An experimental demonstration of quantum not gate: Transition from classical to quantum regime

Shihan Sajeed, A. Haider
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Abstract

Path of a photon was considered to be used as qubit for implementing quantum NOT gate. An experimental setup was designed using a Mach-Zehnder interferometer constructed from simple optical devices such as He-Ne lasers, beam splitters, mirrors, attenuators etc. and quantum interference was utilized for multi photon case. A number of experiments were performed and the outcome of the experiment was observed by taking a number of photographs of the output beam for a number of input intensities. The observations proved that the setup indeed performed the required NOT transformation with good reliability at multi photon case and thus can be usefully used as a quantum not gate.
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量子非门的实验证明:从经典到量子的跃迁
利用光子的路径作为量子比特实现量子非门。利用He-Ne激光器、分束器、反射镜、衰减器等简单光学器件组成的马赫-曾德尔干涉仪设计了实验装置,并在多光子情况下采用量子干涉。进行了一些实验,并通过拍摄一些输入强度的输出光束的照片来观察实验的结果。实验结果表明,该装置在多光子情况下确实完成了所要求的非变换,具有良好的可靠性,因此可以用作量子非门。
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