Rear contemplate. 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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Rear behold

Bible
Bible

Phraseologism: Rear contemplate.

Meaning: Not to see the true face of something, to know something is unfounded.

Origin: An expression from the Bible: God said that people should not see his faces, and if anyone looks, he will be stricken with death, only he allowed Moses to see himself only from behind: "Behold my back" (Exodus, 33:20 -23). Hence the expression "back to contemplate." "Our economists contemplate the back of the working class." (G. V. Plekhanov, Preface to "Vademecum" for the editorial board of "Working Class".

Random phraseology:

Simple as a moo.

Meaning:

About something primitive, extremely uncomplicated (jokingly ironic).

Origin:

From the "Prologue" to the tragedy "Vladimir Mayakovsky" (1913) by Vladimir Vladimirovich Mayakovsky (1893-1930): "Come to me, everyone who tore the silence // Who howled because the loops of noon are tight, - // I will open to you with words simple as a bellow, Our new souls, buzzing like lampposts."

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Methyl found in space 07.07.2023

Although the existence of active methyl cations in protoplanetary disks was suggested 40 years ago, it is only now that this important compound has been discovered and confirmed.

In 1977, a hypothesis was formulated that the monovalent methane radical, namely the methyl cation (CH3+), plays a decisive role in initiating chemical processes in the interstellar medium. However, detecting this molecular formation outside our solar system has proved extremely difficult.

Perhaps this is due to the high activity of methyl: its average lifetime in the free form is usually less than a thousandth of a second. As a result, it is unlikely to find a large number of such cations in one place and at one time, so that they can be detected using terrestrial telescopes.

However, thanks to an international team of astronomers, traces of methyl have been found in the protoplanetary disk d203-506, located in the Orion Nebula, using data from the James Webb Space Telescope and spectroscopic analysis. Star formation processes are actively taking place in this region, and d203-506 is the embryo of a relatively small star system: the mass of its star is approximately five times less than the mass of the Sun, and the mass of the protoplanetary disk is ten times the mass of Jupiter.

Where does this active cation come from in the protoplanetary disk? The researchers suggested that the reason lies in the strong ultraviolet radiation of Orion's Trapezoid, a compact cluster of stars located nearby. Under the influence of such radiation, hydrogen molecules (also found in the d203-506 composition) go into excited vibrational states, which makes them very active and facilitates their interaction with carbon, resulting in the formation of free methyl.

However, as the scientists note in an article published in the journal Nature, there are still several questions related to the excitation, chemical properties and spectroscopy of this molecule. Additional research is needed to definitively understand the role of CH3+ in the organic chemistry of the cosmos. This is important for elucidating the mechanisms of formation of more complex compounds in young stellar systems.

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