Icosahedral-Dodecahedral structure of the Universe

About the time of science origin until now we have not a unified pint of view. The most widespread point of view is that the science as social institute arose in the middle of the first millennium BC in Ancient Greece where there were certain cultural and material conditions for its origin and development. However other point of view has also weighty arguments; this one removes the time of the science origin, at least, for one thousand years in past, to Ancient China, Ancient Egypt and Babylon. There are no doubts what the cultural achievements of the people of Egypt and Babylon were by the source of the latest borrowings and compounded the basis for flowering of the spiritual world of the ancient Greeks. The biography of the great Pythagor testifies this fact; he got his "scientific education" in Egypt and Babylon. Confirming continuous connection of the Egyptian and Greek culture Gerodotus notes: "Almost all names of the Greek Gods are originated from Egypt".

And just the ancient Greeks for the first time advanced the idea about the Universe as the internally discordant, harmonic whole. The main achievement of the antique thought is a disclosure of overall and omnipresent connections of the nature, relations connecting all its parts in one great whole.

From the very beginning of formation of the doctrine about harmony it became clear to the Greek philosophers, that the harmonic ratio of parts of the whole should be expressed through numerical ratio. This thought in the ancient art becomes the main thing and the greatest contribution to development of the numerical view on harmony was made Pythagoreans. Aristotle wrote about the main idea of the Pythagoreans:

"A Number is the essence of all things, and the organization of the Universe in all its definitions represents in general the harmonic system of numbers and their ratios".

About what ratios spoke Aristotle? Responding this question it is necessary to tell about two achievements of the Pythagorean science: (1) about the "Principle of multiple relations" formulated by Pythagoreans for the first time and (2) about the "division of the line segment in extreme and middle ratio" called later by the "golden section".

The number of 10 is considered by the Pythagoreans as the highest value. They called it as a "tetraxis". As is known the "tetraxis" can be presented as the sums of four first natural numbers (10 = 1 + 2 + 3 + 4) and it carried a special ideological load in the Pythagorean doctrine. The unit or "Monada" of 1, according to Pythagor, meant a spirit and all visible world follows from it. From the unit of 1 the "deuce" or the "dyad" (2 = 1 + 1) symbolized the material atom followed. By taking in itself the unit 1, the "dyad" was transformed into the "triad" (3 = 2 + 1) symbolized the alive world. The alive world (the "triad") plus the unit of 1 produces the "tetrad" (4 = 3 + 1) symbolized the Whole, that is, the visible and invisible world. As the "tetraxis" 10 = 1 + 2 + 3 + 4, it meant that it expressed by itself "Everything".

As it appeared, the internal proportions of the "teraxis" find out among many natural phenomena of the objective world, in particular, in the law of the cord oscillation. The musical row proportions constructed on this basis provided the best, harmonic consonance: the ratio of each member of the "tetraxis" to the previous one gave the "octave" (2:1), the "quinte" (3:2), the "quarto" (4:3). So, on the example of the sound wave process for the first time in the history of science the major property of all sound waves, their multiplicity, was revealed. The "Musical harmony " discovered by means of the "tetraxis" analysis was confirmed in experience with a traditional cord; in the sounds "generated" by vessels filled by water in the given proportions; in the sounds "generated" by the blacksmith's hammers of different weights etc.

A conviction in universality of the "tetraxis" principle ripened step-by-step and this prepared the basis for transferring of this model on the Cosmos.

Now about the second achievement of the Pythagorean doctrines. According to the remark of the commentator of the last issuing of Plato's works for him "all cosmic proportionality is based on the principle of the "golden or harmonic proportion". Plato's cosmology is based on the regular polyhedrons called "Platonic Solids". Each Plato's Solid symbolized some of the five "beginnings" or "elements": tetrahedron - the body of fire, octahedron - the body of air, a hexahedron (cube) - the body of the Earth, regular icosahedron - the body of water, dodecahedron - the body of the Universe.

A representation about the "through" harmony of the Universe invariably was associated with its implementation in these regular polyhedrons. And the fact that the dodecahedron, the main "cosmic" figure, was based on the golden section gave to the latter a sense of the main proportion of the Universe.

"Euclid did not intend to write the systematic tutorial on geometry. He set as a goal to write the work about the regular polyhedrons intended for the beginners by virtue of what he set forth all necessary information" - the joke of the known English geometer d'Arci Thompson, as well as any good sharpness, contains in itself a grain of true. According to Proclus, the commentator of the "Euclidean Elements", Euclid considered the methods of construction of the Platonic Solids as the "crown" of all thirteen books of the "Elements". And he placed just this major mathematical information in the concluding, thirteenth book.

