Add to ORKGAbstract. The purpose of the present paper is to study tensor prod-ucts of operator systems. After giving an axiomatic definition of ten-sor products in this category, we examine in detail several particular examples of tensor products, including a minimal, maximal, maximal commuting, maximal injective and some asymmetric tensor products. We characterize these tensor products in terms of their universal prop-erties and give descriptions of their positive cones. We also characterize the corresponding tensor products of operator spaces induced by a cer-tain canonical inclusion of an operator space into an operator system. We examine notions of nuclearity for our tensor products which, on th
Given a finite or countably infinite family of Hilbert spaces \((H_j)_{j\in N} \), we study the Hilb...
Abstract. We obtain a classification of the projective tensor product of C(K) spaces according to th...
Abstract. We will introduce tensor product spectrums on the ten-sor product spaces. And we will show...
AbstractThe purpose of the present paper is to lay the foundations for a systematic study of tensor ...
In this dissertation, we start by studying the operator system maximal tensor product, called max, i...
AbstractIn this short article, we study tensor products of not necessarily unital operator systems (...
AbstractIn this paper we lay the foundations for a systematic study of tensor products of subspaces ...
AbstractWe give sufficient conditions for the universality of tensor products {Tn⊗Rn:n∈N} of sequenc...
Using words of operators in tensor product, this talk will present an inequality for positive operat...
{If} $\phi:\mathcal{S}\rightarrow\mathcal{T}$ is a completely positive (cp) linear map of operator s...
In this paper we develop a consistent formalism for constructing the tensor product of Hilbert space...
We study whether the operator space V ∗∗ α ⊗ W∗∗ can be identified with a subspace of the bidual spa...
We characterize norm hermitian operators on classes of tensor products of Banach spaces and derive r...
In this paper, we develop a framework for tensor product with imprecise and indeterminate bounds as ...
We show that the tensor product of two operatorvalued frames for two Hilbert C*-modules is an opera...
Given a finite or countably infinite family of Hilbert spaces \((H_j)_{j\in N} \), we study the Hilb...
Abstract. We obtain a classification of the projective tensor product of C(K) spaces according to th...
Abstract. We will introduce tensor product spectrums on the ten-sor product spaces. And we will show...
AbstractThe purpose of the present paper is to lay the foundations for a systematic study of tensor ...
In this dissertation, we start by studying the operator system maximal tensor product, called max, i...
AbstractIn this short article, we study tensor products of not necessarily unital operator systems (...
AbstractIn this paper we lay the foundations for a systematic study of tensor products of subspaces ...
AbstractWe give sufficient conditions for the universality of tensor products {Tn⊗Rn:n∈N} of sequenc...
Using words of operators in tensor product, this talk will present an inequality for positive operat...
{If} $\phi:\mathcal{S}\rightarrow\mathcal{T}$ is a completely positive (cp) linear map of operator s...
In this paper we develop a consistent formalism for constructing the tensor product of Hilbert space...
We study whether the operator space V ∗∗ α ⊗ W∗∗ can be identified with a subspace of the bidual spa...
We characterize norm hermitian operators on classes of tensor products of Banach spaces and derive r...
In this paper, we develop a framework for tensor product with imprecise and indeterminate bounds as ...
We show that the tensor product of two operatorvalued frames for two Hilbert C*-modules is an opera...
Given a finite or countably infinite family of Hilbert spaces \((H_j)_{j\in N} \), we study the Hilb...
Abstract. We obtain a classification of the projective tensor product of C(K) spaces according to th...
Abstract. We will introduce tensor product spectrums on the ten-sor product spaces. And we will show...