论文标题
量子反射颞涂层：量子状态频率移动和抑制热噪声扩增
Quantum antireflection temporal coatings: quantum state frequency shifting and inhibited thermal noise amplification
论文作者
论文摘要
我们研究了抗反应时间涂层的量子光学响应，即匹配的时间层，这些临时层抑制了时间边界中向后波的产生。我们的结果表明，量子抗反射时间涂层的特征是诱导量子状态的频移，同时保留所有光子统计数据完整。因此，他们可能会发现在光子量子网络中快速量子频率转移的应用。量子理论还提供了有关其经典操作方式的其他见解，并阐明了通过时间边界保留了哪些数量。最后，我们表明量子抗反射时间涂料可以在不放大热场的情况下快速切换。
We investigate the quantum optical response of antireflection temporal coatings, i.e., matching temporal layers that suppress the generation of backward waves in temporal boundaries. Our results reveal that quantum antireflection temporal coatings are characterized for inducing a frequency shift of the quantum state, while preserving all photon statistics intact. Thus, they might find application for fast quantum frequency shifting in photonic quantum networks. The quantum theory also provides additional insight on their classical mode of operation, clarifying which quantities are preserved through the temporal boundary. Finally, we show that quantum antireflection temporal coatings allow for fast temporal switching without the amplification of thermal fields.
