While it is too early to talk about the onset of the golden age of mankind, there are still many developments, the appearance of which is only planned. Some of them will be discussed further.
Biocomputer - a new facet of the future
At the end of August 2015, in one of the most authoritative journals of the scientific world "Science", an article appeared with the results of the study, which created a lot of noise not only in the scientific world, but also among the inhabitants. An international team of scientists led by Matthew Bennett, a professor at Rice University in Houston (USA), managed to create the first prototype of a biocomputer. Several strains of bacteria coli, interacting with each other, imitate the processes occurring in the human body. Of course, for you and me, this study may seem insignificant, but for scientists, this is another step towards the development of computational biotechnologies.
Here a logical question arises: why did we give up these biocomputers, because we manage just fine without them? There are several answers.
1. "Moore's Law"
In 1965, Gorodon Moore (one of the founders of Intel) announced the law: "Every 24 months, the number of transistors on a microprocessor doubles." Based on it, it can be calculated that by 2060, while maintaining the current size of computers and processors, the size of a transistor will be equal to the size of an atom, which is virtually impossible. Thus, he predicted a halt in technical progress, but the development of a biocomputer would make it possible to bypass this law. For example, according to preliminary calculations, by 2020 the total amount of information accumulated by mankind will reach 40,000 exabytes. This is about 5000 gigabytes of information per person, taking into account newborns and the elderly (a modern home stores from 500 to 2000 gigabytes). At the same time, all this information can fit on just 100 grams of DNA.
2. Impossibility of calculations
Unfortunately, modern computers cannot perform some types of calculations, or they require too much a large number of resources and time. Biocomputers have a completely different approach, allowing hitherto impossible tasks to be solved.
According to Professor Matthew Bennett, already mentioned above, biocomputing has gone much further than it might seem at first glance. “The creation of fundamentally new computing systems, without exaggeration, is a matter of national importance, and many developments are not made public,” says Matthew in his interview. The fact that research results are not in a hurry to leave the laboratories is also evidenced by the fact that DARPA (Advanced research projects in the field of defense (USA)) pay great attention to developments in the field of biocomputing. Huge amounts of money are allocated annually for these purposes, and every year they increase, which means that there are successful developments in this direction. In addition to the state, large corporations, such as Autodesk, Raytheon, Lockheed Martin, etc., are also interested in developing a new type of computer. The chances that in 2016 they can introduce a desktop PC with a “bioprocessor” are, of course, small, but it is completely excluded not worth it. In the comments, you can express your opinion on this matter.
Augmented reality - now I see everything and even more
Unlike biocomputers, devices with augmented reality are not the near future, but the present. Already in the first quarter of 2016, the sensational HoloLens from Microsoft will appear on store shelves - glasses that expand reality. Undoubtedly, many readers have already had a number of questions: “What are the advantages of HoloLens?”, “Why is another “reality” needed, and what does it even mean? I will try to answer these and other questions in order.
Using Augmented Reality in Practice
In films, you can often see how various information enters the glasses or eyes of the characters in the form of graphs, tables, maps and other graphic elements that help them in solving certain problems. In most cases, all these images are superimposed on top of what the hero sees, thereby completing what he saw. For example, when looking at a mountain, a hint pops up about its height, size, air temperature at the foot and at the top, and other parameters. In fact, these hints are an additional reality that allows you to expand the scope of the information received. The "HoloLens" mentioned above will allow you to work with 3D models and graphics using gestures and voice commands. The company also declares the possibility of using this device to control rovers. It is enough to watch the presentation video to marvel at the scale of this device. https://youtu.be/D0mDhIRmvK8
In addition, Google's "long-term construction" is on the way - the sensational Google Glass, which promises to bypass Microsoft's brainchild in terms of functionality and capabilities.
Rotten eggs and flying cars - what is the connection between them?
