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How did the Estonian government try to hide the fact that the most common surname in the country is Ivanov? Detailed answer

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How did the Estonian government try to hide the fact that the most common surname in the country is Ivanov?

In 2005, the Estonian government presented statistics on the prevalence of surnames among its citizens. The first places were taken by the names Tamm, Saar, Mägi and Sepp. However, the trick was that the surnames Ivanov and Ivanov were considered different (whereas Estonian surnames are the same for men and women). Thus, the Estonians did not let the Russian surname on the podium, because in total the Ivanovs would confidently take first place.

Authors: Jimmy Wales, Larry Sanger

 Random interesting fact from the Great Encyclopedia:

Who has eaten about nine tons of metal during their lifetime?

French artist Michel Lotito became famous for eating absolutely inedible things. At his performances, he consumed bicycles, televisions and other objects made of glass, metal and rubber. He once dismantled a Cessna 150 and ate it piece by piece in two years. Before the performance, he "greased" his stomach with mineral oil, and during the process he drank large amounts of water. It is estimated that he consumed about nine tons of metal during his career.

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Random news from the Archive

Step to desktop accelerator 23.11.2004

British and American physicists have managed to accelerate electrons almost to the speed of light, and the length of the accelerator was a fraction of a millimeter.

"Our work shows that sooner or later a scientist will not need multi-kilometer accelerators of international centers like CERN to study high-energy physics. The laser accelerator will be located in a university laboratory," says Professor Karl Krushelnik from King's College London. But the fact is that the team of scientists headed by him from London, Strathclyd and Los Angeles managed to accelerate electrons up to 70 MeV using a terawatt femtosecond laser, and this happened at a distance of only 0,6 mm.

The idea of ​​such an accelerator is not new: it was proposed in 1979 by Toshi Tajima and John Dawson. The gas in a powerful focused laser beam is ionized, turns into a plasma, and a wave can appear in it, which moves at a speed close to the speed of light.

The strength of the electric field in such a wave is a hundred times greater than in an accelerator, and it very quickly accelerates electrons to relativistic speeds.

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