Brown measure of \(R\)-diagonal operators, revisited
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Publication:6620635
DOI10.1007/978-3-031-38020-4_10MaRDI QIDQ6620635
Publication date: 17 October 2024
Selfadjoint operator algebras ((C^*)-algebras, von Neumann ((W^*)-) algebras, etc.) (46Lxx) Special classes of linear operators (47Bxx) General theory of linear operators (47Axx) Integral, integro-differential, and pseudodifferential operators (47Gxx)
Cites Work
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- Around the circular law
- Free probability and random matrices
- The single ring theorem
- Decompositions of the free additive convolution
- A decomposition theorem in \(\mathrm{II}_{1}\)-factors
- The Lebesgue decomposition of the free additive convolution of two probability distributions
- Invariant subspaces for operators in a general \(\text{II}_{1}\)-factor
- Limit laws for random matrices and free products
- Brown's spectral distribution measure for \(R\)-diagonal elements in finite von Neumann algebras
- Eigenvalues of non-Hermitian random matrices and Brown measure of non-normal operators: Hermitian reduction and linearization method
- An upper triangular decomposition theorem for some unbounded operators affiliated to \(\mathrm{II}_{1}\)-factors
- Commutators of free random variables
- Local single ring theorem on optimal scale
- A new approach to subordination results in free probability
- Determinant theory in finite factors
- \(R\)-diagonal elements and freeness with amalgamation
- Resolvents of $\mathscr{R}$-diagonal operators
- Brown measures of unbounded operators affiliated with a finite von Neumann algebra
- $R$-diagonal pairs - a common approach to Haar unitaries and circular elements
- The Law of Large Numbers for the Free Multiplicative Convolution
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