How was Yevgeny Leonov's speech processed when he voiced Winnie the Pooh? Detailed answer

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How was Yevgeny Leonov's speech processed when he voiced Winnie the Pooh? Detailed answer

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How was Yevgeny Leonov's speech processed when he voiced Winnie the Pooh?

In the Soviet cartoon, Winnie the Pooh was voiced by Yevgeny Leonov. To achieve greater comedy, the artist's speech was sped up by about 30%. If you reduce the speed by this amount, you can hear the usual Leonov.

Authors: Jimmy Wales, Larry Sanger

Random interesting fact from the Great Encyclopedia:

Why is the ratio of newborn boys to girls so much higher than the norm in China?

For over 30 years, China had a "one family, one child" policy, which meant it was legally forbidden to have more than one child (although permission could be obtained for money). This policy made it possible to significantly reduce the birth rate, but at the same time led to a skew in the ratio of newborn boys and girls. In Asia, boys are traditionally valued more, because they will support their parents in old age, therefore, in the face of a limited number of children, many seek to acquire a boy. By the beginning of the 21st century, 117 boys per 100 girls were born in China at a normal ratio of 105:100, which promises future problems with finding a wife for millions of Chinese men. Since 2016, the government has relaxed the restriction, allowing families to have two children.

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Holes in the light tied in knots 19.08.2018

A group of theoretical physicists from the Universities of Bristol and Birmingham has found a new way to study the propagation of light in space by tying this light into a sort of three-dimensional knot.

Laser light only looks like one highly focused beam, but in fact it is a high-frequency electromagnetic field oscillating at every point in space along its path.

Scientists have been able to tie knots of polarized laser light using fairly traditional holographic techniques. “We are all quite familiar with the knots in the material world around us,” says Professor Mark Denis, who led the theoretical part of the research, “The section of mathematics called “Knot Theory” describes the knots we are used to using the concepts of loops, intersections, etc. P."

"However, light nodes are much more complex formations. A light node is not only a twisted" thread "of a light beam, it includes the geometric and spatial properties of the region of space adjacent to the beam."

In order to study the topology of the light node, the researchers used holographic technology to create so-called polarization singularities. These singularities, discovered by Professor John Nye in Bristol over 35 years ago, occur at points in space where the originally elliptical waveform of polarized light becomes a perfect circle. In three-dimensional space, these singularities are located on the line of light propagation, creating light nodes at these points.

In recent experiments, scientists have been able to create light knots of much greater complexity than previously possible, and analyze them with a greater level of detail.

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