The abnormal object at the bottom of the Baltic Sea

The abnormal object at the bottom of the Baltic sea was first discovered by the Oceanx staff, the world’s leading sea exploration company specializing in searching for lost treasure, shipwrecks in history and abnormal objects. underwater. In 2011, they made an expedition and obtained photos taken with strange sound waves of the seabed structure at a depth of about 91 m, according to IFL Science.

Strange objects have a width of 61 m, 8 m high, like a giant mushroom. Some people think that it is a Russian submarine or an alien spacecraft. Some people think that it is a Nazi anti -submarine device, or a machine gun.

When the team returned to find out the objects in the image, they encountered unusual disturbances, all electrical equipment, including satellite phones, stopped working when they were above the object. After they moved away from the mysterious structure about 200 m, all work again. In an article in 2014, the founder and CEO of Oceanx, Dennis åsberg, said: “I firmly believe that we have found something very special.”

The story attracts a lot of attention on social networks. However, scientists make a pretty close hypothesis for the object that the Ocean X team sees in sound waves. The specimen collected from the area and from the Associate Professor of Geology Volker Brüchert at the University of Stockholm revealed that it was Granite, Gneis and Samsters, the rocks located in the glacier basin like the Baltic Sea.

Most of the Baltic Sea is made up of the shift of glaciers during the glacial period. The study was conducted by a group of scientists from the University of Stockholm, which was Brüchert, showing that the abnormal object at the bottom of the Baltic sea was what left from this process.

“Because the entire northern Baltic region is heavily influenced by the melting process, both the characteristics and stone patterns may be related to the glacial and cross -ice process. The ice moved there, ”Brüchert explained. Swedish geologists Fredrik Klingberg and Martin Jakobsson also said that the chemical composition of stone samples is provided similar to the common metal nodules in the ocean floor.