论文标题
使用相干光子的按需量子相关控制
On-demand quantum correlation control using coherent photons
论文作者
论文摘要
在过去的几十年中，对量子信息科学领域的潜在应用进行了深入研究。尽管针对非局部相关性进行了密集研究，但对纠缠本身的基本理解仍然有限。在此，分析了基于概率纠缠的光子对的反相关的量子特征，其基于概率的光子对基本物理学进行了分析，并与使用相干光的新方法进行了新的纠缠光子对世代的方法进行了比较。为什么回答了HOM DIP测量中没有G^（（1））相关性的基本物理学，并为宏观量子纠缠一代提出了新的相干量子物理学。
Over the last several decades, quantum entanglement has been intensively studied for potential applications in quantum information science. Although intensive studies have progressed for nonlocal correlation, fundamental understanding of entanglement itself is still limited. Here, the quantum feature of anticorrelation, the so-called HOM dip, based on probabilistic entangled photon pairs is analyzed for its fundamental physics and compared with a new method of on-demand entangled photon pair generations using coherent light. The fundamental physics why there is no g^((1)) correlation in HOM dip measurements is answered, and new coherence quantum physics is proposed for macroscopic quantum entanglement generations.
