Add to ORKGPositive linear maps and completely positive linear maps are found to be very important in quantum mechanics, quantum computation and quantum information. In fact they can be used to recognize entangled states, and every quantum channel is represented as a trace preserving completely positive linear map
textThe structure of the set of density matrices, its linear transformations, generalized linear mea...
AbstractWe examine k-minimal and k-maximal operator spaces and operator systems, and investigate the...
Abstract. Entanglement witnesses are observables which when measured, detect entanglement in a measu...
We outline the new approach to a characterization as well as to classification of positive maps. Our...
comments are welcomeThe theory of positive maps plays a central role in operator algebras and functi...
ABSTRACT. We define a completely positive map and classify all completely positive linear maps. We f...
comments are welcomeThe theory of positive maps plays a central role in operator algebras and functi...
We provide a partial classification of positive linear maps in matrix algebras which is based on a f...
Abstract. We survey the duality theory between positive linear maps in ma-trix algebras and entangle...
Entanglement properties of positive operators with ranges in completely entangled subspace
Linear, trace and hermiticity preserving, maps of density matrices that describe the evolution of o...
Linear, trace and hermiticity preserving, maps of density matrices that describe the evolution of o...
Linear Algebra and its Applications (2015)International audienceWe study the problem of whether all ...
Physical transformations are described by linear maps that are completely positive and trace preserv...
textThe structure of the set of density matrices, its linear transformations, generalized linear mea...
textThe structure of the set of density matrices, its linear transformations, generalized linear mea...
AbstractWe examine k-minimal and k-maximal operator spaces and operator systems, and investigate the...
Abstract. Entanglement witnesses are observables which when measured, detect entanglement in a measu...
We outline the new approach to a characterization as well as to classification of positive maps. Our...
comments are welcomeThe theory of positive maps plays a central role in operator algebras and functi...
ABSTRACT. We define a completely positive map and classify all completely positive linear maps. We f...
comments are welcomeThe theory of positive maps plays a central role in operator algebras and functi...
We provide a partial classification of positive linear maps in matrix algebras which is based on a f...
Abstract. We survey the duality theory between positive linear maps in ma-trix algebras and entangle...
Entanglement properties of positive operators with ranges in completely entangled subspace
Linear, trace and hermiticity preserving, maps of density matrices that describe the evolution of o...
Linear, trace and hermiticity preserving, maps of density matrices that describe the evolution of o...
Linear Algebra and its Applications (2015)International audienceWe study the problem of whether all ...
Physical transformations are described by linear maps that are completely positive and trace preserv...
textThe structure of the set of density matrices, its linear transformations, generalized linear mea...
textThe structure of the set of density matrices, its linear transformations, generalized linear mea...
AbstractWe examine k-minimal and k-maximal operator spaces and operator systems, and investigate the...
Abstract. Entanglement witnesses are observables which when measured, detect entanglement in a measu...