Variable-entanglement intermediate states and a tunable non-exhaustive bleeding protocol reduce the average photon cost of generating GHZ and GHZ-like photonic states, e.g., from 10240 to 5287.6 photons for the 10-qubit maximally entangled GHZ state in the idealized loss-free model.
Gimeno-Segovia, P
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Resource-efficient linear-optical generation of GHZ-like states
Variable-entanglement intermediate states and a tunable non-exhaustive bleeding protocol reduce the average photon cost of generating GHZ and GHZ-like photonic states, e.g., from 10240 to 5287.6 photons for the 10-qubit maximally entangled GHZ state in the idealized loss-free model.