The ancient Greeks called the greatest of the teachers of mankind Hermes Trismegistus (Hermes the Three Times Greatest). The ancient Egyptians, whom he taught to read and write, laws and religion, deified him and identified him with the god Thoth.
Judging by legends, Hermes possessed many secrets of the world of people, heaven and hell. He passed on the knowledge collected in forty-two books to people. Only fragments of two of them have survived. And the most important part of his behests was set forth on emerald plates - emerald tablets.
For researchers, the most interesting is the famous formula of Hermes, allegedly containing the greatest secret of the world:
“This is truth, perfect truth and nothing but truth. What is above is similar to what is below. What is below is similar to what is above. This knowledge alone is enough to work miracles."
This is how the ancient Egyptians portrayed Thoth - an obvious alien
People have guessed for a long time that each physical body consists of homogeneous tiny particles of matter. Even Democritus (V-IV centuries BC) believed that atoms, these tiny indivisible particles, are carried in empty infinite space. But what is their shape, what properties they possess, it was unclear for a very long time.
Only in 1908 - 1911. Ernest Rutherford set up epoch-making experiments that proved that the atom is strikingly empty - a dense nucleus occupies a completely insignificant part of the volume of an atom - one quadrillion. In accordance with the planetary model of the atom developed on the basis of these experiments, a dense heavy core, like the sun, is located in the center of an atom, and small light electrons rush around it in closed orbits, like planets.
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Astronomers have also made good progress in studying the world. Galileo Galilei built the first telescope and discovered the moons of Jupiter, and now astronomers have learned to measure distances to stars and have increased the sensitivity of their instruments so that objects located far beyond our Milky Way galaxy have become available for observation. It turned out that there are many other galaxies there, and they are not uniformly scattered in space, but collected in clusters. Many clusters are collected into superclusters with a cellular structure.
Formula of God Thoth
I wonder how the sizes of objects in the microcosm, much smaller than a person, and objects in the macrocosm, much larger than him, correlate? Due to the huge difference in their sizes, we will not compare the absolute values in meters, but only their orders, i.e. decimal exponents. Planet Earth has a diameter of about 10 million meters, i.e. 10 to the seventh power.
Thus, the order of the size of our planet is equal to plus 7. It is still known about the size of the electron that its order does not exceed minus 18. So their sizes differ at least by 25 orders of magnitude. The size of the nucleus of a light atom differs from the size of the Sun by 23-24 orders of magnitude.
The sizes of such pairs of structural elements of the microworld and macroworld differ by 27-28 orders of magnitude: a complex organic molecule - a galaxy, mitochondria (part of a biological cell) - a galaxy cluster, a living cell - a supercluster of galaxies. We can say that the sizes of all these pairs have a similarity coefficient lying in the range of 23-28 orders of magnitude (the scatter of ratios includes the natural scatter of the sizes of objects and the errors in their measurements). Let us denote the average value of this coefficient, close to 10 to the 26th power, by the symbol T in honor of the Egyptian god Thoth. With this coefficient (T = 1026), the three-dimensional spatial characteristics of the microcosm are similar to the same characteristics of the macrocosm.
So in the Middle Ages they tried to portray the essence of the Thoth-Hermes formula
Interestingly, what are the ratios of the time scales of the micro and macro world? The Earth makes one revolution around the Sun in 32 million seconds, and an electron in a low orbit makes about 10 billion revolutions around the nucleus in a microsecond, which gives a difference of 23-24 orders of magnitude. It turns out that the macrocosm and the microcosm have more in common than three-dimensional spatial similarity, namely four-dimensional - space-time. How many times the sizes of objects change during the transition from the microworld to the macrocosm, the same rate of time changes.
If we could miraculously move from our planet to the third electron of some atom, then we would not notice significant changes either in the length of the year or in the angular size of the star. The density of stars in the night sky would also be the same, only the view of the constellations would be completely different. Probably the length of the day, determined by the electron spin, would be similar to the usual terrestrial.
On this basis, the famous formula of Hermes can be clarified: “What is above is similar to what is below. What is below is similar to what is above. The coefficient of similarity of space-time above and below is close to 10 to 26 degrees.
