The weekly "Crimean Telegraph" publishes studies of the properties of dolmens, which have shown that megaliths are ideal sound resonators. According to one version, they could be used both in military affairs and in construction.
Modern civilization seems to be so advanced that the inventions of the past look very primitive. However, many technologies that are superior in their properties to modern ones have been lost and have not yet been rediscovered.
This applies, for example, to Roman cement, which is capable of expanding and contracting under the influence of temperature. Buildings built using it have stood for millennia, but no one has figured out what components the Romans used. The same can be said about the Greek fire (something like modern napalm) that burned even in water. The exact composition of this fire is still unknown.
But the most mysterious and disappeared technology can be considered the technology of using the properties of sound. Today, people use the potential of sound to a maximum of 10 percent, although the spectrum of its application is quite wide - medicine (ultrasound), agriculture (plant breeding), navigation (echolocation) and, of course, music. As for construction, it is only recently that ultrasound, that is, frequencies above 20 thousand hertz, have been used, for example, in metal cutting, which is much faster and easier than using a milling machine. Our distant ancestors, as it turned out, four thousand years ago could receive ultrasound in special stone resonators …
Dolmens-resonators
Megalithic stone "boxes" left all over the planet by some ancient civilization are officially considered to be burial structures. Although only some of them have found human remains. The same applies to Taurus boxes, Crimean dolmens - they, as a rule, were also found empty by archaeologists. According to one version, they were looted, according to the other, there were never any bones in them, and the rare group burials can be explained by the later use by the peoples who later inhabited the Crimean peninsula. Why, then, did the ancient peoples, Taurus or someone else, build dolmens?
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An original hypothesis about the purpose of dolmens was expressed by scientists from Kiev Roman Furdui and Yuri Shvaidak. They proved that megaliths emit ultrasound pulses, and the strongest ones are before sunrise. At the equinox, the radiation is most intense and lasting, and at the solstices it is minimal.
In turn, the specialists of the Russian Academy of Sciences Prokhorov and Shestakov in the 90s conducted studies of the properties of dolmens in the Caucasus and came to the conclusion that stone boxes are sound resonators, similar to the so-called Helmholtz resonators, which amplify vibrations coming from outside by a factor of thousands. and send them in a steady wave in a strictly defined direction. But where exactly and why?
Ultrasound power
Back in 1680, the English scientist Robert Hooke, while conducting research at Oxford University, accidentally noticed that when sound is applied to objects, its forms change. A century and a half later, the German researcher Ernst Chladni began to closely study the effect of sound vibrations on objects. In the process of experiments, he managed to "paint" pictures with sound, acting on the sand scattered on a metal plate. The resulting drawings, which were geometrically regular shapes, were called Chladni figures.
Alexander Rybas, candidate of physical and mathematical sciences:
“Suppose we have a plate made of any material on which we put sand, then we connect this system to an oscillator, for example one kilohertz. What will happen on this plate? The plate will become a resonator and lines will appear on it that correspond to the maximum or minimum points that represent this picture. Accordingly, if we have oscillations of not one wavelength, but several wavelengths, then there will be a certain number of such peaks. Moreover, they will be proportional to the wavelengths with which we sound it all. Well, the result is such pictures."
However, until now, no one has continued Chladni's experiments, and cymatics, a science that studies the properties of sound, is not taken seriously by many scientists.
But, curiously, some of the Chladni figures are identical to the ancient Aryan runes, and their images on the Crimean dolmens, when they were still intact, were met by travelers of the 18th – 19th centuries.
Sergey Arkhipov, Crimean researcher:
“It is quite possible that the Crimean dolmens were used for the construction of cave cities, because there is still a dispute in society about what technologies were used to create numerous cave chambers throughout the peninsula, and the volume of production is amazing - it is several tens of cubic meters of both soft and enough hard rocks."
But what is worth changing the shape of a stone with the help of ultrasound, if even the builders have adapted to process metal with it!
Alexander Rybas:
“The main destruction from sound is its power, that is, the stronger the sound, the higher the likelihood that it will lead to destruction. But the main problem is to catch the resonant frequencies, that is, those frequencies at which the system will give a powerful response and at which everything will collapse."
In 1905, the Egyptian Bridge collapsed in St. Petersburg. The official conclusion says that the construction of the bridge could not withstand too rhythmic fluctuations from the coordinated step of the military. And on March 2, 1907, the ceiling of the State Duma building collapsed - just from the operation of an electric fan in the attic …
reference
Dolmens are megalithic structures made of four slabs and covered with a lid. They are found all over the world. Some of them are considered cult, others are burial. A characteristic feature of most dolmens is a round hole in the center of one of the slabs. In Crimea, such structures are usually called "Taurus boxes", since their authorship is attributed to the disappeared people of the peninsula - the Taurus, which appeared, as is commonly believed, at the turn of the 2nd-1st millennia BC.
Denis SIMONENKO
