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Simultancotisly recording EEG (clectro- encephalogram) and MEG (magnetoencephalogram) power specma, with eyes opened and closcd, showcd similarity and differences. PROBLEM IDENTIFICATION ELECTROMAGNETIC FUNCTIONALITY OF BARA'IN We believe that synergetic approach of classical and quantum communications channels in brain may open a new opportunity to establish a stairway to the mind and improve cxisting information tcchnologics.Ä¢. However, in spite of modem scientific thought about machinery of the mind, Sclvodinger serials of lecture entitled What is Life?, given in Trinity College in 1943, is still intellectual challenge and may encouraged physical scientists and engineers in quantum information technologies that the time i s ripe to consider fundamental biological problems.
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Penrose's main idea is that quantum gravity causes with objective reduction (OR) of the wavefunction Hameroff's idea is that objective reduction has a significant influence on coherent flows trough microtubules Koruga's idea is that microtubule are capable to generate synergetic classical-quanhim process based on hidden golden mean code system (information physics) PeruS's idea is that associative neural networks realize information processing analogous to the quantum dynamics, while Rakovit's idea is living matter as a quantum hologram. Pattern in complex systems, while the second one came from Penrose, who has given a good reason why we needed a new physics to understand the mind, the third one from Hamcroff-Komga, who pointed why a new approach should be based on microtubules and quantum mechanics, while the forth one came from PeruS-RakoviC, who used Hopfield associative memory and multi-level synergetic approach to processing information in the brain. The first step made IIaken, who used synergetic approach to established thc concepts of sclf-organization to predict formation of From Einstein time a few steps were done in positive direction. Einstein has had reasonable critical position about physics rule to explain life "one can hest appreciate, from a study of living things, how primitive physics still is". Kqnvords: Neurons, astrocyte, clursicul neuron nehvorks, quuntum information chanuel, synergyīiological systems have been inspiration for many scientists and engineers to improve existing scientific thoughts and technologies.
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New type of network is synergetic one with quite new energy- informution properties then classical neuron networks. Matter and energy (classical channel) and classical quantum infirmation travel trough neurons, wbile trough a.stroq~te-neuron loop have1 classical quantum and non-classical quantum information. From this point of view we consider a new type of networks in bruin based on unity of cllussical and qriuntiint neural-astrocyfcr network. is teleported-the matter stays at the source ,side and hu.v to be ulredy present ut the final location.
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Only the structure, information ahout conformation state. sence lo t,nnsJer/rom one place to another without pussing trough intermediate locutions, teleportution of quuntum states, asultimate structure of objects, is possible. Since matter and e n e r a cannot be teleported, in. De.spite the great advances in rinderstanding the biochemistry and molmdar biology of the cell in recent years, the mechanisms of the quantum communication channel in the brain remain u ntystery. H u m m brain ucts as very efficient parullel classical-quantum communications system related responses to a multitude of input signals from sensors. Institute Technical Scieneces, Serbian Academy of Scieneces and Artts, Belgarde ac yu 'Department of SystemsControl Engineering, Faclty of Mechanical Engineering University of Belgarde 2Quantum Information Tectmology Laboratory, Center for Technology Inovation, FME, Belgarde SYNERGY OF CLASSICAL AND QUANTUM COMMUNICATIONS CHANNELS IN BRAIN: NEURON-ASTROCYTE NETWORK 7th Seminar on Neural Network Applications in Electrlcal Engineering, NEUREL-ZOO4 Faculty of Electrical Engineering, University of Belgrade, Serbia and Montenegro, September