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The structural and functional unit of any living organism is assumed to be a cell, which is an exceptionally complex system per se. When united, cells form tissues, which constitute organs, which in turn make up physiological systems (of blood circulation, respiration, digestion etc.). The human organism is a system of systems united in performing various functions. To signify such a complex system as the Man, we shall use the term «hypercomplex system» (must not be confused with a similar term from algebra). Environment and any natural objects can be treated similarly.
As is well known, the Universe consists of ultimate particles. That hypothesis was first set forth by Democritus in IV BC. However, only as late as the beginning of the 20th c. a new scientific conception appeared — quantum physics studying the processes in the ultimate particle world. In the micro-world all interactions differ fundamentally from the processes occurring in the usual macro-world described by classical physics, which treats directly measurable systems and objects. However, the nature is indivisible. Everything we see, hear and sense is but a partial manifestation of natural processes we state. Their larger portion remains beyond perception and we can become aware of it only through simulation by creating approximating algorithms of the physical objective reality.
It is opportune to note that every possible radiation of electromagnetic nature that is everywhere around us is also an 'invisible process' of interaction between ultimate particles. However, as soon as we use the necessary physical tools, registering these phenomena, we will face a whole new world of peculiar data. The question rises whether we can control it by arbitrarily simulating necessary structural combinations, without resorting to algorithms that inevitably provoke immense energy spending and in the result cause tremendous harm to the environment and naturally to the human organism. A lot of research in physics, chemistry, biology, and medicine revealed that that task can be solved through the correction of existent interactions, as well as in the form of their direct simulation. Here the so called 'super-weak interactions' come forth, which use the energy not of external sources but of ultimate particles themselves. At the same time a self-organization process occurs, characteristic of both animate and inanimate Nature.
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