Miracles are possible
The question arises: what, there are only three levels in the world - the world of stars, our earthly world and the world of atoms? If this were so, then the picture of the sky, which can be observed from the level of the stars, would not be similar to the one that we observe - there would be no stars in its sky. But Hermes did not impose any restrictions on the operation of his formula. Then it turns out that the world according to Hermes is made up of an infinite number of levels, both up and down in relation to our level. And all the neighboring levels of the world are similar to each other.
Hermes supplemented his famous formula with the words: "This knowledge alone is enough to work miracles." What miracles are possible if we learn its wonderful formula? Maybe miracles similar to those that occurred during the transition from illumination with a torch to an electric lamp when mastering electricity, or during the transition from alchemical enumeration of various mixtures to the use of the periodic table in the chemical industry?
Previously, the concept of "matter" included only matter (things, stars, etc.), in our time, this concept includes fields (gravitational, electromagnetic, etc.). According to Rutherford, matter is concentrated mainly in the nuclei of atoms, which occupy approximately one quadrillion part of the volume of an atom. The rest of the volume is mostly filled with fields. But according to Hermes, the nuclei of atoms themselves consist of microatoms, in which matter occupies the same part of the volume, etc. Obviously, with an infinite number of levels in the world, there is no room for matter at all.
At one time, physicists introduced the concept of phlogiston to explain the combustion process, and then they abandoned this false concept, having understood the true cause of combustion. So in the case of the validity of the formula of Hermes, you will have to abandon the concept of matter. Then it turns out that the world is made exclusively of fields and the whole variety of its objects, including man, is determined by the different configuration of these fields. And it also follows from all this that there is no wave-particle dualism in physics, but there is only wave monism.
It is appropriate here to recall that at one time Rene Descartes argued that the whole world is made up of only vortices of corpuscles. But if Hermes's formula is correct and matter consists only of fields, then Descartes's idea can be expressed as follows: the world consists of field vortices located in laminar fields. Then the basis of quantum theory, determined by the speed of rotation of the vortices, will become clear. Perhaps the assimilation of this fact will create an impulse that will significantly advance science, allowing truly fantastic miracles to happen. This always happens when science, getting rid of false ideas, moves towards the truth.
Astronomers are sure: the universe has a cellular structure, like living tissue
We live in an oxygen atom
The above ratios were found by comparing physical objects of the macrocosm and the microcosm. But why not apply this pattern to the person himself? If Hermes is right, then everything that we can see in our night sky - stars, galaxies, clusters and superclusters of galaxies - are constituent parts of the organism of a certain macroman. He is a gigantic celestial creature, measuring about 10 to 26 meters (20 billion light years) in size. The stars in the sky above our head are the nuclei of atoms of the macroman's body, our Sun is one of these nuclei, and the Earth is the third of the eight electrons of the atom, the nucleus of which is the Sun. By the way, according to Mendeleev, it turns out that we live in an oxygen atom.
If we talk further in this direction, then from the principle of similarity it should be recognized that the macroman is not the only one in the macrocosm. There must be other macrolans (other universes) that have their own lives. It also follows that on the terrestrial electrons (these planets of the microworld) there should be micropeople, T times smaller than the people of our level of the world, and they also have a life similar to ours.
Conception instead of the Big Bang
From all this, it turns out that astronomers, biologists, and physicists are essentially doing one thing. They study the structure of the world on the same objects, just different in scale. An astronomer studying a supercluster of galaxies through a telescope does the same thing as a biologist studying a living cell through a microscope. A physicist studying the structure of the atom does the same thing as an astronomer studying the structure of a stellar system.
Grandiose cosmic processes, including the processes of the birth of new and the death of old luminaries, the functioning of pulsars and quasars - all these are normal life processes, in particular, the metabolism and energy in the cells of a living cosmic organism. By the way, Gottfried Leibniz, the famous mathematician and philosopher, spoke about space as a living organism three centuries ago.