Everyone is familiar with fantastic stories about cities floating in the sky, flying cars and motorcycles, they may soon become a reality. At the beginning of August 2015, another stunning discovery was made - a superconductor capable of functioning at terrestrial temperatures. Until that time, all known superconductors could fully operate only at -196°C. But an international group of scientists from the Max Planck Institute of Chemistry (Germany), led by Mikhail Yeremets, discovered the superconducting properties of hydrogen sulfide (it is this gas that is responsible for the specific smell of rotten eggs) at a temperature of -70 ° C, and this is the temperature of some areas of Antarctica. At -70, hydrogen sulfide crystallizes, turning into a metal and acquiring superconductivity. Now Yeremets' team is working on the creation of superconductors capable of functioning even at room temperature.
What will the discovery mean for humanity?
Options for the use of materials with superconductivity (zero resistance electric current), a lot, from the creation of levitating aircraft, which are based on powerful magnetic vortices, to "eternal" phones. Now the development of superconducting technologies is limited to low temperatures, at which one or another material acquires zero resistance. Often, the cost of cooling does not pay off, but nevertheless, such materials are being introduced into our lives. In 2008, a power line using superconductors was opened in New York. The launch of the first thermonuclear reactor with their use is also close. But while the production technology is very expensive for mass use. Although 2016 can bring a lot of interesting things in this regard.
In the 60s of the 20th century, after the creation of the first computer, consciousness began to be considered as a property of an electrocolloid computer (biocomputer) simulating the human brain. How does a biocomputer work?
The substance of the brain is an electrocolloid suspension. Surface tension, acting in any colloidal substance, pulls the molecules together, forming a so-called gel. On the other hand, colloids repel each other in the sol state due to their electric charges one sign.
The "gel-sol" equilibrium maintains the existence of a colloidal suspension and thanks to this, life continues. Any excessive deviation to one side or the other - and life stops. Any Chemical substance, which enters the brain, violates this balance, respectively, influencing consciousness.
It is possible to radiesthetically check the electrophysiological state of the brain by asking the subconscious mind: The degree of violation of the electrophysiological function of the brain? The answer according to fig. 12.
If > 0, then the underlying cause is found, identified and eliminated by the vibrational series. And then the question is asked: Degree of sufficiency? Answer according to Fig.12.
If not enough, various means are involved (herbs, homeopathy, careful selection of nutrition, medicines, etc.) (see Fig. 39) or an additional vibration series is compiled that restores the electrophysiological function of the brain.
It is known that a general-purpose computer is an electronic machine that the operator, with the help of special commands, can transfer to any state available to her under any acceptable initial conditions. All types of machine behavior are under the control of the operator. The program, together with the machine, forms a system that can move from one state to another, and this can be considered as behavior. This generalization largely main problem brain in the part that affects its objective behavior.
Every computer has two parts known as hardware and software (information is included in the software).
The hardware of a conventional (solid-state) computer is real, localized in space and consists of a processor, monitor, keyboard, disk drives, etc.
Speaking of the human brain as a biocomputer, the location of the hardware is inside the skull.
Software consists of programs that can exist in various forms, including the completely abstract. The program can be "in" the computer - that is, it can be recorded in the processor or on a magnetic disk inserted into the computer. It can also exist on a piece of paper if the program entry is left there, or in the user's manual if that program is standard; in this case it is not "in" the computer, but can be entered "into" it at any time. But the program can be even more immaterial - it can only exist in a person's head (if he has not written it down yet or has already used and erased it).
Speaking of the human brain as an electrocolloid computer, we can say that the software that is in the human brain also exists outside of it, for example, in the form of a book that he read many years ago, a conversation with teachers, parents, and everything that when either passed through his brain.
If consciousness were only an indecipherable mixture of timeless and spaceless software, we would have no individuality, no center "I".
How does an individual emerge from this global ocean of software?
Since the human brain, like the brains of all animals, operates on the principle of an electrocolloid rather than a solid-state computer, it obeys the same laws as the brain of any other animal. This means that the program in the form of electrochemical bonds is introduced into it discretely.
