The Mystery of the Crop Circle: Was the Crop Circle Discovered in China?
As of November this year, China has discovered crop circles. Wheatfield Monster Circle Little Grey Warning?
There is a saying circulating on the Internet that only China and South Africa in the world have not seen the crop circle. In fact, both regions have appeared before.
However, the so-called Chinese wheat field circle is mostly rumored on the Internet, and there are no pictures to prove it. The wheat circle that appeared in Chinese history is the Jimo wheat circle discovered on June 20, 2005.
On June 19, British scientists unveiled one of the most complex mysteries of the crop circle, describing an important number in mathematics π the most complex crop circle in The Uk's most complex crop circle was formed on June 1 in a wheat field near Barbery Castle. Barbury Castle is located in Wiltshire, England. The mystery of the crop circle has been solved.
At first, many crop circle enthusiasts and experts tried to uncover the meaning of the crop circle, but almost all of them failed. However, astrophysicist Mike Reid has shown that the shape of this rice-diameter crop circle is actually a coding form of pi.
π has a value of 3 and can be used to calculate the area and perimeter of a circle. Reed explains: "I noticed a picture of the shape of the crop circle in Barbery Castle, revealing the crop circle. ”
It obviously represents Pi, the ratio of the circumference of the circle to the diameter, and a coded picture point with 10 digits after the decimal point. The 10th figure is even appropriately reduced. The dot near the center is actually the decimal point of pi. Why doesn't China have a crop circle?
He went on to say: "Starting from the center, count the number of patches in each group, and it turns out that pi is the value of the 10 digits after the decimal point. Starting with the black center edge of the icon, read clockwise from inside to out until the previous blue blocks are omitted, and the number of each color block corresponds to a value of π 3.
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