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Time reversal of optically carried radiofrequency signals in the microsecond range

机译:光传输射频信号在微秒范围内的时间反转

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The time-reversal (TR) protocol we implement in an erbium-doped YSO crystal is based on photon echoes but avoids the storage of the signal to be processed. Unlike other approaches implying digitizing or highly dispersive optical fibers, the proposed scheme reaches the μs range and potentially offers high bandwidth, both required for RADAR applications. In this Letter, we demonstrate faithful reversal of arbitrary pulse sequences with 6 μs duration and 10 MHz bandwidth. To the best of our knowledge, this is the first demonstration of TR via linear filtering in a programmable material.
机译:我们在掺er YSO晶体中实现的时间反转(TR)协议基于光子回波,但避免了待处理信号的存储。与其他暗示数字化或高度分散光纤的方法不同,拟议的方案达到了μs范围,并可能提供高带宽,这都是RADAR应用所需的。在这封信中,我们展示了持续时间为6μs,带宽为10 MHz的任意脉冲序列的真实反转。据我们所知,这是在可编程材料中通过线性滤波进行TR的首次演示。

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