An interleaved optical pumping scheme boosts storage efficiency of a telecom-band erbium quantum memory by more than an order of magnitude, enabling polarization, frequency, and time-bin qubit storage at moderate field and temperature.
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Efficient Storage of Multidimensional Telecom Photons in a Solid-State Quantum Memory
An interleaved optical pumping scheme boosts storage efficiency of a telecom-band erbium quantum memory by more than an order of magnitude, enabling polarization, frequency, and time-bin qubit storage at moderate field and temperature.