The lifespan of an earthly person corresponds to a tiny moment of time in which star systems live. One hundred years of earthly life corresponds to a small fraction of a femtosecond (femto - 10 to minus 15 degrees) of universal time. That is why the stars in the sky seem to us unchanged. But the brevity of human life does not hinder the knowledge of the processes taking place in the Universe. After all, this can be done by observing its different parts.
Like a time machine, these different areas demonstrate different phases of development of the constituent parts of the living organism of the Universe. Based on the analysis of this information, one can get an idea of the dynamics of these processes. Biologists can study their subject by looking at the sky through a telescope rather than looking at the stage through a microscope. It is possible that biologists recognize the birth of new stars and the death of old stars, the absorption of some galaxies by other galaxies not as cosmic catastrophes, but as completely normal life processes in the macroman's body, in particular, metabolism.
Once upon a time, the macroman - that is, our Universe - was conceived. The very rapid change in the size of the human embryo at the beginning of its development - 50 times in 30 days - resembles the idea of the Big Bang of astrophysicists. But unlike this uncontrollable, random hypothetical process, the real development of the embryo occurs according to a completely definite plan. And at the same time, in no living organism there is no destruction of matter in black holes, and there are no points of the singularity of the Big Bang with an infinitely high density of matter in them.
It turns out that in the world of Hermes there is no place for black holes or the Big Bang, but there is a planned construction from the available material. By the way, the famous British scientist Stephen Hawking, the main developer of the black hole hypothesis, recently admitted that his work in this direction is the biggest mistake of his life. Probably the developers of the purely theoretical hypothesis of the Big Bang will soon follow Hawking's example. True, it is difficult to wait for this from the founders of the hypothesis - Albert Einstein and Alexander Fridman, but in principle it is possible to hear such recognition from their modern followers.
It is interesting that Hubble's law, which states that the farther a star is from the observer, the greater the rate of its removal at any location of the observer, is perfectly applicable to living organisms. In a living organism, the parameters of the relative motion of atoms (stars at the microlevel) are determined by the sum of the growth parameters of all body elements located on the line of observation, regardless of the location of the observer. This is how dough fits, this is how all plants, animals and people grow.
The universe has a cellular structure
This is such a wonderful world if you follow Hermes Trismegistus exactly. Someone might say that all this is speculative reasoning and therefore they seem to be a fantastic tale that does not have any experimental basis. But this is not the case. In fact, there are certain grounds for confirming the validity of the world order according to Hermes Trismegistus:
- Even in the last century, astronomers made a discovery - superclusters of galaxies form a cellular structure. The Universe, like a person and like any living organism, is really built of cells about T times larger than a person's.
- Recently, using the Spitzer space telescope, a star system was discovered, consisting of two chains intertwined like a DNA molecule. This system is 80 light-years long, which is about T times longer than the length of a human DNA molecule.
- According to various methods of processing experimental data, astronomers estimate the size of our Universe in the range of 10-80 billion light years. The estimate in the world of Hermes (20 billion light years) is quite consistent with this.
- A few years ago, astronomers discovered that beyond 20 billion light-years, Hubble's law is severely violated, as demonstrated by the most distant galaxies (UDFj-39546284 and UDFy-38135539). This confirms that they are indeed outside our universe.
- The WMAP space probe made it possible to build a map of the radiation level of different parts of the Universe in the galactic coordinate system. It turned out that on the celestial sphere there are a pair of regions with increased radiation (highlighted in red), and a pair with low radiation (highlighted in blue). The increased emission indicates that there are more stars in these directions, and the reduced emission indicates that there are fewer stars in these directions. These axes are rotated relative to each other.
Since the average density of stars in different regions of the Universe is constant, it turns out that the Universe is not spherical, as it would be in the case of the Big Bang, but is elongated along the hot axis and compressed along the cold one. This configuration of the Universe is indeed similar to the shape of a person, elongated along the head-leg axis and compressed in the transverse direction.
Skeptics can always say that the stated reasons are few. But here it should be noted that the rapid development of space and computer technologies in our time will certainly allow in the very near future to obtain additional grounds for confirming the justice of the world order according to Hermes Trismegistus.