我们分析古典并且有相关噪音的标准和所谓的 quasiclassical 动摇隧道和 non-Markovian dephasing 隧道的量关联性质,明确地,我们使用量不一致,纠纷,和导致测量的骚乱(中间) 测量量关联。为动摇隧道,我们发现记忆效果比纠纷在 MID 和量不一致上有更多的影响。为 dephasing 隧道,我们证明 non-Markovian dephasing 隧道是比对 decoherence 的 Markovian dephasing 隧道更柔韧的。我们也发现那起初中间并且量不一致拿不同价值,然后在一特定的时间以后,他们将几乎 monotonically 收进一样的价值和两个腐烂。
We analyze the classical and quantum correlation properties of the standard and so-called quasiclassical depolarizing channel with correlated noise and non-Markovian dephasing channel, specifically we use the quantum discord, entanglement, and measurement-induced disturbance (MID) to measure the quantum correlations. For the depolarizing channel, we find that the memory effect has more influence on the MID and quantum discord than entanglement. For the dephasing channel, we show that the non-Markovian dephasing channel is more robust than Markovian dephasing channel against deeoherence. We also find that at first MID and quantum discord take different values, and then after a specific time they will take almost the same value and both decay monotonically in the same way.