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The simulation of single photon and applied to the design of quantum antenna

机译:单光子仿真及其在量子天线设计中的应用

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Starting from the Maxwell's equations, taking the transverse electromagnetic wave as an example, we use the finite difference time domain method to simulate the generation and transmission process of single photon. The entanglement phenomenon of two single photons during transmission is also analyzed. The single photon is transmitted in time sequence or in time slot of frame structure. In the process of transmission, the W entangled state of photon can also be formed. Then, we design a planar square quantum antenna array, and characterize multi photon entangled state images.
机译:从麦克斯韦方程开始,以横向电磁波为例,我们采用时域有限差分法模拟了单光子的产生和传输过程。还分析了两个单光子在传输过程中的纠缠现象。单光子按时间序列或帧结构的时隙发送。在传输过程中,也可以形成光子的W纠缠态。然后,我们设计了一个平面正方形量子天线阵列,并表征了多光子纠缠态图像。

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