On the Asymptotic Spectrum of Products of Independent Random Matrices
arXiv:1012.2710
Abstract
We consider products of independent random matrices with independent entries. The limit distribution of the expected empirical distribution of eigenvalues of such products is computed. Let , be mutually independent complex random variables with $\E X^{(ν)}_{jk}=0$ and $\E {|X^{(ν)}_{jk}|}^2=1$. Let denote an matrix with entries , for . Denote by the eigenvalues of the random matrix and define its empirical spectral distribution by $$ \mathcal F_n(x,y)=\frac1n\sum_{k=1}^n\mathbb I\{\re{λ_k}\le x,\im{λ_k\le y}\}, $$ where denotes the indicator of an event . We prove that the expected spectral distribution $F_n^{(m)}(x,y)=\E \mathcal F_n^{(m)}(x,y)$ converges to the distribution function corresponding to the -th power of the uniform distribution on the unit disc in the plane .
Complete formulas (4.14); correct typos
References in corpus (1)
Cited by in corpus (13)
- Products of independent elliptic random matrices
- Universal distribution of Lyapunov exponents for products of Ginibre matrices
- Statistical limits of dictionary learning: random matrix theory and the spectral replica method
- A non-Hermitian generalisation of the Marchenko-Pastur distribution: from the circular law to multi-criticality
- Bulk and soft-edge universality for singular values of products of Ginibre random matrices
- Permanental processes from products of complex and quaternionic induced Ginibre ensembles
- Asymptotic Spectra of Matrix-Valued Functions of Independent Random Matrices and Free Probability
- Phase transitions for infinite products of large non-Hermitian random matrices
- Real eigenvalue statistics for products of asymmetric real Gaussian matrices
- Mixed Moments for the Product of Ginibre Matrices
- Limiting Empirical Spectral Distribution for Products of Rectangular Matrices
- Limiting Distributions of Spectral Radii for Product of Matrices from the Spherical Ensemble
- Jacobi polynomial moments and products of random matrices