Each set of programs consists of four main parts:
1. Genetic imperatives. Absolutely hard-coded programs, or "instincts".
2. Imprints. More or less rigidly set programs that the brain is genetically obliged to accept only at certain moments of its development, known in ethology as moments of imprint vulnerability.
3. Air conditioning. Programs superimposed on imprints. They are set less rigidly and can be easily changed by counterconditioning.
4. Training. Even freer and "softer" programs than air conditioning.
As a rule, the initial imprint is always stronger than any subsequent conditioning or training.
An imprint is a kind of software that is inextricably merged with hardware, imprinted on neurons at the moment of their special accessibility and vulnerability.
Imprints (software fixed in hardware) are an integral part of our identity. In the infinity of possible programs that are potential software, the imprint sets limits, defines the parameters within which all further conditioning and learning takes place.
The last century marked the strongest leap in the development of mankind. Having passed the difficult path from the primer to the Internet, people have not been able to unravel main riddle, tormenting the minds of the great for more than one hundred years, namely, how does the human brain work and what is capable of?
Until now, this organ remains the most poorly studied, and it was he who made a person what he is now - the highest level evolution. The brain, continuing to keep its secrets and mysteries, continues to determine the activity and consciousness of a person at every stage of his life. So far, no modern scientist has been able to unravel all the possibilities that he is capable of. That is why a large number of myths and unsubstantiated hypotheses are concentrated around one of the main organs of our body. This can only indicate that the hidden potential human brain only to be studied, but for now his abilities go beyond the boundaries of already established ideas about his work.
Photo: Pixabay/geralt Brain device
This organ consists of a huge number of connections that create a stable interaction of cells and processes. Scientists suggest that if this connection is presented as a straight line, its length will be eight times the distance to the moon.
The mass fraction of this organ in the total body weight is no more than 2%, and its weight varies between 1019-1960 grams. From the moment of birth until the last breath of man, he leads continuous activity. Therefore, it needs to absorb 21% of all oxygen that constantly enters the human body. Scientists have compiled an approximate picture of the assimilation of information by the brain: its memory can contain from 3 to 100 terabytes, while the memory of a modern computer this moment upgraded to 20 terabytes.
The most common myths about the human biological computer
The neural tissues of the brain die during the life of the organism, and new ones are not formed. This is a fallacy, the absurdity of which was proved by Elizabeth Goode. Nervous tissue and neurons are constantly updated, and new connections come to replace the dead. Studies have confirmed that in the foci of cells destroyed by a stroke, the human body is able to "build up" new material.
The human brain is open only by 5-10%, all other possibilities are not involved. Some scientists explained this by the fact that nature, having created such a complex and developed mechanism, came up with a protective system for it, protecting the organ from excessive load. This is wrong. It is reliably known that the brain during any human activity is 100% involved, just at the time of any action, its individual parts react in turn.
Superpowers. What can surprise the human mind?
Some people who do not outwardly show signs of having incredible abilities may have truly incredible abilities. They do not appear in everyone, but scientists say that regular enhanced brain training can develop superpowers. Although the secret of "selection" of people who may have the right to be called a genius has not yet been revealed. Someone knows how to competently get out of difficult situations, someone on a subconscious level anticipates the approaching danger. But more interesting from the point of view of science are the following superpowers:
- The ability to perform mathematical operations of any complexity without the help of a calculator and calculations on paper;
- The ability to create ingenious creations;
- photographic memory;
- Speed reading;
- Psychic abilities.
Amazing cases of revealing the unique abilities of the human brain
Throughout the history of human existence, a large number of stories have appeared confirming the fact that the human brain can have hidden abilities, adapt to changing situations and shift certain functions from the affected department to the healthy part.
sonar vision. This ability is usually developed after loss of vision. Daniel Kish has mastered the technique of echolocation inherent in bats. The sounds he makes, such as clicking his tongue or his fingers, help him walk without a cane.
Mnemonics- a unique technique that allows you to perceive and remember any amount of information, regardless of its nature. Many people master it in adulthood, and for the American Kim Peak, this is an innate gift.
gift of foresight. Some people claim to be able to see the future. At the moment, this fact has not been fully proven, but history knows many people whom such an ability has glorified throughout the world.
