Abstract

We calculate analytically the one-way deficit for systems consisting spin-jj and spin-12{1}{2} subsystems with SU(2) symmetry. Comparing our results with the quantum discord of SU(2) invariant states, we show that the one-way deficit is equal to the quantum discord for half-integer jj, and is larger than the quantum discord for integer jj. Moreover, we also compare the one-way deficit with entanglement of formation. The quantum entanglement tends to zero as jj increases, while the one-way deficit can remain significantly large.

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