This article discusses the complete separability and partial separability of the pure states of the quantum network of three nodes by means of the criterion of entanglement in terms of the covariance correlation tensor in quantum network theory.Physics, MultidisciplinarySCI(E)中国科学引文数据库(CSCD)7ARTICLE133-384
We explore the subtle relationships between partial separability and entanglement of subsystems in m...
Monogamy of bipartite correlations leads, for arbitrary pure multiqubit states, to simple conditions...
The purpose of this paper is to obtain a sufficient and necessary condition as a criteria to test wh...
This article discusses the complete separability and partial separability of the mixed states of qua...
This article discusses the separability of the pure and mixed states of the quantum network of four ...
By means of the criterion of entanglement in terms of the covariance correlation tensor in quantum n...
This article discusses the separability of the pure states and mixed states of the quantum network o...
This article discusses the covariance correlation tensor (CCT) in quantum network theory for four Be...
By using the block division method in matrix calculus, this article successfully calculate the expec...
Beyond future applications, quantum networks open interesting fundamental perspectives, notably nove...
The GHZ states and W states are two fundamental types of three qubits quantum entangled states. For ...
A general framework is developed for separating classical and quantum correlations in a multipartite...
Considering important roles of quantum entanglement in quantum communication and quantum computation...
This article discusses the variation of the knotted picture of the quantum pure state \chi> = alp...
Quantum entanglement is a key property of quantum information theory, that is at the heart of numer...
We explore the subtle relationships between partial separability and entanglement of subsystems in m...
Monogamy of bipartite correlations leads, for arbitrary pure multiqubit states, to simple conditions...
The purpose of this paper is to obtain a sufficient and necessary condition as a criteria to test wh...
This article discusses the complete separability and partial separability of the mixed states of qua...
This article discusses the separability of the pure and mixed states of the quantum network of four ...
By means of the criterion of entanglement in terms of the covariance correlation tensor in quantum n...
This article discusses the separability of the pure states and mixed states of the quantum network o...
This article discusses the covariance correlation tensor (CCT) in quantum network theory for four Be...
By using the block division method in matrix calculus, this article successfully calculate the expec...
Beyond future applications, quantum networks open interesting fundamental perspectives, notably nove...
The GHZ states and W states are two fundamental types of three qubits quantum entangled states. For ...
A general framework is developed for separating classical and quantum correlations in a multipartite...
Considering important roles of quantum entanglement in quantum communication and quantum computation...
This article discusses the variation of the knotted picture of the quantum pure state \chi> = alp...
Quantum entanglement is a key property of quantum information theory, that is at the heart of numer...
We explore the subtle relationships between partial separability and entanglement of subsystems in m...
Monogamy of bipartite correlations leads, for arbitrary pure multiqubit states, to simple conditions...
The purpose of this paper is to obtain a sufficient and necessary condition as a criteria to test wh...
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