Phenomena that the human brain is capable of
Carlos Rodriguez lost more than 59% of his brain at the age of 14 after the accident, but still lives a completely normal life.
Yakov Tsiperovich, after clinical death and a week's stay in a coma, stopped sleeping, eats little and does not age. Three decades have passed since then, and he is still young.
Fenias Gage was horribly injured in the middle of the 19th century. A thick crowbar went through his head, depriving him of a good part of his brain. The medicine of those years was not sufficiently advanced, and the doctors foreshadowed his imminent death. However, the man not only did not die, but also retained his memory and clarity of consciousness.
The human brain, like its body, needs to be subjected to constant exercise. It can be both complex, specially designed programs, as well as reading books, solving puzzles and logical tasks. At the same time, one should not forget about the saturation of this organ with nutrients. For example, HeadBooster http://hudeemz.com/headbooster has big amount those. But still, only constant training allows the brain to constantly develop and increase its capabilities.
What is a biological system?
biological system is a living structure that exists in a habitat defined for it, having the ability to exchange substances and energy, as well as protect the exchange and copying of information, which determines its functions and the possibility of improving the ways of interacting with the environment in order to preserve and transmit information about itself.
The structure of the biological system "cell":
1. Information block- information code, written in the form DNA molecules,
RNA. By analogy with computer program- is the "embodied Word" that determines the functions and parameters of the system. Its authorship belongs to the Creator, the Source of life, the Creator of everything visible and invisible - God.
2. Energy Block- programmed opportunities for obtaining, converting and consuming energy (energy circulation). Energy is the force necessary to maintain the vital activity of the structural elements of the system and activate their functions. Or, energy is a quantitative measure of the interaction of all types of matter and information, causing a change in their state or structure.
3. MPT block(matter, flesh, body) - an external manifestation of the information code. Its functions are protection, preservation, exchange of information. It is a matrix for storing and copying information. It includes: membranes, enzymes, membrane receptors, membrane transport channels, biologically active substances(BAV).
The main tasks of the biological system "cell": the preservation, exchange, copying of information contained in it.
To perform its tasks, primarily copying, the system must enter and be in a certain environment that provides it with an adequate supply of substances and energy to its needs.
To regulate the processes that ensure the preservation, exchange and copying of information, the receptor-mediator principle is used.
Receptor-mediator principle
Receptor - (from lat. recipere - to receive) any information and energy material system or a structure (IEM system, structure) that perceives information and changes its state or structure in a certain way as a result of the action of a mediator.
Mediator - (intermediary, transmitter) any IEM system or structure designed to transmit certain information for the receptor.
We know about different levels organization of IEM systems and structures is - atom, molecule, complex molecule, substance, virus, cell, tissue, organ, organism, collective, nation, state, planet earth, solar system, galaxy, universe.
Different levels of organization of IEM systems or structures have their own mechanisms of receptor-mediator interaction. This also applies to inter-level interaction.
The study of these mechanisms, as well as the search for mediators for receptors and the description of the responses (changes in state or structure) of the IEM of systems or structures are the tasks of scientists.
Types of interaction between the receptor and the mediator
1. A certain mediator acts on a certain receptor of the biological system, which leads to a certain response.
2. A certain mediator acts on receptors that determine different responses of the biological system.
3. Several mediators act on a specific receptor in the biological system, leading to a specific response.
4. Several mediators act on a specific receptor, which leads to different responses of the biological system (interaction characteristic of complex biological systems).
The result of the interaction of the mediator and the receptor is a change in the state or structure of the system.
The state of physiological rest- this is a state in which a biological system is in its habitat and performs its tasks without going beyond the average statistical data of its functional activity.
The main mechanisms of regulation of the state of the biological system
1. Change in the amount of mediator or receptor (increase, decrease)
2. Changing the quality of a mediator or receptor by changing their structure (strengthening, weakening, destruction) and, as a result, changing their connection and information transfer.
