Who dares to say: goodbye through the abyss of two or three days? Meaning, origin, examples of the use of phraseological units

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Winged words, phraseologism. Meaning, history of origin, examples of use

Winged words, phraseological units

Directory / Winged words, phraseological units

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Who dares to say: goodbye through the abyss of two or three days?

Tyutchev F.I.

Phraseologism: Who dares to say: goodbye through the abyss of two or three days?

Meaning: All plans that a person builds are conditional, because any accident, unpredictability of the next hour of human life can cancel all forecasts and calculations in an instant.

Origin: From the quatrain "Alas, that our ignorance ..." (1854, publ. 1868) by Fyodor Ivanovich Tyutchev (1803-1873): "Alas, that our ignorance // And more helpless and sadder? // Who dares to say: goodbye / / Through the abyss of two or three days?" Quoted as a warning against "guessing" something for the future.

Random phraseology:

We call this moan a song.

Meaning:

About someone's inept, annoying singing (jokingly ironic).

Origin:

From the poem "Reflections at the front entrance" (1858) by I. A. Nekrasov (1921-1877): "Come out to the Volga: whose groan is heard // Over the great Russian river? // This groan is called a song by us - // That is barge haulers go tow! .. "

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Electric battery from an electric eel 18.12.2017

Researchers from the University of Michigan and Friborg have succeeded in constructing a current source that works on the same principle as the electric organ of an electric eel. In acne, the electrical organs are made up of many cells through which flows positive potassium and sodium ions; as a result, each cell has a positively charged pole (directed towards the head of the fish) and a negatively charged pole (directed towards the tail). A voltage of about 150 millivolts is created in each cell, but all together, stacked one after another, like batteries, they generate hundreds and hundreds of volts.

Scientists have done something similar. Instead of living cells, they used cells filled with a polymer hydrogel that retains water. The hydrogel in the cells holds either pure water or water with salts that decompose in solution into positive and negative ions. The cell walls are made of a semi-permeable membrane that allows these ions to pass back and forth. When the cells come into contact with each other, the ions in them begin to move in different directions, and an electrical voltage arises.

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