Don't touch my blueprints! Meaning, origin, examples of the use of phraseological units

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WINGED WORDS, 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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Don't touch my blueprints!

Archimedes

Phraseologism: Don't touch my blueprints!

Meaning: To describe the irresistible need of a real scientist to continue creative work, regardless of living conditions.

Origin: The expression is attributed to Archimedes, who says so to a Roman soldier who demanded that the scientist interrupt his scientific work, Archimedes was killed for disobedience. Plutarch describes a scene in which the Roman approaches Archimedes, who is completely engrossed in the diagram, and demands that Archimedes proceed to his commander, Marcellus. Archimedes asks to give him time to solve the problem, and the Roman soldier, annoyed by the delay, kills the scientist with a sword.

Random phraseology:

No one will give us deliverance, neither God, nor the king, nor a hero.

Meaning:

1. The advice to hope in solving one's problems, first of all, on oneself, one's friends, like-minded people, etc. d.

Origin:

The beginning of the second stanza of the international proletarian anthem "The Internationale", written in verse (1871) by Eugene Pottier (composer Pierre Degeyter). Translation into Russian (1902) by Arkady Yakovlevich Kots (1872-1943): "No one will give us deliverance, // Neither God, nor the tsar and not a hero, // We will achieve liberation // With our own hand. // To overthrow oppression with a skillful hand, // To win back your good - // Blow the forge and forge boldly, // While the iron is hot.

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To prevent the influence of electromagnetic interference on critical components of electronic equipment, engineers have long used the method of shielding protection. This method consists in the use of metallic, in most cases copper foil, which reflects unwanted radio signals in the opposite direction. This method works quite well, but the use of additional materials often adds a lot of unwanted weight and bulk to the electronic device.

In search of a new protective material, scientists from Drexel University stumbled upon titanium carbonitride, which belongs to a class of conditionally two-dimensional materials called MXene. Previously, materials of this class have already been used in the creation of conductive compositions, battery electrodes that provide fast charging, high-performance sprayed antennas, etc.

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