In a biological system, any IEM structure can be both a receptor for some IEM structures and a mediator for others. Control over the regulation of a certain state of the system can be achieved when we know the methods of influence that change the quantity and quality of the mediator and receptor responsible for this state.
Possibilities of changing the state of the cell
The only possibility to change the state and structure of the biological system "Cell"
is to change mediator action environment a habitat.
A change in the environment that provides the supply of substances, energy and information (water or liquid, air or gases, earth or organic and inorganic chemical elements, temperature, physical fields, radiation, pressure) leads to a change in the state or structure of the cell.
Cell structures that change as a result of environmental changes.
1. Molecules of DNA, RNA (source of information about the cell and copying).
2. Cell membranes and organelles (protection of the cell and internal environment).
3. Enzymes (regulators of the rate of metabolism, energy, information in the cell).
4. Membrane receptors (perceive information for the cell).
5. Transport channels of membranes (gates of entry and exit of substances, energy and information).
6. Biologically active substances (mediators - cell products designed to transmit information to the external and internal environment).
A change in the quality and quantity of any of these structures in the right direction occurs due to a certain change in the flow of liquid, gas, organic or inorganic chemical elements, changes in temperature, physical fields, radiation, pressure.
- How did you, a former military doctor, an organizer with great experience, come to the theoretical problem of the structure of a living thing?
Each of us in our thoughts has repeatedly turned to this topic, often doubting the justice hypothesesspontaneous appearance of living And theories of evolution. Forever preserved a feeling of amazement at the "mind" of the computer after getting acquainted with its device and work. A storm of thoughts was generated by the study of the human genome and other organisms, which did not materialize. sensations, forecasts And paradoxes. Impression, having merged, they inspired me to read biology again, then computer science, search available space everything that concerned genetics, genomics, genes. soon realized , What cell and computer work on the basis of common information rules.
But it must be proven!
Certainly. First, using comparisons and analogies, I made sure that the cell has a structure typical for computers. The membrane, like a computer case, protects the internal contents of the cell from external influences and serves as a place for connecting input-output devices, the role of which is performed by receptors. The function of the mother board is carried out by the cytoplasm, holding the cell organelles in the desired position and linking them together. And here is the "heart" of the cell - the nucleus, chromosomes, genes, DNA thread in pro-karyotes, which perform the main function of processing information, storing long-term and operative memory, like a hard drive in a technical computer. Similar to portable information carriers - hard and floppy disks, mobile carriers work intensively in the cell - these are RNA, proteins, prions. Distinctive feature any information machine is watch availability And energy source. In the cell, the number of divisions and time count telomeres, and mitochondria provide energy in the form of ATP. Molecular electronics has outstripped the biological branches of science, confirming the previously predicted miniaturization of computers, the possibility of using, due to its structure and properties, many organic molecules, including DNA, as transistors, triggers, logical elements and creation based on them information machines. Laboratory Options organic computer exist, software also mandatory for them.
What other facts testify to the informational component of cells?
It seems to me that the most weighty argument is genomic paradox, manifestations of which still cannot be explained by traditional methods. It turned out that gene structure does not always determine their properties. The provisions "gene - sign", "gene - function", "gene - disease". The same gene on different stages organism development can perform different functions. In the gene network gene function may differ from functions studied in isolation. There are many genes that are "silent", their properties are not known. Shared genes can control development different options cells. The human and Drosophila genes produce the same signal - a protein ligand for mesoderm cells, controlling the formation of fly wings and human paired limbs. Initial stages myogenesis is carried out by a set of genes common in Drosophila, lower and higher animals and mammals, including humans. The number and organization of HOX genes on chromosomes are the same in almost all mammals. The same gene can encode several proteins, and several genes can correspond to the same protein variant. DNA - duplications, what role do they play and why do the genomes of chimpanzees and humans differ so much on this basis? In your review ("MG", No. 77 - 10/5/2005, p. 14) it is noted that in humans and chimpanzees the same genes are found in different organs different activities. This through various programs, which determine significant differences between biological species. Now about the paradoxical number of genes and "extra DNA" in different species. In a nematode (about 1 mm in size), genes 19903, in fish puffer (about 10 cm) - 33609, rats approximately 25,000 and human- 30000; respectively, non-coding DNA ("extra, selfish, junk") in% - 25, 16, 75, 97. The higher the organized organism, the fewer genes in its genome and the more non-coding part of the nucleotides, the more complex processes, the fewer genes are required to ensure life. And, of course, according to the genomes, no evolutionary series is observed in the development of organisms.
