Robustness of multiparticle entanglement: specific entanglement classes and random states
We investigate the robustness of genuine multiparticle entanglement under decoherence.
We consider different kinds of entangled three-and four-qubit states as well as random pure
states. For amplitude damping noise, we find that the W-type states are most robust, while
other states are not more robust than generic states. For phase damping noise the GHZ state
is the most robust state, and for depolarizing noise several states are significantly more
robust than random states.
We consider different kinds of entangled three-and four-qubit states as well as random pure
states. For amplitude damping noise, we find that the W-type states are most robust, while
other states are not more robust than generic states. For phase damping noise the GHZ state
is the most robust state, and for depolarizing noise several states are significantly more
robust than random states.
Abstract
We investigate the robustness of genuine multiparticle entanglement under decoherence. We consider different kinds of entangled three-and four-qubit states as well as random pure states. For amplitude damping noise, we find that the W-type states are most robust, while other states are not more robust than generic states. For phase damping noise the GHZ state is the most robust state, and for depolarizing noise several states are significantly more robust than random states.
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