论文标题
实现“虚拟”光束分离器 - 半相互交互成像的固定实现
Realizing the "fictitious" beam splitter -- A stationary implementation of semi-counterfactual interaction-free imaging
论文作者
论文摘要
基于量子反事实的无相互作用测量，我们提出了一种具有异常反射和传输特性的光束分离器的实现方案，看上去不可能是不可能的。我们的方案是固定的，而无需切换镜子和极化旋转器。使用该方案进行成像将确保被成像的对象接收到的光辐射可以任意较低。因此，它启用了可以在没有可检测到的环境光的情况下可以使用的隐身夜视设备等应用程序，或者被用作针对某些反事实量子加密协议的手牌软件。
Based on quantum counterfactual interaction-free measurement, we propose an implementation scheme for a beam splitter with anomalous reflection and transmission properties that looks impossible at first glance. Our scheme is stationary without requiring switchable mirrors and polarization rotators. Using the scheme for imaging will ensure that the optical radiation received by the object being imaged can be arbitrarily low. Thus it enables applications such as stealthy night vision devices that can work without detectable ambient light, or being used as a hackware against some counterfactual quantum cryptographic protocols.
