Heisenberg's uncertainty principle and its importance in the development of science

opening of Werner Heisenberg's uncertainty principl

e, which he did in 1927, became one of the most important achievements of science, which have played a fundamental role in the development of quantum mechanics, and later influenced the development of the whole of modern science.

traditional study of the universe emanated from the plant that since all the material objects that we can observe a certain behavior in a certain way, then all the others, that we can not learn with the help of sensations, too, have to behave well.If there is a certain resentment at this behavior, it qualifies as a paradox and puzzling.Such was the reaction of scientists, when they got into the microworld and faced with the phenomena that do not fit into the traditional model of understanding the world.Especially brightly this phenomenon manifested itself in the field of quantum mechanics, which addressed subjects disparate in size from those with which scientists are used to dealing before.The Heisenberg uncertainty principle, in fact, gave an answer to a question than a microcosm of the world is different from the usual us.

Newtonian physics is practically ignored the phenomenon of the knowledge of the impact of the tool on the object of knowledge, by acting on its physical properties.In the early 1920s, Werner Heisenberg, and raises this issue comes to the formula, which describes a method for measuring the degree of influence of the properties of an object, the object itself.As a result, it opened the Heisenberg uncertainty principle.Mathematical reflection he received in the theory of the uncertainty relation.The category of "uncertainty" in this concept means that the researcher does not know the exact location of the investigated particles.In its practical meaning of the Heisenberg uncertainty principle states that the more precisely the characteristics, using a device for measuring the physical properties of the object, the less will be achieved uncertainty of our ideas about these properties.For example, the Heisenberg uncertainty principle for use in the study of the microcosm allow to draw conclusions about the "zero" of uncertainty, when the impact of the tool on the object under study was negligible.

In further studies, it was found that the Heisenberg uncertainty principle relates to its content, not only the spatial coordinates and speed.Here he is just more evident.In fact, its effect is present in all parts of the system, which we are studying.This conclusion makes it possible to make a few comments on the actions of the Heisenberg principle.Firstly, this principle implies that the exact same set of objects can not be spatial parameters.Secondly, this property is - objectively and does not depend on the person who carries out the measurement.

These findings became a powerful impetus for the development of management theories in various fields of human activity, where the main subject of study, usually performs the notorious "human factor".In this was manifested the social significance of the discovery of Heisenberg.

Modern scientific and pseudo-scientific debate on the principles of uncertainty suggest that if they say, the role of man in the knowledge of the microworld is limited, and it can not actively influence it, it is not this evidence that human consciousness is connectedsomehow a "higher intelligence" (the theory of the "New Era").These conclusions are not possible to recognize the serious, because they initially misunderstood the principle.According to Heisenberg, especially in its opening it is not a fact of human presence, but the fact of the influence of the instrument on the subject of study.

Heisenberg principle today is one of the most consumed methodological tools used in various fields of knowledge.