In the "junk" part of DNA, there are many identical repeating sequences of nucleotides. Is there any informational value here?
Assumption based on development information technologies, appropriate. Now it is shown that if on one integrated circuit stamped microprocessors, places for information storage and other elements computer designs, then its performance with a reduction in size increases significantly. No need to "go" far for information, spend extra energy. Huge information space DNA requires genes to concentrate their processors to work with information, places for her storage,operational and long-term memory, which would provide both serial and parallel work on the analysis of the incoming information and development of response decisions And commands. This achieves performance and redundancy in case of " freelance" situations. It is possible that nucleotide repeats and DNA duplications are somehow specialized for information functions.
And what are the essential differences between biological computers and technical ones?
- High reliability due to stability organic compounds and the presence multilevel protection systems from media damage and distortion of one's own information. DNA is the most resistant to smoldering molecule, and apoptosis is the most effective defense mechanism. Huge performance, calculated in trillions of operations per second. organic molecules able to instantly change their state under the influence laser, visible parts of the light spectrum, sound, radio waves. It is probably no coincidence that the twenty amino acids involved in the construction of proteins are "left" in living, when the position of the amino group in the carbon chain changes, they can access the function of the binary system of calculation. Some of the molecules can generate laser shots, perform the functions of chromatophores, light-emitting diodes, and signal converters. Genomes glow, make sounds, generate radio waves certain ranges that are registered by devices. The above reasoning made it possible to give a unicellular organism and a cell information definition. These are organic closed information machines working on the basis of a complex software, determining their structural and functional organization, species affiliation, target mechanisms homeostasis, reproduction of their own kind, With autonomous power supply And time counter. I avoid the term electronic computer, because in the cell when processing information electron flow not used and it is not computing, A logical car.
But I met the term "biocomputer" long before your publication.
Yes, but in very loose interpretations. Everything that does not fit into the above definition is not a biocomputer, including viruses. At the dawn of the computer age highly organized organisms were called biocomputers. Then representatives of certain professions considered a computer brain, with the development of genetics and genomics - they switched to the genome, they even talked about DNA computers. Today specialists, exploring information properties of water, call her " living biocomputer". Water, although mandatory, but only component biological computer. In cells where information processes prevail, in particular in neurons, water up to 90%, in hair And nails it is only 8-10%.
But what about organisms or brain ?
But multicellular organisms are made up of biocomputers, arranged and united according to the principles information network.
But how do biological computers, components organism ?
The product of the information age comes to the rescue again - the man-made global information network Internet. The main condition for the functioning of the network is compatibility all computers By technical parameters And software. In every organism, the cells are identical in structure and have exactly the same software. The exception is erythrocytes, they do not have a nucleus and deprived of information functions. The network also needs a mechanism to maintain order and organization, which is provided by a series of technologies and protocols Internet. Let's name only some of them. Transmission Control Protocol (TCR) - you won't be logged in, Not registering with a provider.Protocols unified information web- in live like protocols And programs should be much larger considering complexity, process versatility and quantity constituting a network biological computers. Human it's 14 trillion biocomputers, one and a half times more than stars in two galaxies put together - milky way And Andromeda Nebulae. main feature Internet - This servers at different sites in the network. These are the same computers, only intended to service other computers. They, having their programs, resemble neurons with their amazing functionality. Humans have 20 billion of them. The higher organism is organized the higher functional possibilities neurons. For example, in a nematode, each neuron per 5 somatic cells human for 5000. Modem with the corresponding program allow access to the network, exercise remote connection,file upload from a computer to the network and back - from the network V computer, provide registration, protocol change and other functions. Undoubtedly, this is an analogue of synapses, which provide contacts between cells. Information system person for today pinnacle of technology . Internet in comparison with it is in an embryonic state, its age about 40 years old. The main difference is a huge difference in the number and power of the components computers, By difficulties, layering And diversity programs. It is believed that for the development of information networks there is only two restrictions : computer speed And throughput channels connecting them. So development prospects for the Internet huge. But today none of the computers, neither Information system created by man, unable to repeat work biological computer and the simplest multicellular organism.
