A research team at a technical university has developed a method to monitor the electromagnetic field of the human body. The approach focuses on how the body’s energy interacts with surrounding fields and what can be learned from those interactions about health and safety in environments rich with electrical activity.
The body’s electromagnetic aura results from electrical activity in the brain and other organs. It can change with external conditions and a person’s physical or emotional state. Emissions from the body interact with nearby power lines, radio waves, and a variety of electromagnetic devices.
Experts indicate that when a stronger electromagnetic field acts on a biological object, it can generate a chaotic signal. This signal, known as chaos rhythm, can be recorded and analyzed. Its patterns carry information about body temperature, body mass, height, spatial orientation, and other bodily parameters.
A dedicated setup was built to analyze the chaos structure of a person’s radiation. The installation includes equipment to create an external electromagnetic field that produces radio frequencies, allowing researchers to probe how the body responds.
Male volunteers aged 20 to 42, with a range of weights and heights, participated in the tests. The source of the chaotic signal lay in a horizontal position.
Twelve pairs of electrodes were placed on the volunteers’ heads, transmitting signals to the receiving system. During the study, the system was periodically switched on and off to record measurements.
The resulting chaos rhythms enabled researchers to determine whether the signals originated from a living organism and to assess a person’s physical and psychological state before, during, and after exposure to an electromagnetic field. They also showed how chaos rhythm parameters related to body mass, size, and spatial positioning.
Researchers note that chaos rhythm technology could be used in medicine to aid in diagnosing cancer and other diseases, as well as to develop tools that protect against radio-emitting systems.
Earlier reports from Russia described an online system for home rehabilitation.