Non-adiabatic effects of superconductor silane under high pressure

Details Non-adiabatic effects of superconductor silane under high pressure Non-adiabatic effects of superconductor silane under high pressure

2010-08-17

arxiv.org/abs/1008.2820v1

Chinese Physical Letter 27 087402 (2010)

Physics

Condensed Matter

Superconductivity

Scientific paper

Investigations of non-adiabatic effects by including vertex corrections in the standard Eliashberg theory show that high phonon frequency is unfavorable to superconductivity in regime of strong vertex correction. This means that it is hard to find high-transition-temperature superconductors in the compounds with light elements if the non-adiabatic effects are strong. The interplay interaction between non-adiabatic effect and Coulomb interaction makes the transition temperature of silane superconductor not so high as predicted by the standard Eliashberg theory.

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