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Heavy Tailed Random Matrices: How They Differ from the GOE, and Open Problems

机译:重尾随机矩阵:它们与GOE的不同之处,以及打开问题

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Since the pioneering works of Wishart and Wigner on random matrices, matrices with independent entries with finite moments have been intensively studied.Not only it was shown that their spectral measure converges to the semicircle law, but fluctuations both global and local were analyzed in fine details.More recently, the domain of universality of these results was investigated, in particular by Erdos-Yau et al and Tao-Vu et al.This survey article takes the opposite point of view by considering matrices which are not in the domain of universality of Wigner matrices: they have independent entries but with heavy tails.We discuss the properties of these matrices.They are very different from Wigner matrices: the limit law of the spectral measure is not the semi-circle distribution anymore, the global fluctuations are stronger and the local fluctuations may undergo a transition and remain rather mysterious.
机译:由于Wishart和Wigner在随机矩阵上的开创性作品,因此已经深入研究了具有有限矩的独立条目的矩阵。仅显示它们的光谱测量融合到半圆法,而是在细节中分析全球和局部的波动最近,调查了这些结果的普遍性领域,特别是Erdos-Yau等人和Tao-Vu等人。本文通过考虑不在普遍性领域的矩阵来实现相反的观点。 Wigner矩阵:它们有独立的条目,但具有重尾部。我们讨论了这些矩阵的性质。他们与Wigner矩阵截然不同:光谱措施的极限规律不再是半圆形分布,全局波动更强大和本地波动可能发生过渡并保持相当神秘。

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