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arXiv 1109.4539cond-mat.dis-nncond-mat.mes-hall
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酉$N$ -轨道Anderson模型的非微扰解

Non-perturbative Solution of the Unitary, $N$-Orbital Anderson Model

Shimul Akhanjee

摘要:

迁移率边缘是从F的非微扰分析中提取的。Wegner的实矩阵系综(RME),$N$ -电子在随机势中运动的时间反演不变性被破坏的轨道模型。复制子波动周围的零维(0 D),单一的金属颗粒鞍点,示出不稳定的扩散制度超出了低能量限制,产生一个精确的标准本地化的一个单一的缩放参数。

英文摘要:

The mobility edge is extracted from a non-perturbative analysis of F. Wegner's real matrix ensemble (RME), $N$-orbital model of electrons with broken time-reversal invariance moving in random potential. The replicon fluctuations around the zero-dimensional (0D), single metallic grain saddlepoint, are shown to destabilize diffusive regime beyond the low energy limit yielding a precise criteria of localization in terms of a single scaling parameter.

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。

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