论文标题
关于空腔中量子信息处理的审查
A review on quantum information processing in cavities
论文作者
论文摘要
由于实现了执行这些任务的巨大潜力，因此信息和计算的处理正在进行范式转移。耦合的腔阵列是完成这些任务的经过良好研究的系统之一。它是用于分布式信息处理和通信的量子网络的多功能平台。空腔具有将光子保留更长持续时间的显着特征，从而使它们能够连贯地通过阵列而不会在耗散中损失它们。许多量子信息协议已在耦合腔阵列中实现。这些进步有助于空腔阵列对大规模量子通信和计算的适用性。本文回顾了一些量子信息任务的一些理论建议和实验实现。
The processing of information and computation is undergoing a paradigmatic shift since the realization of the enormous potential of quantum features to perform these tasks. Coupled cavity array is one of the well-studied systems to carry out these tasks. It is a versatile platform for quantum networks for distributed information processing and communication. Cavities have the salient feature of retaining photons for longer durations, thereby enabling them to travel coherently through the array without losing them in dissipation. Many quantum information protocols have been implemented in arrays of coupled cavities. These advancements promise the suitability of cavity arrays for large-scale quantum communications and computations. This article reviews a few theoretical proposals and experimental realizations of quantum information tasks in cavities.
