...度，一种是 利用量子相干通过调节原子响应和频谱的依赖关系， 如电磁诱导透明（electromagnetically induced transparency EIT），第二种是利用人工的材 料结构（如光子晶体）在宏观的水平来调节光学性 质。
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The atoms had an effect called electromagnetically induced transparency (EIT), which enabled the scientists to separate the single-photon precursors from the main wave packet.
这些铷原子可以产生一种称为“电磁感应光透明”(EIT)的效应，可以帮助科学家从主波包中分离出单个光子前驱。
IT is well known that Electromagnetically Induced Transparency (EIT) occurs because of the absorption cancellation by atomic coherence and interference.
我们知道电磁诱导透明(简称EIT)是原子相干对光吸收的相消干涉所致。
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