|
The biological cell of any living organism is assumed to be its structural and functional unit, which in turn is an extremely complex object. United cells (cytostructure) form tissues, which constitute organs, which in turn make up physiological systems (of blood circulation, respiration, digestion etc.). The human organism represents the multilevel “system of systems” united by the performance of various functions. For a designation of the object of such complexity as the human, the term “hypercomplex system”1 is used. In the same way it is possible to consider the environment and any natural objects.
As is well known the universe consists of elementary particles. For the first time, this hypothesis was stated by Democritus in the 4th century BC. However, only in the beginning of 20th century the new scientific concept - the quantum physics studying the processes of the world of elementary particles appeared. 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 nature is indivisible. Everything that we see, hear and feel is only a partial manifestation of the natural processes that can be fixed. Most of them remain outside of perception and can be realized only by means of modelling and by creation of approximating algorithms of an objective physical reality.
It is pertinent to be aware that any radiation, having the electromagnetic nature and surrounding us everywhere, is also the “invisible process” of interactions between elementary particles. pThe question arises - whether it is possible to control it, by arbitrarily modelling the programmable-subordinated structural combinations, without resorting to the algorithms inevitably provoking huge energy expenses and, as a result, causing enormous harm to the environment and the human organism. Numerous studies in field of physics, chemistry, biology and medicine have shown that the task can be solved by the intentional correction of the occurring interactions, as well as in the form of their direct modelling. Here, the so-called “super-weak interactions” come into the arena. They use energy not from external sources, but the elementary particles themselves. Thus, the self-organizing process occurs, which is characteristic of both living and lifeless Nature.
Full version...
|
Publications