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WINGED WORDS, PHRASEOLOGICAL UNITS
Directory / Winged words, phraseological units / When weapons rattle (cannons speak), the muses are silent

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

Winged words, phraseological units

Directory / Winged words, phraseological units

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When weapons rattle (cannons speak), the muses are silent

Cicero
Cicero

Phraseologism: When weapons rumble (cannons speak), the Muses are silent.

Meaning: During the war, art becomes less in demand.

Origin: This expression is a variant of the Latin proverb "When weapons rattle, the laws are silent." This proverb is known from Cicero's speech in defense of Milo (52 BC). It was not possible to establish when its version arose and who its author was. "They say that the Muses love silence and are afraid of the thunder of weapons: the idea is completely false!" (V. G. Belinsky. Literary dreams, 5.)

Random phraseology:

Blood insult.

Meaning:

A very heavy, deeply affecting resentment.

Origin:

Initially, "an insult washed off by blood", that is, such an insult for which they killed or called to battle.

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Synaptic transistor that mimics the human brain 29.12.2023

An international team of scientists from leading US universities has made important progress in integrating computer architecture with the human brain by creating an innovative synaptic transistor. This device provides the opportunity to bridge the gap between biological and electronic systems.

Traditional differences in information processing and storage between the brain and computers have presented a major challenge to scientists. Unlike conventional computers, which transfer data between the processor and memory, the human brain performs both functions simultaneously. The solution to this problem was the creation of a new memory cell capable of performing the functions of a transistor.

The key to this research was the developed device - a synaptic transistor that operates at room temperature and consumes a minimal amount of energy - only 20 picowatts (pW). The scientists focused on using moiré quantum materials, which typically require cryogenic conditions, and successfully demonstrated the operation of their invention at room temperature, opening new horizons in the field of nanoelectronics.

The synaptic transistor consists of two layers of atomically thick material - graphene and boron nitride, overlapping with a slight displacement in the horizontal plane.

The main secret is to create a moiré pattern by rotating one layer at a specific angle, causing unique interactions known as "magic angles". These angles induce Coulomb interactions between the materials, leading to exotic electrical phenomena not visible in conventional materials.

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The creation of the synaptic transistor represents a significant advance in the integration of biological and electronic systems. This technology promises a revolution in the field of nanoelectronics, and also provides new opportunities for the development of artificial intelligence and machine learning.

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