What are main conclusions from your reasoning?
It is forbidden to know the living without studying its informational component, it is also futile to look for living things and vital activity outside the cell. Informational component alive unchanged, genomes of organisms stable And have multiple protections. Variation in genomes and programs would threaten death not only individuals, but also species. Evolution how it interprets classical biology, could not be mutations are not inherited, A " are being treated"information system of living . All organisms do not adapt, but resist environmental factors and are capable of learning from their own experience. Both organisms and their reproductive capabilities were programmed, created, emerged simultaneously. This is one of the many predictive target cyclical processes inherent in living things. The eternal problem" Chicken" And " eggs"simply doesn't exist. Development pace information technologies , especially molecular electronics, surprise - for 60 years from computer rooms to molecular computer. Scientists are surprised by the short time intervals by evolutionary standards, during which species, inexplicable mutations. By creating information devices, h humanity, perhaps, repeats already by someone passed th way .Information component as the basis of every living organism exists! However, today there is no branch of knowledge, the methodology, goals and methods of research of which could be found key to the information part And information processes alive. It's time to treat a very common chronic disease of civilization - "flux " one-sidedness narrow specialists! We need information biology as a new integration science that would incorporate modern informational, technical, biological, medical knowledge, achievementsphysics, chemistry and set the task to know the information essence of the living . Here lies the most secret of secrets And the most mysterious of the mysteries of the device of our world!
By creating information devices, h humanity, perhaps, repeats already by someonedistance traveled ........
It has been reliably established that the human body reacts both to changes in the natural magnetic field, and on the impact of electromagnetic radiation from various and numerous anthropogenic sources, leading to pronounced changes in health status and genetic consequences.
body che l veka carries out its activities through a number of complex processes and mechanisms, including the use of intra- and extracellular electromagnetic information and, accordingly, th bioelectric regulation.
Information is fluctuations, that is, an invisible force field, which, among other things, contains a plan for the construction of a biosystem, determining its shape. Information energy is very weak, but it is characterized by a certain combination of frequencies - specific information that can be perceived only by those structures that vibrate at the same wavelength, and therefore enter into resonance with it.
Back in 1942, S.Ya. Turygin discovered human radiation in the microwave ranges, and P.I. Gulyaev and co-authors registered a low-frequency electromagnetic field. IN last years there are more and more supporters of the theory, according to which electromagnetic fields in biological systems play a regulatory and informational role. In particular, P.P. Goryaev suggests that low-power fields are probably a wave genetic information channel that connects the genomes of individual cells of the body into an integral continuum that works like a biocomputer.
Cells communicate a variety of information to each other, including essential, non-negotiable orders. Having received such an order, the cell instantly rearranges its work: it stops synthesizing one thing, and begins to produce another in a larger or smaller volume. Moreover, in the presence of such an order, the cell does not evaluate its expediency, but only fulfills the task.
What happens to a cell if it receives dozens of mutually exclusive, conflicting instructions at the same time...
Right. Failure of the program of our biocomputer.
This is how our cells react when we are in a space for a long time, where several devices are operating that create electromagnetic fields.
A magnetic storm of great intensity is the effect that this situation can create.
What happens to a person caught in a magnetic storm is well known to many. Pressure surges, headaches, disorders in the work of the cardiovascular system.
