User talk:Karklinsh Nikolay

Radiation of high frequency electromagnetic waves by brains N.N. Karklinsh There is discovered a high frequency electromagnetic radiation, which presumably is generated by human brain, and there is suggested a hypothesis which is explaining the nature of this radiation. We have observed on the oscillograph’s screen with the measurement range up to 2 GHz two groups of densely completed sinusoidal signals with a frequency 2 MHz, and displacement π divided to 2 (drawing 1). The signal amplitude has been changing from 60 mV to zero. The signal has been perceived by spiroid copper antenna that was put on the oscillograph’s probe or at the direct hand contact with the probe. It has been registered only when the oscillograph was disconnected from grounding, because the grounded oscillograph is shielded from external fields. We immediately have avoided the possibility of high frequency transformers, feeders or other technical devices. As well as the electrical current they could give inductions as signals with the definite amplitude. We also have avoided the signal reception from radio stations, because there is existed only the unknown background noise in this radio-frequency region. The same signals we have observed in the laboratory compartment screened by metallic grid, which should screen the external radiation on such a frequency. (On oscillographs with a small measurement range the signals were observed as unstable, strained sinusoid). We have supposed that signals have been generating by human brain, because their amplitude coincides with the electrical activity of brains. To explain this effect we have suggested a hypothesis on existence of a high temperature superconductivity in brains or micro channels. In this case a generating of high frequency signals by human brains may be explained by the nonstationary effect of Josephson (1) that appears at superconductive electrical current in superconductive tissues divided by thin insulating parts (they exist in brains) or in very thin superconductive channels. The nonstationary effect of Josephson is that at increasing the superconductive current up to the critical point, superconducting pairs coming through the insulating layer acquire some energy in electrical field that is radiated as electromagnetic waves, because after the insulating layer they come back to the previous quantum state. The frequency of radiated quantums is defined by the following expression ħω=2eU ħ – Dirac’s constant, ω – radiation frequency, e – charge of electron, U – voltage in Josepfson’s transition. Nonstationary and stationary effects of Josepfson can help to understand such effects as memory and way of thinking, and many other abnormal effects. Stationary effect provides a “perpetual” circulation of electrical current in brains and at current increasing can transfer into nonstationary. There is possible a converse effect. When the brain is absorbing quantums of external field there appears an extra current in superconductive channels. At the end of eighties in Japan there was created an experimental processor on the basis of effect. Josephson (2) It is not inconceivable that the nature of superconductive currents and the structure of insulating layers are in the basis of “thinking machine” created by nature. It is possible that if our hypothesis will be confirmed we could understand the processes of nature, memory and many other effects. If our assumptions are true then the brain is able not only to radiate electromagnetic waves but also work as its “receiver”. Literature: 1.Физическая Энциклопедия Москва 1988 том 1, с.602 2. ru.wikipedia.org/wiki/ Эффект Джозефсона