We consider pure quantum states of N qubits and study the genuine N-qubit entanglement that is shared among all the N qubits. We introduce a information-theoretic measure of genuine N-qubit entanglement based on bipartite partitions. When N is an even number, this measure is presented in a simple formula, which depends only on the purities of the partially reduced density matrices. It can be easily computed theoretically and measured experimentally. When N is an odd number, the measure can also be obtained in principle
For every N-qubit density matrix written in the computational basis, an associated "X-density matrix...
AbstractWe review the criteria for separability and quantum entanglement, both in a bipartite as wel...
Characterizing genuine multipartite quantum correlations in quantum physical systems has historicall...
Quantifying entanglement is vital to understand entanglement as a resource in quantum information pr...
Entanglement is a key ingredient for quantum technologies and a fundamental signature of quantumness...
Entanglement is a key ingredient for quantum technologies and a fundamental signature of quantumness...
A method is proposed to characterize and quantify multipartite entanglement in terms of the probabil...
The Groverian entanglement measure of pure quantum states of $n$ qubits is generalized to the case i...
Based on the quantitative complementarity relations, we analyze thoroughly the properties of multipa...
Quantum entanglement is a key property of quantum information theory, that is at the heart of numer...
We show that entanglement of pure multiparty states can be quantified by means of quantum uncertaint...
We establish a relation between concurrence and entanglement witnesses. In particular, we construct ...
Based on the quantitative complementarity relations, we analyze thoroughly the properties of multipa...
A simple entanglement measure for multipartite pure states is formulated based on the partial entrop...
In this short communication it is proposed the general form of a n-qubit disentangled state as a irr...
For every N-qubit density matrix written in the computational basis, an associated "X-density matrix...
AbstractWe review the criteria for separability and quantum entanglement, both in a bipartite as wel...
Characterizing genuine multipartite quantum correlations in quantum physical systems has historicall...
Quantifying entanglement is vital to understand entanglement as a resource in quantum information pr...
Entanglement is a key ingredient for quantum technologies and a fundamental signature of quantumness...
Entanglement is a key ingredient for quantum technologies and a fundamental signature of quantumness...
A method is proposed to characterize and quantify multipartite entanglement in terms of the probabil...
The Groverian entanglement measure of pure quantum states of $n$ qubits is generalized to the case i...
Based on the quantitative complementarity relations, we analyze thoroughly the properties of multipa...
Quantum entanglement is a key property of quantum information theory, that is at the heart of numer...
We show that entanglement of pure multiparty states can be quantified by means of quantum uncertaint...
We establish a relation between concurrence and entanglement witnesses. In particular, we construct ...
Based on the quantitative complementarity relations, we analyze thoroughly the properties of multipa...
A simple entanglement measure for multipartite pure states is formulated based on the partial entrop...
In this short communication it is proposed the general form of a n-qubit disentangled state as a irr...
For every N-qubit density matrix written in the computational basis, an associated "X-density matrix...
AbstractWe review the criteria for separability and quantum entanglement, both in a bipartite as wel...
Characterizing genuine multipartite quantum correlations in quantum physical systems has historicall...