论文标题
与质量跳跃的狄拉克系统的熵不确定性原理
Entropy uncertainty principle for Dirac system with mass jump
论文作者
论文摘要
可以借助熵不确定性原理去除对海森堡不确定性原理的状态制备的依赖。不确定性原理（向上）的短暂性可以在香农信息熵（SE）的概念的帮助下克服。在本文中，我们已经证明，从SE角度来看，依赖位置的有效质量系统。我们已经考虑了狄拉克系统，其起源有大量跳跃。我们已经证明了该位置依赖性有效质量的下限存在。
Dependency on the preparation of state for the Heisenberg uncertainty principle can be removed with the help of entropy uncertainty principle. The shortness of the uncertainty principle (UP) can be overcome with the help of the concept of Shannon's information entropy (SE). In this article, we have shown that UP in terms of SE holds for a position-dependent effective mass system. We have considered the Dirac system with a mass-jump at the origin. We have proved the existence of a lower bound for a UP for this position-dependent effective mass.
