铜氧化物的顽强全息唯象学
Die Hard Holographic Phenomenology of Cuprates
AI总结：
本文尝试将铜氧化物中的近似幂律行为纳入全息流体动力学框架，发现非简并费米流体模型可重现多个热力学和输运系数，并解释了先前尝试失败的可能原因。
摘要：
本文探讨了将铜氧化物中观察到的若干近似幂律依赖关系纳入一个一致的全息或受全息启发的流体动力学框架的尝试。与预期相反，在具有二次色散关系的非简并费米流体的简单图像内，重现尽可能多的已确立的热力学和输运系数行为这一目标似乎是可实现的。虽然这一观察并未立即阐明铜氧化物的基本物理，但它暗示了先前朝着该目标进行的尝试为何仍无定论的可能原因。
英文摘要：
This note discusses the attempts of fitting a number of the approximate power-law dependencies observed in the cuprates into one consistent holographic or holographically inspired hydrodynamic framework. Contrary to the expectations, the goal of reproducing as many as possible of the established behaviors of the thermodynamic and transport coefficients appears to be achievable within the simplistic picture of a non-degenerate fermion fluid with quadratic dispersion. While not immediately elucidating the essential physics of the cuprates, this observation suggests a possible reason for which the previous attempts towards that goal have remained inconclusive.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
