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Long-Coherence-Time Qubit Memory: Combining an Efficient Light-Atom Interface and Low-Decoherence Atomic States

机译:长期相干时QUBBit记忆:结合有效的光原子接口和低脱机原子状态

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摘要

Long-term storage of quantum information is a long standing goal since decades. It is particularly motivated by the fact that quantum network implementations strongly rely on quantum memories for light [1]. Long storage time and high efficiency are the main two figures of merit for a qubit memory. However, although quantum memories have been implemented in a large variety of physical systems, it turns out to be challenging to simultaneously fulfill those two main requirements.
机译:几十年以来,量子信息的长期存储是一个长期的目标。它特别激励了量子网络实现强烈依赖于光的量子存储器[1]。长存储时间和高效率是Qubit存储器的主要两个数字。然而,尽管量子存储器已经在各种物理系统中实施,但事实证明,同时满足这两个主要要求。

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