In recent results, it has been proven that all sampling methods produce outliers. In this paper, we extend these results to quantum information theory. Projectors of large rank must contain pure quantum states in their images that are outlying states. Otherwise, the projectors are exotic, in that they have high mutual information with the halting sequence. Thus quantum coding schemes that use projections, such as Schumacher compression, must communicate using outlier quantum states.
翻译:在最近的结果中,所有取样方法都证明产生了外部线。 在本文中,我们将这些结果推广到量子信息理论。 高一等的投影者必须在其远离国家的图像中包含纯量子状态。 否则,投影者是异国化的,因为他们与停止序列有着高度的相互信息。 因此,使用预测的量子编码计划,如舒马赫压缩,必须使用外部量子状态进行沟通。</s>