Stefan Zweig. The most famous aphorisms

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APHORISMS OF FAMOUS PEOPLE
Free library / Aphorisms of famous people / Stefan Zweig

Aphorisms of famous people. Stefan Zweig

Aphorisms of famous people

Free library / Aphorisms of famous people

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Stefan Zweig. The most famous aphorisms

To be a hero means to fight against the all-powerful fate.
Great despair always breeds great strength.
Everything that is confusing, by its very nature, gravitates towards clarity, and everything dark towards light.
The genius of a person is always at the same time his fate.
When friendship suddenly arises between a dog and a cat, it is nothing but an alliance against the cook.
A person reaches the highest when he sets a good example.
No doctor knows a better cure for a weary body and soul than hope.
Fate is the most brilliant poet.
He who cherishes the truth will not rely on compelled testimony as credible.
Only the full truth is good. Half-truths are worthless.

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Modern electronics are very sensitive to heat, and temperatures of hundreds of degrees Celsius are detrimental to them. However, scientists have been trying to solve this problem for many years and it seems that they have achieved some success. For example, Arizona State University recently announced the development of next-generation electronics modules under the NASA-funded HOTTech program, on the basis of which it was possible to create memory elements that can withstand high temperatures - up to 300 ° C and even higher.

Gallium nitride was taken as the basis material for creating high-temperature electronics. The fact is that silicon, which is traditionally used to create microprocessors and memory modules, has a relatively low band gap (this indicator determines the minimum energy required for an electron to move from the valence band to the conduction band) - only 1,12 eV. At the same time, for gallium nitride, it is 3,4 eV, which allows devices to operate normally at much higher temperatures. At the same time, it is noted that this is not the only semiconductor material with a wide band gap being studied as part of the high-temperature electronics program. Another worthy candidate with a wide bandgap is silicon carbide.

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