Abstract

We study the empirical measure LAnL_{A_n} of the eigenvalues of non-normal square matrices of the form An=UnDnVnA_n=U_nD_nV_n with Un,VnU_n,V_n independent Haar distributed on the unitary group and DnD_n real diagonal. We show that when the empirical measure of the eigenvalues of DnD_n converges, and DnD_n satisfies some technical conditions, LAnL_{A_n} converges towards a rotationally invariant measure on the complex plan whose support is a single ring. In particular, we provide a complete proof of Feinberg-Zee single ring theorem \cite{FZ}. We also consider the case where Un,VnU_n,V_n are independent Haar distributed on the orthogonal group.

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