We report a scaling relation between $\rho_s(0)$ and the product of the pseudogap temperature $T^*$, $\sigma_\rm DC$ and $T_c$, with $T^*$ rescaled by the maximum transition temperature $T_c^\max$, which holds universally in the entire doping range for the hole-doped cuprates.
Universal scaling and pairing symmetry for high-temperature cuprate superconductors
CUOCO, Mario;NOCE, Canio
2010
Abstract
We report a scaling relation between $\rho_s(0)$ and the product of the pseudogap temperature $T^*$, $\sigma_\rm DC$ and $T_c$, with $T^*$ rescaled by the maximum transition temperature $T_c^\max$, which holds universally in the entire doping range for the hole-doped cuprates.File in questo prodotto:
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