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Infinitely divisible distributions for rectangular free convolution: classification and matricial interpretation

机译:矩形自由卷积的无限可整分布:分类和矩阵解释

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摘要

In a previous paper (Benaych-Georges in Related Convolution 2006), we defined the rectangular free convolution boxed plus(lambda). Here, we investigate the related notion of infinite divisibility, which happens to be closely related the classical infinite divisibility: there exists a bijection between the set of classical symmetric infinitely divisible distributions and the set of boxed plus(lambda)-infinitely divisible distributions, which preserves limit theorems. We give an interpretation of this correspondence in terms of random matrices: we construct distributions on sets of complex rectangular matrices which give rise to random matrices with singular laws going from the symmetric classical infinitely divisible distributions to their boxed plus(lambda)-infinitely divisible correspondents when the dimensions go from one to infinity in a ratio lambda.
机译:在先前的论文中(Benaych-Georges在Related Convolution中,2006年),我们定义了矩形自由卷积盒装(lambda)。在这里,我们研究无限可分性的相关概念,它与经典无限可分性紧密相关:在经典对称无限可分分布的集合与盒装加(lambda)-无限可分分布的集合之间存在双射保留极限定理。我们用随机矩阵来解释这种对应关系:我们在一组复杂的矩形矩阵上构造分布,这些分布会产生带有奇异律的随机矩阵,这些奇异的规律从对称的经典无限可分解的分布到其盒式加(lambda)-无限可分解的对应物当尺寸以比例λ从一变为无穷大时。

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