  Quantum Discord (QD) is a measure of the total quantum non-local correlations
of a quantum system. The formalism of quantum discord has been applied to
various two-qubit mixed states and it has been reported that there is a
non-zero quantum discord even when the states are unentangled. To this end, we
have calculated the Quantum Discord for higher than two qubit mixed state, that
is, the generalized n-qubit Werner state with a bipartite split. We found that
the QD saturates to a straight line with unit slope in the thermodynamic limit.
Qualitative studies of entanglement between the two subsystems using
logarithmic negativity revealed that the entanglement content between them
increases non-uniformly with the number of qubits leading to its saturation. We
have proved the above claims both analytically and numerically.
