Entanglement of formation is non-monotonic with concurrence: a simple proof
Quantum Information Processing
Concurrence in the framework of coherent states
Quantum Information Processing
Multipartite quantum systems and symplectic toric manifolds
Quantum Information Processing
Entanglement probability distribution of bi-partite randomised stabilizer states
Quantum Information & Computation
Entanglement of formation of rotationally symmetric states
Quantum Information & Computation
Quantum Information & Computation
On global effects caused by locally noneffective unitary operations
Quantum Information & Computation
Concurrence vectors of multipartite states based on coefficient matrices
Quantum Information Processing
Bipartite entanglement of nonlinear quantum systems in the context of the q-Heisenberg Weyl algebra
Quantum Information Processing
General Theory of Information Transfer and Combinatorics
Steady-state correlations of two atoms interacting with a reservoir
Quantum Information & Computation
Beam splitting and entanglement generation: excited coherent states
Quantum Information Processing
Non-monogamy of quantum discord and upper bounds for quantum correlation
Quantum Information & Computation
Concurrence for infinite-dimensional quantum systems
Quantum Information Processing
Quantum Fisher information for moving three-level atom
Quantum Information Processing
The monogamy relation and quantum phase transition in one-dimensional anisotropic XXZ model
Quantum Information Processing
Multipartite concurrence for $$X$$X states under decoherence
Quantum Information Processing
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Entanglement of formation is one of three widely studied measures of entanglement of a general bipartite system. This paper reviews our current understanding of entanglement of formation and the related concept of concurrence, including discussions of additivity, the problem of finding explicit formulas, and connections between concurrence and other properties of bipartite states.