Order and chaos in nature. What are the examples of transition from chaos to order and vice versa?

Living nature can be called the most vivid example of ordering and self-organization, the same can be said about the world of inanimate nature. Are there concrete examples of the transition from chaos to order and vice versa? Let's understand.

Huge World

An inanimate world, beginning with molecules and atoms and pumping by planets and galaxies, can have both an ordered system and an unordered one. The concepts of "chaos" and "order" are rather relative. They can not be absolute in nature. Physicists and mathematicians have come to the conclusion that any system of objects contains certain information. For example, color, size, distance between objects, etc. Examples of the transition from chaos to order prove the fact that in nature everything tends to order.

Examples of the transition from chaos to order

At the level of elementary particles, the desire for order always prevails, for example, provided to themselves electrons, protons and neutrons tend to find each other to form molecules. Globally, planetary debris, including any space debris, being in outer space, sooner or later capture larger entities - stars. So there are natural satellites.

Two extremes

The concept of "chaos," as it was described by ancient Greek philosophers, is a tragic image of cosmic primacy, the beginning and the end of all living and nonliving. At the same time, it is the source of any development - disorderly, omnipotent and faceless. All the basic processes in nature take place due to the natural tendency of energy to dissipate, which is accompanied by a loss of order. For example, the incandescent object is gradually cooled to ambient temperature.

Assuming that everything, even the smallest particles of the universe will not be fixed to each other and can move smoothly from place to place (whether in the theory of the Universe gaseous), then this could be proof of the desire for eternal chaos. They can be restored to their original state only by external intervention - in themselves the particles will never return to their original configuration.

Can chaos lead to order?

The desire for chaos can be shown by the example of elementary physical changes (for example, the cooling of a red-hot piece of metal), as well as the most complicated rearrangements with all possible transformations of substances. But we can give concrete examples of the transition from chaos to order. Sometimes, from almost anything, complex structures of different scale can arise. Nature, many millions of years ago, has long since decided and determined for itself where there should be order, and where there is chaos.

How does the creation of an ideal ordered system be consistent with natural laws? Everything is elementary and difficult at the same time. Order and chaos in nature live side by side in a single space. The interlacing of two opposites appears randomly, something out of the disorderly formation is born unusual, structured and orderly.

Describing vivid examples of the transition from chaos to order, it is worth mentioning about an unusual plant called "romanesco." A unique natural masterpiece, reminiscent of the surface of the shell of an ancient mollusk, is a model of an automated behavioral model, where both order and chaos work to achieve a single goal. These two inseparable philosophical categories can be called independent units. It is wonderful that the two extremes can coexist harmoniously in our vast Universe ...