Plato's cosmology became the basis of the so-called icosahedro-dodecahedral doctrine, which by red thread passes through all human science. The essence of this doctrine consists of the fact that the dodecahedron and regular icosahedron are typical forms of the nature in all its manifestations starting since cosmos and finishing by micro-cosmos.

The problem about the form of the Earth permanently took minds of scientists since the antique times. And when the hypothesis about the spherical form of the Earth got scientific grounds there arose the idea that the Earth represents by itself the dodecahedron by the form. So, already Plato wrote: "The Earth, if to look at it from above, is similar to the ball consisting of 12skin's pieces". This Plato's hypothesis found further scientific development in works of physicists, mathematicians and geologists. So, the French geologist de Bimon and the well-known mathematician Poincare considered that the form of the Earth represents by itself the deformed dodecahedron.

The Russian geologist Kislitsin also used in his researches the idea about the dodecahedral form of the Earth. He put forward the hypothesis that 400-500 millions years ago the geo-sphere of the dodecahedral form was turn into the geo-icosahedron. However, such transformation appeared not full and uncompleted. As the result the geo-dodecahedron appeared to be inscribed into the frame of the icosahedron.

In the last years the hypothesis about the icosahedro-dodecahedral form of the Earth was subjected to verification. For this purpose the scientists combined the axis of the dodecahedron with the axis of the terrestrial globe and, gyrating around of it this polyhedron, paid attention that its edges coincide with gigantic disturbances of Earth's crust. By taking then regular icosahedron as a polyhedron, they established that its edges coincide with more small-sized partitionings of Earth's crust (mountain ranges, breaks etc.). These observations confirm the hypothesis about proximity of the tectonic framework of Earth's crust with the forms of the dodecahedron and icosahedron.

The hubs of the hypothetical geo-crystal are as though centers of certain anomalies on the planet: in them all global centers of extreme atmospheric pressure, regions of the hurricanes origin are arranged; in one of the hubs of the regular icosahedron (in Gabon) the natural nuclear reactor worked 1,7 milliard years ago was found. The gigantic mineral deposits (for example, Tyumen field of oil) are dated for many hubs of the polyhedrons, anomalies an animal pattern (the lake of Baikal), centers of development of cultures of mankind (Ancient Egypt, Northern Mongolia etc.).

All these examples confirm surprising insight of Plato's intuition.

A long time it was considered, that in the inorganic nature were not used almost dodecahedron and regular icosahedron having so-called "pentagonal" symmetry axis, but the "pentagonal" symmetry axis is a constant "satellite" of life. The regular icosahedron is geometric object, which form are used by viruses, that is, the icosahedral form and pentagonal symmetry are fundamental in organization of living material.

The discovery of the quasi-crystals (based on the regular icosahedron) made in 1984 by Israeli physicist Dan Shechtman (in more details about this discovery we will tell later) became the outstanding event in modern physics, as this discovery shown that the "pentagonal" symmetry and the icosahedral form play also a fundamental role in crystallography.

The works of the American researcher Winter heading the group "Planetary Palpitations" became the quintessence of geometrical ideas about all being. He is a preacher of the ideal form, unitary "golden section", which like to the "golden chain" connects the gene and the Universe. Accepting the concept of the icosahedro-dodecahedral form of the Earth, Winter develops it further. He pays attention on the fact that the angle described by the Earth's spin axis during its precession for 26 000 years is equal to 32. It exactly is equal to that angle, under which it is necessary to incline the cube, that, gyrating it then around of the axis (with five stops) to get the dodecahedron. In Winter opinion, the power skeleton of the Earth represents by itself the dodecahedron inscribed into the icosahedron, which, in turn, is inscribed into the second dodecahedron. The geometrical ratios between the indicated polyhedrons are represented by the golden section.

Dodecahedral structure, in Winter opinion, is inherent not in only power skeleton of the Earth, but also in constitution of living material. So, during division of the ovule it is formed at first the tetrahedron from four cells, then the octahedron, the cube, and, at last, the icosahedro-dodecahedral frame of the gastrula. And at last, perhaps, it is the most important: the structure of the life genetic code represents by itself the four-dimensional development (on the time axis) of rotated dodecahedron! Thus, it appears, that all Universe from the Meta-Galaxy up to the living cell is constructed by one principle - infinitely entered each to other dodecahedron and icosahedron being among themselves in the proportion of the golden section!