They find great mountains in Earth's waste that could affect Everest | planet Journal Distribution


Scientists from Princeton University find a huge mountain range inside the Earth, with mountains so high that they could be higher than Everest, and have geological features similar to those at sea level planet

New team search scientists of Princeton University has been amazed by citizens and geologists. It's a big "new" series mountains found in the depths of Earth.

The geologists Jessica Irving and Wenbo Wu, from Princeton University, in conjunction with Sidao Ni, from the Geodesy Institute and China Geoscopics, used the 8.2-dimensional earthquake waves in Bolivia, in the year 1994, for 660 to find kilometers in the depth of a chain line, very similar to those on the surface, showing ABC.

"It's difficult to compare the mountains we see on the surface. These are strong strong boundaries, with a tough and upright stomach below. They could be so large him Everest, and maybe even more, "said Jessica Irving in a statement.

The mountains already existed in the Earth banner were so high or higher to Mount Everest

The mountains that have recently been found in the land banner are so large or even higher than Everest. Photograph: A Sun

Remember that the land is divided into three seats: a crust, a wheel and a heart. According to the researchers, the incredible search is found in the border that is; divide its upper ties from the low banner of the Earth, and it is very similar to the mountain areas we saw on the surface. They have been referred to as "the 660km boundaries", which have flat monuments and large mountains, as well as rough areas equal to a wild ridge, such as the Earth's surface on which we live.

Output of image for Divisions of the Earth

Picture: Geoenciclopedia

In order to do this, researchers used a Tiger high-tech group from Princeton University to reflect complex behaviors of dispersed wave dispersed waves in the depths of the planet. In the same way as lightning waves leave a mirror, cunning waves are seen or brought back when they meet roughly, they explained.

"We know that almost everything is rough on the surface and, therefore, a scattered light. And that is why we see these things: the scattered waves will be; carry on the information about how tough they interact. In this study, we will investigate loose dispersed waves that travel within the Earth to investigate roughly 660-kilometer level, "Wenbo Wu explained in statements collected by ABC

It also emphasized that these products offer new and valuable information to understand the activity of the old tectonic plagues that came down to messenger and the place where a matrial was found.

The inspection was published this week by an original magazine Science.

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