Abstract
Let H be a complex separable Hilbert space and let B(H) be the algebra of all bounded linear operators on H. Let {l_brace}A{sub 1},...,A{sub n}{r_brace} and {l_brace}B{sub 1},...,B{sub n}{r_brace} be two commuting families of self-adjoint operators in B(H). In this paper we are concerned with the investigation of the spectrum of the elementary type operator {Gamma} : B(H) {yields} B(H) defined by {Gamma}(X) = {Sigma}{sup n}{sub i=1}A{sub i}XB{sub i} for all X in B(H). 8 refs.
Khan, G A;
[1]
Kyle, J
[2]
- International Centre for Theoretical Physics, Trieste (Italy)
- Birmingham Univ., Birmingham (United Kingdom). Dept. of Mathematics
Citation Formats
Khan, G A, and Kyle, J.
On the spectrum of elementary type operator.
IAEA: N. p.,
1990.
Web.
Khan, G A, & Kyle, J.
On the spectrum of elementary type operator.
IAEA.
Khan, G A, and Kyle, J.
1990.
"On the spectrum of elementary type operator."
IAEA.
@misc{etde_10111536,
title = {On the spectrum of elementary type operator}
author = {Khan, G A, and Kyle, J}
abstractNote = {Let H be a complex separable Hilbert space and let B(H) be the algebra of all bounded linear operators on H. Let {l_brace}A{sub 1},...,A{sub n}{r_brace} and {l_brace}B{sub 1},...,B{sub n}{r_brace} be two commuting families of self-adjoint operators in B(H). In this paper we are concerned with the investigation of the spectrum of the elementary type operator {Gamma} : B(H) {yields} B(H) defined by {Gamma}(X) = {Sigma}{sup n}{sub i=1}A{sub i}XB{sub i} for all X in B(H). 8 refs.}
place = {IAEA}
year = {1990}
month = {Nov}
}
title = {On the spectrum of elementary type operator}
author = {Khan, G A, and Kyle, J}
abstractNote = {Let H be a complex separable Hilbert space and let B(H) be the algebra of all bounded linear operators on H. Let {l_brace}A{sub 1},...,A{sub n}{r_brace} and {l_brace}B{sub 1},...,B{sub n}{r_brace} be two commuting families of self-adjoint operators in B(H). In this paper we are concerned with the investigation of the spectrum of the elementary type operator {Gamma} : B(H) {yields} B(H) defined by {Gamma}(X) = {Sigma}{sup n}{sub i=1}A{sub i}XB{sub i} for all X in B(H). 8 refs.}
place = {IAEA}
year = {1990}
month = {Nov}
}