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The principle of the hologram "all in each part" allows approaching to problem of the organization and the regularity in a new way in essence. The hologram shows that some things in the Universe do not give in to research by an analytical method: to dissect any subject and to study its constituents. If we cut something arranged holographically, we will not receive parts of which it consists, and we will receive the same, but it will be less accuracy.
In this regard the interpretation of works Aspect by Bohm is as follows: he is sure that the elementary particles interact at any distance not because they exchange by certain mysterious signals among themselves but because their separation is illusory. He explained that at any more deep level of reality such particles are not separate objects, and actually the particles are extensions of something more fundamental.
According to Bohm interpretation, apparent superlight interaction between particles says to us that there is more deep level of reality hidden from us, higher measurement, than ours, as in analogy to an aquarium. And, he adds, we see particles as separate because we see only part of a real. Particles – not separate "parts", but sides of more deep unity. This unity is ultimately the holographic and invisible. And so how everything in physical reality consists of these "phantoms", the Universe observed by us is a projection, the hologram.
Such Universe can possess and other properties. If the apparent separation of particles is an illusion, means upon more deep level all subjects in the world can be infinitely interdependent. Electrons in atoms of carbon in our brain are bound to electrons of each floating salmon, each beating heart, each flickering star. Everything interpenetrates with everything and though human nature divides everything, dismembers, spreads all natural phenomena on shelves, all divisions are necessarily artificial, and the nature finally appears as a indissoluble web. Even time and space ca
Though Bohm recognized that we have no way to learn that else the hologram conceals in itself, he made bold to claim that we have no reasons to assume that in it more anything is not present. In other words, probably, holographic level of the world is simply one of steps of the infinite evolution.
There are other researchers of properties of the holographic world except Bohm. Independently of Bohm, the neurophysiologist from Stanford University Karl Pribram working in the field of research of brain also inclines to a holographic picture of the world [2].
Pribram has come to this conclusion, reflecting over a riddle, where and as memoirs are stored in a brain. Numerous experiments for decades showed that information is stored not in any particular site of a brain, and is dispersed on all volume of a brain. The researcher of a brain Karl Lashley in a number of decisive experiments in the twenties the last century has found out that irrespective of the fact which a site of a brain of a rat was deleted, he could not achieve disappearance of the conditioned reflexes received by a rat before operation. The only problem consisted that nobody could offer the mechanism explaining property of memory "all in each part".
Later, in the sixties, Pribram faced with the principle of a holography and understood that he found the explanation which neurophysiologists looked for. Pribram is sure that memory is contained not in neurones and not in groups of neurones, but – in series of the nervous impulses, "braiding" a brain just as a laser beam "braids" the piece of the hologram containing all image entirely. In other words, Pribram is sure that the brain is the hologram.
Pribram's hypothesis also explains how a human brain can store so many memoirs in such small volume. It is supposed that the human brain is capable to remember about 10 billion bits for all life.
It was revealed that one more feature can be added to the properties of holograms – the huge density of record. Simply changing a corner under which lasers light a photographic film, it is possible to write down many various images on the same surface. It was shown that one cubic centimeter of a film is capable to store to 10 billion bits of information.
Our supernatural ability to fast identification of the necessary information from the enormous volume of our memory becomes clearer with accepting the fact that the brain works by the principle of the hologram. If you ask that occurred to you at the word "zebra", you should not shuffle mechanically lexicon to find the answer. Associations to the words "striped", "horse" and "lives in Africa" appear in your head instantly.
Really, one of the most surprising properties of human thinking is that each piece of information is correlated instantly and mutually with any another – one more quality inherent to the hologram. As any plot of the hologram is infinitely interdependent with any another, it is quite possible that it is the highest natural exemplar of cross and correlative systems.
Location of memory is not the single neurophysiological riddle which became more solvable in the light of holographic model of brain of Pribram. Another riddle is how the brain is capable to translate such avalanche of frequencies, which it perceives by various sense organs (light frequencies, audio frequencies and so on), in our concrete conception about the world. Coding and decoding of frequencies is procedures with which the hologram it copes best of all. Just as the hologram serves as some kind of lens, the sending device, capable to turn as if a senseless mash of frequencies in the concrete image, so and a brain, according to Pribram, contains such lens and uses the principles of a holography for mathematical processing of frequencies from sense organs in an i
Pribram's thought that our brain designs mathematically "solid" reality, relying on entrance frequencies, also received the experimental confirmation. It was revealed that any of our sense organs possesses the much bigger frequency range of the susceptibility, than it was supposed earlier. In particular, researchers found out that our organs of vision are susceptible to audio frequencies, that our olfaction depends on what that now is called as "osmotic frequencies" and what even cells of our body are sensitive to a wide frequency range. Such finds suggest an idea that it is work of holographic part of our consciousness which transform separate chaotic frequencies to the continuous perception. The most curious aspect of holographic model of a brain of Pribram comes to light if to compare it with the theory Bohm. Because if the visible physical density of the world – only a secondary reality, and what "there", actually is only holographic frequency setting and if a brain – too the hologram and a brain only chooses some frequencies from this set and mathematically transforms them to sensory perception, what remains on a share of objective reality?