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Theory of high-temperature superconductivity

Physical Review B, 1988
A theory for high-temperature superconductivity is developed based on a hydrodynamic approximation to the many-body problem. Electrons confined to two-dimensional sheets exchange coupled two-dimensional plasmon and phonon modes. This leads to a strong electron-electron attraction. Bardeen-Cooper-Schrieffer theory is used to derive an expression for the
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High temperature superconductivity

Inference: International Review of Science, 2019
Superconductivity in liquid helium, a very cold substance, was discovered in 1908. Ever since, researchers have aimed to fabricate materials that exhibit superconductivity at room temperature, which would offer a host of practical applications, from lossless power transmission to magnetically levitated trains. Andrew Jordan examines recent experimental
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High-Temperature Superconductivity

Japanese Journal of Applied Physics, 2006
A general review on high-temperature superconductivity was made. After prehistoric view and the process of discovery were stated, the special features of high-temperature superconductors were explained from the materials side and the physical properties side.
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High-Temperature Superconductivity

1992
In the spring of 1986, K.A. Muller and J.G. Bednortz [1] revealed that at temperatures higher that 30 K the ceramic compounds of lanthanum, barrium and copper oxides go into a superconducting state. In February, 1987, C.W. Chu et al. [2] synthesized yttrium compounds which go over into a superconducting state at temperatures T c close to 90 K.
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Near-room-temperature superconductivity of Mg/Ca substituted metal hexahydride under pressure

Journal of Alloys and Compounds, 2020
Wiwittawin Sukmas   +2 more
exaly  

Colloquium : High pressure and road to room temperature superconductivity

Reviews of Modern Physics, 2018
Vladimir Z Kresin, Lev P Gor'Kov
exaly  

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