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- Concurrence_(quantum_computing) abstract "In quantum information science, the concurrence is an entanglement monotone defined for a mixed state of two qubits as.in which are the eigenvalues, in decreasing order, of the Hermitian matrixwiththe spin-flipped state of , a Pauli spin matrix, and the eigenvalues listed in decreasing order.Alternatively, the 's represent the square roots of the eigenvalues of the non-Hermitian matrix . Note that each is a non-negative real number. From the concurrence, the entanglement of formation can be calculated.For pure states, the concurrence is a polynomial invariant in the state's coefficients. For mixed states, the concurrence can be defined by convex roof extension.For the concurrence, there is monogamy of entanglement, that is, the concurrence of a qubit with the rest of the system cannot ever exceed the sum of the concurrences of qubit pairs which it is part of.".
- Concurrence_(quantum_computing) wikiPageID "17074970".
- Concurrence_(quantum_computing) wikiPageRevisionID "591724318".
- Concurrence_(quantum_computing) hasPhotoCollection Concurrence_(quantum_computing).
- Concurrence_(quantum_computing) subject Category:Quantum_information_science.
- Concurrence_(quantum_computing) subject Category:Theoretical_computer_science.
- Concurrence_(quantum_computing) comment "In quantum information science, the concurrence is an entanglement monotone defined for a mixed state of two qubits as.in which are the eigenvalues, in decreasing order, of the Hermitian matrixwiththe spin-flipped state of , a Pauli spin matrix, and the eigenvalues listed in decreasing order.Alternatively, the 's represent the square roots of the eigenvalues of the non-Hermitian matrix . Note that each is a non-negative real number.".
- Concurrence_(quantum_computing) label "Concurrence (quantum computing)".
- Concurrence_(quantum_computing) sameAs m.0417gl7.
- Concurrence_(quantum_computing) sameAs Q5159090.
- Concurrence_(quantum_computing) sameAs Q5159090.
- Concurrence_(quantum_computing) wasDerivedFrom Concurrence_(quantum_computing)?oldid=591724318.
- Concurrence_(quantum_computing) isPrimaryTopicOf Concurrence_(quantum_computing).