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WINGED WORDS, PHRASEOLOGICAL UNITS
Directory / Winged words, phraseological units / Muse of distant wanderings

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

Winged words, phraseological units

Directory / Winged words, phraseological units

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Muse of wanderings

Ilya Ilf and Yevgeny Petrov
Ilya Ilf and Yevgeny Petrov

Phraseologism: Muse of travel.

Meaning: The phrase is a symbol of love, craving for travel, wanderlust.

Origin: Their poems "Departing" (1916) Nikolai Stepanovich Gumilyov (1886-1921). In the original - the Muse of Distant Wanderings: "As for nature to me, before antiquity, // When I am full of burning jealousy, // After all, you in all its decoration // Saw the Muse of Distant Wanderings." The expression became popular thanks to the writers Ilya Ilf and Yevgeny Petrov, who so named one of the chapters of their novel The Twelve Chairs (1928).

Random phraseology:

Burn (burn) bridges.

Meaning:

To make it impossible to return to something, cutting off your path to retreat.

Origin:

The expression is associated with the history of wars and military campaigns, during which decisive commanders, having overcome a water barrier, burned bridges behind them in order to save themselves and their soldiers from the temptation of retreat.

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A person can see in the infrared spectrum 08.12.2014

Scientists from the University of Washington have found that under certain conditions, the retina of the human eye can see infrared light.

The researchers noticed that at a high frequency of infrared pulses, retinal cells receive a double portion of light and at this moment the eye can detect light that goes beyond the visible spectrum. The data obtained during the experiments can be used to stimulate individual areas of the retina during its diagnosis.

The scientists used a powerful infrared laser. In experiments with laser pulses of varying lengths that contained the same number of photons, they found that the shorter the pulse, the more likely it was to be seen by the eye. The photon is absorbed by the retina, which then creates a photopigment that converts light into vision, but typically only one photon is absorbed by each of the photopigments.

However, if you pack several photons into one short pulse of a rapidly pulsing laser, there is a certain chance that one photopigment will simultaneously capture two photons and the combined energy of the two light quanta will activate the pigment, and allow the eye to see what is normally invisible. The visible spectrum includes 400-720 nm wavelengths of light, and if a pigment molecule in the retina simultaneously captures a pair of 1000-nm photons, the light particles deliver the same amount of energy as a single 500-nm photon seen in the ordinary spectrum: thus we can see infrared light.

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