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- W2004128206 abstract "The phonon self-energy at q=0 and zero temperature is calculated for a conventional electron-phonon superconductor, Pb, and for an equivalent high-${mathit{T}}_{mathit{c}}$ superconductor, assuming an electronic mechanism for the superconductivity (to be specific and as a convenient illustrative example, we use the marginal-Fermi-liquid phenomenology). Comparison between the results demonstrates that for an s-wave strong-coupling superconductor, phonon shifts and widths exhibit the same behavior regardless of the mechanism for superconductivity. In addition, the marginal-Fermi-liquid model shows no unusual behavior at zero temperature in the phonon self-energy, with the exception of a possible narrowing of the phonon width below 2${mathrm{ensuremath{Delta}}}_{0}$ in the clean limit. As an aside, we also present renormalized BCS formulas that agree well with the full numerical strong-coupling calculations and could be easily implemented for use in model fits." @default.
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- W2004128206 title "Phonon-self-energy effects due to an electronic mechanism in high-Tcsuperconductors" @default.
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- W2004128206 doi "https://doi.org/10.1103/physrevb.47.8205" @default.
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