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Filamentary model of vibronic spectra of YBa_2Cu_3O_(6.95)

机译:YBa_2Cu_3O_(6.95)的振动光谱丝模型

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摘要

Ellipsometric synchrotron spectroscopy of YBCO provides persuasive evidence supporting the Phillips-Jung (PJ) filamentary nanodomain model of the electronic structure of high-temperature superconductors (HTSCs). The PJ model is part of a universal off-lattice topological platform that explains the origin of the intermediate phase that is responsible for high-temperature superconductivity, the stiffness transition and reversibility window in network glasses, and the folding transitions of proteins. In HTSCs it is both more specific and more general than descriptions based on conventional collective modes related to charge-density waves.
机译:YBCO的椭偏同步加速器光谱学提供了有说服力的证据,支持了高温超导体(HTSCs)电子结构的Phillips-Jung(PJ)丝状纳米域模型。 PJ模型是通用的非晶格拓扑平台的一部分,该平台解释了造成高温超导,网络玻璃中的刚度转变和可逆性窗口以及蛋白质的折叠转变的中间相的起源。在HTSC中,它比基于与电荷密度波有关的常规集体模式的描述更为具体和笼统。

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