The Largest Megaliths In The World - Where Are They And How Could They Be Moved? - Alternative View

The Largest Megaliths In The World - Where Are They And How Could They Be Moved? - Alternative View
The Largest Megaliths In The World - Where Are They And How Could They Be Moved? - Alternative View

Video: The Largest Megaliths In The World - Where Are They And How Could They Be Moved? - Alternative View

Video: The Largest Megaliths In The World - Where Are They And How Could They Be Moved? - Alternative View
Video: Giant Megaliths Found in Siberia Could Be Largest in the World 2024, May
Anonim

In this article I will talk about several of the largest megaliths in the world, the processing, as well as the movement of which, is simply impossible to explain without advanced technology and special equipment.

It's worth starting with the most interesting and largest megalith in the world. Surprisingly, for some reason, many believe that the largest megalith in the world is located in Lebanon, in the ancient city of Baalbek, but this is not so.

Image
Image

The largest megalith is located in China, just over 10 kilometers from Nanjing, the current city and ancient capital of China.

I do not think it is worthwhile to talk in detail about the features of these megaliths, since they are quite interesting, it is worth noting only the incredible size and, obviously, the level of processing.

Image
Image

There are only 3 megaliths, they are located next to the Yanshan quarry, from where they were mined. The largest megalith is 17 meters high, fluctuating in width up to 29 meters and weighs 16,250 tons.

Compared to Baalbek, this Chinese megalith is something incredible, although Baalbek is also very interesting. The other two megaliths weigh 8,800 tons and the other 6,200 tons approximately.

Promotional video:

Image
Image

Official historians do not even try to explain how these megaliths were carved, processed and moved, since most likely, even our technology is not capable of such a thing.

Not to say that the processing of all these megaliths is somehow incredible, but everything was done quite competently and what kind of civilization existed, capable of such a thing in the past, no one knows.

Image
Image

Of course, I could be wrong, after all, there are a lot of megaliths in the world, but Baalbek should go next. This is the same South stone that everyone should have seen at least once.

The southern stone was never taken from the quarry, and apparently, they simply did not have time to do it, for unknown reasons, its weight is 1650 tons.

Image
Image

In the near future I will write an article about Baalbek, as there is a lot of interesting things about which many do not know, but now we are talking only about the Southern stone.

For understanding, it is worth saying that to lift this megalith, you will need the most powerful crane in the world, or a dozen medium ones. Now think about how it was done in the past and, most importantly, how the megaliths could be moved in China, since the weight there is more than ten times more.

Image
Image

And the last megalith is in Egypt. This is an obelisk, which was never taken out and installed, due to a crack, although it is worth noting the processing of the megalith, and its weight is 1200 tons, its length is almost 42 meters.

Perhaps it should not be included in this article, after all, it was not transported anywhere, but I think, if there were no damage, the installation of such an obelisk would not have caused any problems for the ancient civilization.

Image
Image

Most likely, there are megaliths of even greater weight than those listed here, but there are really a lot of them in the world and it is difficult to remember many of them, and some, I may not know.

Image
Image

In general, there are probably not a dozen megaliths with a weight of 500-1000 tons in the world and how they were moved for many kilometers, processed, lifted, installed and produced other processes, no one can answer, only historians offer absurd versions that are complete delirium.

Recommended: