But again the Hazen, like all neuroscience, also, there is no response to the true function of the nervous system.
But Hazen has a more equal our considerations. In his works [Biophysics. T. 35. N1. C. 177-180. 1990; Biophysics. T. 35. N2. C. 343-346. 1990] , as well as in [http://www.kirsoft.com.ru/intell/KSNews_127.htm] and in the [http://kirsoft.com.ru/intell/KSNews_41.htm] He said the possibility of radiation transmission of nerve impulses.
Again and again the idea of transferring nervous information by physical fields. But Khazen cannot give anything specific about, how and in what form is the encoding information in the radiative field, and that it is. Only a general statement, "it is an electromagnetic nature" and, "maybe, any other types of waves ". This is at the level of postsynaptic depolarization patterns. As we can see, the work offers a variety of wave processes in neurons, as a way to preserve and pass on information, initially obtained from the, sense of touch, smell and taste sensations. But Khazen, building on the idea of radiation nature of synaptic radiation, several contradicting yourself, says, What is "some new kind of radiation-waves with longitudinal oscillations of type (like the sound) and even solitonnyj transmission information. Most pulls together his views with the ideas of Berezina, referred to above. This short overview shows the declarative nature and a complete lack of understanding of the, What carries the nerve impulse, What information.
Let us now consider the work Hamerofa and Penrose, the closest thing to us indeed.
Orchestrated Objective Reduction of Quantum Coherence in Brain Microtubules protocols: The "Orch OR" Model for Consciousness
Stuart Hameroff and Roger Penrose
http://www.quantumconsciousness.org/penrose-hameroff/orchOR.html
Authors, based on the idea of Stappa [Stapp, 1993], that suggested, the collapse of the wave function in neurons is closely connected with the consciousness in the brain, offer to consider work as a dynamic mosaic of quantum neuron (conformational) State of the protein tubulinovyh microtubules cytoskeleton of neurons. They must regulate the neural activity, including synaptic function. This is ensured by the registries of the transitions of quantum oscillations tubulinov between cross-State and the reduction of the classical spirit of the Schrödinger wave function. Such transitions of coherent states on calculations of the authors make about 500 milliseconds. These processes, as they see, are certain models of consciousness. In doing so, they believe, doredukcionnye phase tubulinovyh subunits that are correlated with the subconscious (intuitive) brain activity. Coherent sets of these conditions, that develop in different time scales and in different areas of the brain can be connected and lead to effective simultaneous collapse, that create instant State of thinking. Cascades of these events constitute a "stream of consciousness". In other words, consciousness is a series of organized State collapses tubulinovyh objective of protein subunits, and the subconscious mind is their interim phase quantum nonlocality. In such a case, the collapse of the wave function of proteins you can propose mikrotrubocek tubulinoyh as system working instantly quantization derived from EPR information. Then there is a system of redistribution of microtubules of such information to the needs of Biosystems. But it is, again, says nothing about the content of the information in neurons and spikes and how to create it. The authors declare, that such a hypothetical work tubulin microtubules within neurons organize their direct information functions. Another great idea authors assume, that consciousness, as a function of the tubulinovyh microtubules, can it regulate the reduction of wave functions tubulinov. Authors, making calculations, believe, that the time range between doreduktsionnym and pressure reducing sostyanii tubulin is approximately 500 milliseconds. But the inevitable question about preserving the coherence of the firewall tubulin, which, seemingly, It is impossible in conditions of relatively high temperature working of the brain. This should lead to Decoherence is proposed State tubulinov, contrary to the proposed hypothesis of brain, actually considered quantum biokop′ûter. Understanding this, authors are argumetaciû in favour of maintaining the coherent States of microtubules, as the Chief conditions of the feasibility of such work the brain as quantum biokomp′ûtera. When they refer to the classic work of Frolich, who first explained the idea of coherent States in biological systems. They believe, the microtubules are ideal for Quantum properties of brain structures, related to consciousness. In favor of the said:
1) the high prevalence of,
2) functional value (for example, Regulation of the neural communication and synaptic functions),
3) periodic crystal structures with the far procedures, formed by microtubules,
4) the ability to be temporarily isolated from external communications and surveillance,
5) the functional link with the events of the quantum level and
6) suitability for information processing.
In this part the authors have to say. More realistic look, paragraphs 1, 3 and 4. The rest have to substantiate experimentally.
