EXTERNAL LIGHT INDUCED INCREASE OF SUPERCONDUCTIVITY OF CUPRATES

Nurimbetov, K., Yavidov, B.

Ilim ha’m ja’miyet · 2022-yil

Annotatsiya

In this article the effect of external light radiation on the critical temperature of superconductivity of cuprates is considered. By solving the time dependent Schodinger equation it is found that the difference of two low lying quasi-energies of the electron which is located in the double-well potential. It is shown that the temperature Bose-Einstein condensation of gas of bipolarons increases due to dependence of the difference of quasi-energies of the electron upon the frequency of external light radiation. Within the considered scenario it is satisfactorily explained observed in the experiment the effect of external light radiation on the superconducting critical temperature of cuprates.

Maqola ma’lumotlari
MualliflarNurimbetov, K., Yavidov, B.
JurnalIlim ha’m ja’miyet
Nashr sanasi2022-03-01
Son1-1
Betlar30-31
Tiluz_Latn

Kalit so‘zlar

kupratlar, yuqori haroratli oʻtaoʻtkazuvchanlik, bipolaron, Boze-Eynshtein kondensatsiyasi, Floke formalizmi, купраты, высокотемпературная сверхпроводимость, биполярон, Бозе-Эйнштейновская конденсация, Флоке формализм, cuprates, high temperature superconductivity, bipolaron, Bose-Einstein condensation, Floquet formalism

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