AbstractLet A be a separable C*-algebra and let Mloc(A) be the local multiplier algebra of A. It is shown that every minimal closed prime ideal of Mloc(A) is primitive. If Prim(A) has a dense Gδ consisting of closed points (for instance, if Prim(A) is a T1-space) and A is unital, then Mloc(A) is its own local multiplier algebra and has only inner derivations. The same is true for Mloc(Mloc(A)) if A is non-unital. If A is postliminal then Mloc(Mloc((A)) is the regular σ-completion of A, which is an AW*-algebra
I. If A is a $\sigma$-unital C*-algebra with FS and M(A) is the multiplier algebra of A, we relate t...
If a C*-algebra A is a C₀(X)-algebra then the multiplier algebra M(A) is a C(βX)-algebra in a canoni...
AbstractAny nonassociative algebra A, regarded as a left module over its multiplication algebra M(A)...
AbstractLet A be a separable C*-algebra and let Mloc(A) be the local multiplier algebra of A. It is ...
We discuss necessary as well as sufficient conditions for the second iterated local multiplier algeb...
AbstractWe construct an AF-algebra A such that its local multiplier algebra Mloc(A) does not agree w...
The local multiplier algebra Mloc(A) of a C*-algebra A has the property that Mloc (A) ⊆ Mloc(Mloc(A)...
Abstract. Characterizations of those separable C∗-algebras that haveW∗-algebra injective envelopes o...
Abstract. We use recent work on spectral synthesis in multiplier algebras to give an intrinsic chara...
AbstractFor a C∗-algebra A let M(A) denote the two-sided multipliers of A in its enveloping von Neum...
AbstractThe question of which C∗-algebras have only inner derivations has been considered by a numbe...
AbstractThe derivation constant K(A)⩾12 has been previously studied for unital non-commutative C⁎-al...
We are grateful to the referee for a number of helpful comments.Peer reviewedPostprin
AbstractIn this paper, it is shown that every norm continuous linear local derivation from an arbitr...
AbstractFor a commutative subspace lattice L in a von Neumann algebra N and a bounded linear map f:N...
I. If A is a $\sigma$-unital C*-algebra with FS and M(A) is the multiplier algebra of A, we relate t...
If a C*-algebra A is a C₀(X)-algebra then the multiplier algebra M(A) is a C(βX)-algebra in a canoni...
AbstractAny nonassociative algebra A, regarded as a left module over its multiplication algebra M(A)...
AbstractLet A be a separable C*-algebra and let Mloc(A) be the local multiplier algebra of A. It is ...
We discuss necessary as well as sufficient conditions for the second iterated local multiplier algeb...
AbstractWe construct an AF-algebra A such that its local multiplier algebra Mloc(A) does not agree w...
The local multiplier algebra Mloc(A) of a C*-algebra A has the property that Mloc (A) ⊆ Mloc(Mloc(A)...
Abstract. Characterizations of those separable C∗-algebras that haveW∗-algebra injective envelopes o...
Abstract. We use recent work on spectral synthesis in multiplier algebras to give an intrinsic chara...
AbstractFor a C∗-algebra A let M(A) denote the two-sided multipliers of A in its enveloping von Neum...
AbstractThe question of which C∗-algebras have only inner derivations has been considered by a numbe...
AbstractThe derivation constant K(A)⩾12 has been previously studied for unital non-commutative C⁎-al...
We are grateful to the referee for a number of helpful comments.Peer reviewedPostprin
AbstractIn this paper, it is shown that every norm continuous linear local derivation from an arbitr...
AbstractFor a commutative subspace lattice L in a von Neumann algebra N and a bounded linear map f:N...
I. If A is a $\sigma$-unital C*-algebra with FS and M(A) is the multiplier algebra of A, we relate t...
If a C*-algebra A is a C₀(X)-algebra then the multiplier algebra M(A) is a C(βX)-algebra in a canoni...
AbstractAny nonassociative algebra A, regarded as a left module over its multiplication algebra M(A)...