Scientists at the Perm National Research Polytechnic University (PNRPU) have created a way to monitor the electromagnetic field of the human body. socialbites.ca was informed about this by the press service of the scientific institution.
A person’s electromagnetic “aura” results from electrical activity in the brain and other organs. It may vary depending on external conditions, physical and emotional state. Radiation from the body interacts with other fields such as power lines, radio waves, and electromagnetic devices.
According to PNRPU experts, when a stronger electromagnetic field affects a biological object, it creates a certain response in the form of a chaotic signal. This signal, called chaos rhythm, can be recorded and analyzed. Its characteristics carry information about body temperature, weight, height, position in space and other parameters of the body.
Polytechnicians have created a special installation to analyze the chaos structure of one’s own radiation. It contains a device to create an external electromagnetic field that produces radio frequencies.
Men between the ages of 20 and 42, of different weights and heights, participated in the experiment. The person who was the source of the chaotic signal was in a horizontal position.
12 pairs of electrodes were placed on the volunteers’ heads, which transmitted signals to the receiving system. During the study, the team periodically turned the system on and off, recording measurements.
The resulting chaos rhythms made it possible to determine whether they belonged to a living organism; a person’s physical and psychological state before, during and after exposure to an electromagnetic field; dependence of chaos rhythm parameters on the type of biological object, its mass and size parameters and its location in space.
Scientists noted that chaos rhythm technology can be used in medicine to diagnose cancer and other diseases, as well as to create protection tools against radio-emitting systems.
Previously in Russia developed Online system for home rehabilitation of patients.