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WINGED WORDS, PHRASEOLOGICAL UNITS
Directory / Winged words, phraseological units / Attempt on mirages

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

Winged words, phraseological units

Directory / Winged words, phraseological units

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Attempt on mirages

Tendryakov V.F.
Tendryakov V.F.

Phraseologism: An attempt on mirages.

Meaning: It is used as a playfully ironic commentary on an attempt to dispel someone's illusions, to reveal the true state of affairs.

Origin: The title of the book (published in 1987) by the Soviet writer Vladimir Fedorovich Tendryakov (1923-1984).

Random phraseology:

Time works for us.

Meaning:

On the improvement and strengthening of the situation day by day.

Origin:

In 1866 in England, in the House of Commons, under the influence of the growth of the labor movement, Lord Russell's liberal cabinet put forward a bill for the reform of the suffrage. During the debate, W. Gladstone (1809-1898), the future prime minister, defending the political rights of the workers, exclaimed to the conservatives: "You cannot fight against the future. Time works for us." The last phrase, which has become winged in Russian speech, is not a completely accurate translation. Gladstone's original words: "Time is on our side", i.e. "Time is on our side."

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Researchers from Boston College (USA) have discovered a new particle - the so-called axial Higgs mode. Materials containing this particle can serve as quantum sensors to evaluate other quantum systems and help answer pressing questions in particle physics.

Ten years ago, scientists discovered the Higgs boson - and this discovery was key to understanding mass. Other particles have also been theoretically predicted, including the axial Higgs mode. These theories were intended to explain "dark matter," the nearly invisible material that makes up most of the universe but only manifests itself through gravity. 

While the Higgs boson was discovered in experiments at the Large Hadron Collider, a new particle was found literally on the table. The team used a quantum material such as rare earth tritelluride (RTe3), which can be studied at room temperature in a "benchtop" experimental format.

RTe3 has properties that mimic the theory behind the axial Higgs mode. But the main problem in the search for Higgs particles in general is their weak connection with experimental probes, such as light rays, the scientists note. Similarly, revealing the subtle quantum properties of particles usually requires fairly complex experimental setups, including huge magnets and powerful lasers, while cooling the samples to extremely low temperatures.

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The team used light scattering, in which a laser illuminates a material and can change color and polarization. The color change is due to light creating a Higgs boson in the material, and polarization is sensitive to the symmetry components of the particle. As a result, by simply changing the polarization of the light, scientists were able to reveal the hidden magnetic component and discover the first axial Higgs mode.

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