According to Russian experts, they managed to create a device that can non-invasively affect the human brain, controlling its desires. The complex is based on the superconducting magnetometry method.
Even in our high-tech age, the human brain remains a mystery to science in many ways. There are approximately 85–86 billion neurons in the human brain. Some scientists believe that the main organ of the central nervous system is so complex that science will never be able to understand its functioning thoroughly. Nevertheless, researchers every year find new opportunities for influencing certain areas of the brain, forcing a person to experience new feelings, emotions and experiences.
Now experts from the RFNC-VNIIEF (Russian Federal Nuclear Center - All-Russian Scientific Research Institute of Experimental Physics) organization, which is part of the Rosatom state corporation, have created a device capable of registering ultra-weak biomagnetic fields. According to the developers themselves, with its help it will be possible to find the "center of desires" in the brain of a living organism, including humans. “This development will make it possible to identify the centers of desires and even manage them,” the creators said to the RIA Novosti agency.
The detection of ultra-weak magnetic fields is achieved through the use of a magnetoencephalograph. It should be noted that the biomagnetic fields emitted by the brain are millions of times weaker than the magnetic field of our planet, they can only be recorded by special magnetometers. The latter are based on superconductors with sufficient sensitivity, which makes it possible to detect extremely low magnetic fields.
According to scientists, magnetoencephalography, or MEG, makes it possible to trace the processes that occur in the brain and which scientists did not know about before. The processing of the received information is directly related to the inverse problem, which consists in the spatial reconstruction of the sources of different MEG signals in the cerebral cortex.
This direction brings researchers closer to the possibility of tracking the work of the center of desires and impact on it. More importantly, in this case, we are talking about a non-invasive intervention, in which direct penetration into the human brain is excluded. It is obvious, however, that the application of such a scheme in practice is not a matter of the near future. And scientists still have a lot of work to do.