1998
DOI: 10.1103/revmodphys.70.897
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Magnetic, transport, and optical properties of monolayer copper oxides

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Cited by 915 publications
(975 citation statements)
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References 162 publications
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“…It is worth noting that HTS of e-and h-doped type typically descend from parent compounds with different crystal structure 20 , and this can indeed affect the low energy excitation spectrum 21 . Conversely a direct quantitative comparison with theory 19 would greatly 3 benefit from a measurement made on cuprates with the same crystal symmetry, changing doping only from holes to electrons.…”
Section: Introductionmentioning
confidence: 99%
“…It is worth noting that HTS of e-and h-doped type typically descend from parent compounds with different crystal structure 20 , and this can indeed affect the low energy excitation spectrum 21 . Conversely a direct quantitative comparison with theory 19 would greatly 3 benefit from a measurement made on cuprates with the same crystal symmetry, changing doping only from holes to electrons.…”
Section: Introductionmentioning
confidence: 99%
“…Such exact results have provided valuable insight into the important universality classes of quantum physical systems ranging from modern condensed matter physics [2] to string and super-symmetric Yang-Mills theories [3]. Since Yang and Baxter's pioneering works [4,5,1], the quantum Yang-Baxter equation (QYBE), which define the underlying algebraic structure, has become a cornerstone for constructing and solving the integrable models.…”
Section: Introductionmentioning
confidence: 99%
“…Важнейшая величина, получаемая из нейтронных экспериментов в купратах [6], [36]- [40], -это локальная восприимчивость χ 2D (ω), которая определяется как мнимая часть спи-новой восприимчивости, проинтегрированная по квазиимпульсу:…”
Section: скейлинговое поведение спиновой восприимчивостиunclassified
“…Один из наиболее ярких экспериментальных результатов -это скейлинг χ 2D : за-висимость χ 2D от ω и T хорошо (а при малом допировании -практически идеально) описывается эмпирическим скейлинговым законом [1], [36], [43]- [46] Покажем, что в рамках СССП (15) оказывается возможным аналитически иссле-довать скейлинг восприимчивости χ 2D (ω).…”
Section: скейлинговое поведение спиновой восприимчивостиunclassified