This amazing formation in the form of a mysterious rock, very similar to the majestic stump of a giant tree, which is called the "Devil's Tower", attracts thousands of tourists to the United States. People come here just to admire this miracle of nature, well, and listen to what it is (watch the video, which discusses several theories about the origin of this stone miracle of America).
But for the most part, the stories about the "Devil's Tower", according to independent researchers of the history of our planet, have nothing to do with the truth. The fact is that orthodox science still does not recognize that a silicon form of life once existed on Earth. According to the researchers, the "Devil's Tower" is just an echo of that silicon vegetation, that is, a stump from one of the trees of a completely different structure, once growing on our planet and reaching a height of sixty kilometers.
If we turn to the structure of this "hemp", then it surprisingly corresponds, for example, to the stalk of flax: the same structure in the form of tubular hexagons, optimal in natural construction with the aim of the most complete and rational filling of free space (remember, at least a honeycomb). This view of the researchers is also confirmed by the fact that the "Devil's Tower" is far from the only remnant of the silicon world. Thousands of similar structures are scattered on Earth, but, unfortunately, all this is not interesting for orthodox science, which has developed the "only correct" view of the history of our world.
Therefore, the Earth, when it was dominated by silicon life forms, is completely unknown to us. True, today on this topic you can find (who wants) on the Internet a lot of materials, very interesting and informative, but, most often, this is all for lovers of "historical exoticism". Therefore, the majestic "silicon forests", reaching high into the sky with their stone arches, giant trees, of which today there are only a few incredible hemp-rocks, seem to us something fabulous, fantastic, and therefore unreal.