Self-Adjoint Interpolation on AX=Y in a Tridiagonal Algebra Algmathcal L
Given operators X and Y acting on a separable Hilbert space H, an interpolating operator is a bounded operator A such that AX = Y. In this article, we investigate self-adjoint interpo-lation problems for operators in a tridiagonal algebra: Let L be a subspace lattice acting on a separable complex Hi...
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Published in | Honam mathematical journal Vol. 36; no. 1; pp. 29 - 32 |
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Main Authors | , |
Format | Journal Article |
Language | Korean |
Published |
호남수학회
30.03.2014
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Online Access | Get full text |
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Summary: | Given operators X and Y acting on a separable Hilbert space H, an interpolating operator is a bounded operator A such that AX = Y. In this article, we investigate self-adjoint interpo-lation problems for operators in a tridiagonal algebra: Let L be a subspace lattice acting on a separable complex Hilbert space H and let X = (χij) and Y = (yij) be operators acting on H. Then the following are equivalent: (1)There exists a self-adjoint operator A = (aij) in AlgL such that AX = Y. (2) There is a bounded real sequence {αn} such that yij = αiχij for i,j ∈ N. |
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Bibliography: | THE HONAM MATHEMATICAL SOCIETY KWANGJU |
ISSN: | 1225-293X |