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Physical implementation of non-physical quantum operations: realization of the universal transpose operation

机译:非物理量子运算的物理实现:通用转置运算的实现

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The universal transpose of quantum states is an anti-unitary transformation that is not allowed in quantum theory. In this work, we investigate approximating the universal transpose of quantum states of two-level systems (qubits) using the method known as structural physical approximation. We also report its experimental implementation in linear optics. The scheme is optimal in that the maximal fidelity is attained, and also practical as measurement and preparation of quantum states that are experimentally feasible within current technologies are solely applied.
机译:量子态的普遍转置是量子理论中不允许的反unit变换。在这项工作中,我们研究使用称为结构物理逼近的方法来逼近两层系统(量子位)的量子态的通用转置。我们还报告了其在线性光学中的实验实现。该方案是最佳的,因为可以获得最大的保真度,并且还可以单独应用在当前技术上在实验上可行的量子态的测量和制备。

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