A Journey Through Discrete MathematicsGershgorin Disks for Multiple Eigenvalues of Non-negative Matrices
A Journey Through Discrete Mathematics: Gershgorin Disks for Multiple Eigenvalues of Non-negative...
Bárány, Imre; Solymosi, József
2017-05-09 00:00:00
[Gershgorin’s famous circle theorem states that all eigenvalues of a square matrix lie in disks (called Gershgorin disks) around the diagonal elements. Here we show that if the matrix entries are non-negative and an eigenvalue has geometric multiplicity at least two, then this eigenvalue lies in a smaller disk. The proof uses geometric rearrangement inequalities on sums of higher dimensional real vectors which is another new result of this paper.]
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A Journey Through Discrete MathematicsGershgorin Disks for Multiple Eigenvalues of Non-negative Matrices
Editors: Loebl, Martin; Nešetřil, Jaroslav; Thomas, Robin
[Gershgorin’s famous circle theorem states that all eigenvalues of a square matrix lie in disks (called Gershgorin disks) around the diagonal elements. Here we show that if the matrix entries are non-negative and an eigenvalue has geometric multiplicity at least two, then this eigenvalue lies in a smaller disk. The proof uses geometric rearrangement inequalities on sums of higher dimensional real vectors which is another new result of this paper.]
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