And all this is just the visible tip of the iceberg. Because the most serious processes, up to irreversible ones, occur inside the cells.
Obviously, EMF (electromagnetic fields) affect any vital processes in the cells of our body. This means that they also affect the systems responsible for aging: genetic apparatus cells, protein synthesis, energy transfer and use, the state of cell membranes, etc.
And electromagnetic radiation, arising from sources created by man, represent a real intervention in the life of the cell and its "well-being".
As a result, there is a violation of the functions of cells, their number in tissues and organs decreases, the “understanding” of each other worsens, without which the normal functioning of the body as a whole is inconceivable.
This endows the electromagnetic factor with destructive power, regardless of the power of the impact that accelerates aging.
Unfortunately, the cells of our body are able to "remember" the effects of EMF. Therefore, the biological effects of the influence of electromagnetic fields "tend" to accumulate, leading to degenerative processes in nervous system, leukemia, hormonal disorders and oncological consequences.
Man is a complex electromagnetic system operating in various frequency ranges:
1. Basic frequencies - 7.8 and 14.1 Hz, frequencies of alpha and beta brain rhythms. They practically coincide with the fluctuations of the Earth's magnetic field discovered by the German physicist W. Schumann. Thus, in the process of evolution, nature protected a person from failures of biorhythms, resonating with them and, like a tuning fork, synchronizing them with the Earth's electromagnetic field. However, the frequencies given by nature under the influence of “electromagnetic pollution of the environment” cause a “failure” of the program. So with an increase in frequency above 8 Hz, the pineal gland ceases to synchronize the work of the left and right hemispheres, control over the subcortex fails, and as a result,
production of male and female hormones. The production of the hormone melatonin is disrupted, which provokes breast cancer.
2. Supporting frequencies - 750-850 Hz.
According to some authors, electromagnetic radiation at these frequencies is dangerous for the human body, since they coincide with the frequencies of its energy centers. The frequencies of the field of individual organons were determined. For example, for the heart it is 700 - 800 Hz with an increase in angina up to 1500 Hz, for the kidneys - 600 - 700 Hz with an increase in inflammation up to 900 Hz, for the liver - 300 - 400 Hz with an increase in inflammation up to 600 Hz. It has been established that in oncological diseases, the frequencies change to a lower region.
3. Frequencies of energy-information (EI) cell exchange - 40-70
I Hz, (GHz - billion oscillations per second), one of the most important
for human frequencies. In the center "Polytech", it was proved that each
the human organ has its own frequency. Thus, the presence of electricity
magnetic fields that differ from this frequency, enhances or slows down metabolic processes in the body.
A stable (steady) signal from biological objects (cells, systems, organs) was called biologically significant or a signal that provides informational homeostasis.
Energy-informational exchange characterizes the relative dynamic constancy of the internal environment (blood, lymph, tissue fluid) and the stability of the basic physiological functions (circulation, respiration, metabolism, etc.) of the human body.
Interaction within the body by complex, regulatory, coordinating and correlating mechanisms involving nervous, humoral, metabolic and electromagnetic fields at extremely high frequencies generated by cells.
Cells, communicating with each other at frequencies of 40-70 GHz, form a common torsion field, which attracts and orients them in a certain position in space, creating various cellular
associations: organs, bones, muscles, etc. The general torsion field of a person is usually called ethereal. According to academician V.P. Kaziacheev, the field form of a living organism is primary, organizing, and the molecular protein-nucleic essence is only a consequence of this organization. Therefore, violations at the level of energy-information exchange of cells lead to violations at the physical level. Dr. Harold Burr from Yale University discovered that the weakening of the vital field precedes the disease, which means that computer diagnostics of the biofield is able to assess the state of human health, make a prediction, i.e. anticipate disease and take preventive measures to prevent deterioration of health.
In this regard, the technogenic electromagnetic habitat can actually be considered as a source of interference in relation to life. On the scale of evolutionary progress, the colossal increase in EMF intensity can be viewed as a one-time jump with biological consequences that are difficult to predict.
