Entangling distant stationary qubits—such as superconducting qubits, color centers, trapped ions, and phononic modes—commonly relies on flying photons transmitted through noisy channels. The fidelity of remote entanglement is severely degraded by channel noise. While entanglement purification can theoretically mitiga...
Jing Wu, Chang-Qing Wang, Andrew R. Cameron et al.· Quantum Science and Technolo...· 0 citations
Quantum networks are resources for scaling quantum computers and distributed sensing technologies while offering post-quantum security benefits. Teleporting non-classical resources like entanglement, via so called entanglement swapping, is essential for networks in particular overcoming rate-loss limits via quantum rep...
Andrew R. Cameron, Jordan M. Thomas, A. Macridin et al.· 0 citations
Quantum networks are resources for scaling quantum computers and distributed sensing technologies while offering post-quantum security benefits. Teleporting non-classical resources like entanglement, via so called entanglement swapping, is essential for networks in particular overcoming rate-loss limits via quantum rep...
Andrew Cameron, Jordan M. Thomas, A. Macridin et al.· 0 citations
Long-distance entanglement distribution is hindered by photon loss in optical fibers and the nocloning theorem. Optical quantum repeater (QR) protocols rely on Bell state measurements (BSMs), they are intrinsically limited to probabilistic photon operations and fail 50% of the time. We propose a hybrid approach to buil...
Francesco Fiorini, Jing Wu, Andrew R. Cameron et al.· Physical Review A· 0 citations
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