论文标题
铜相，超导状态和氧化铜超导体中的电荷密度波顺序之间的能量尺度之间的普遍关系
Universal relationship between the energy scales of the pseudogap phase, the superconducting state and the charge density wave order in copper oxide superconductors
论文作者
论文摘要
我们报告了PseudoGap相位能量表的孔掺杂依赖性，$2δ_ {\ rm Pg} $，抗Nodal（Nodal）超导能量尺度$2Δ^^an} _ {\ rm Sc} $2Δ^{\ rm sc} $ $2δ_ {\ rm cdw} $。它们是从不同氧化铜家族的电子拉曼反应中提取的。对于所有研究的丘陵，我们揭示了普遍的兴奋剂依赖性，这表明$2δ_ {\ rm pg} $，$2δ^{an} _ {\ rm sc} $和$2δ_{\ rm cdw} $由常见的微观互动和这些相关的交易$ yeptive ye the Sperccomdivectimant ye Sperccording the Suppercondive the Suppercomdive the Supperconding。相比之下，$2δ^n _ {\ rm sc} $跟踪$ t_c $的掺杂依赖性，似乎由与上面的能量尺度不同的相互作用控制。
We report the hole doping dependencies of the pseudogap phase energy scale, $2Δ_{\rm PG}$, the anti-nodal (nodal) superconducting energy scales $2Δ^{AN}_{\rm SC}$ ($2Δ^{N}_{\rm SC}$) and the charge density wave energy scale, $2Δ_{\rm CDW}$. They have been extracted from the electronic Raman responses of distinct copper oxide families. For all the cuprates studied, we reveal universal doping dependencies which suggest that $2Δ_{\rm PG}$, $2Δ^{AN}_{\rm SC}$ and $2Δ_{\rm CDW}$ are governed by common microscopic interactions and that these interactions become relevant well above the superconducting transition at $T_c$. In sharp contrast, $2Δ^N_{\rm SC}$ tracks the doping dependence of $T_c$, appearing to be controlled by a different kind of interactions than the energy scales above.
