We did not teach dialectics according to Hegel. Meaning, origin, examples of the use of phraseological units

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Winged words, phraseological units. Meaning, history of origin, examples of use

Winged words, phraseological units

Directory / Winged words, phraseological units

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We did not teach dialectics according to Hegel

Mayakovsky V.V.

Phraseologism: We did not teach dialectics according to Hegel.

Meaning: About the lack of a systematic, real education, the lack of which allegedly more than replaces rich life experience.

Origin: From the poem "Out loud" (1930) by Vladimir Vladimirovich Mayakovsky (1893-1930): "We did not teach dialectics according to Hegel, // With the rattling of battles, it burst into verse."

Random phraseology:

Big Brother.

Meaning:

1. About the totalitarian state and its repressive and controlling bodies, day and night supervising the population. 2. About a stern leader (jokingly ironic).

Origin:

From the dystopian novel "1984" (1948) by the English writer George Orwell (pseudonym of Eric Blair, 1903-1950), who described in his work an imaginary totalitarian state, similar in a number of ways to both Nazi Germany and the Soviet Union of Stalin's time. A line from this novel has also become widely known: "Big Brother is watching you."

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An international team of scientists led by the Cambridge University's Cavendish Laboratory has used cutting-edge 3D printing techniques to create double magnetic spirals that serve as information carriers. The researchers found that they create nanometer-scale topological textures in a magnetic field. Previously, no one has recorded such a phenomenon, and the discoverers believe that the twisted nanowire can become the "ancestor" of the next generation of magnetic devices.

Magnets are widely used in storage devices and computing systems. The disadvantage of the latter is that the magnetization points in them are two-dimensional structures. But the nanowire architecture is three-dimensional, which allows a higher recording density, as well as changing the magnetic properties of the device and significantly expanding its functionality.

Until now, this idea has been very difficult to implement because scientists have not had the ability to create three-dimensional magnetic systems. Therefore, over the past few years, the research of the International Group has been focused on the development of new methods for visualizing three-dimensional magnetic structures and 3D printing technology for magnetic materials.

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