

2. Placement of Coherent Converters
It can be placed on or next to a biological object, or it can be placed on the source of technical source radiation, or placed between the two.

3. Resonance and Harmonization
This process transforms the electromagnetic radiation from the technical source into a form that resonates and harmonizes within a coherent environment, without conflicting with the biological object.

4. Methodology
This method transforms the structure of electromagnetic pulses from radiation sources into a form that is safe for biological objects while maintaining its effectiveness.

5. Mathematical and Physical Principles
This method employs principles such as holography, fractal structures, coherent wave super positioning, and self-similar transformations.

6. Experimental Verification
Various models and experiments are described, demonstrating the effectiveness of this method in transforming and harmonizing electromagnetic radiation from technical sources.

7. Applications
This method is particularly suitable for the proliferation of 5G communication systems, aiming to protect biological objects from the negative effects of broadband electromagnetic radiation, ensuring that their interactions are conflict-free and safe.