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Quantum entropy in terms of local quantum Bernoulli noises and related properties
Communications in Statistics - Theory and Methods ( IF 0.6 ) Pub Date : 2020-08-31 , DOI: 10.1080/03610926.2020.1812654
Qi Han 1 , Zhihe Chen 1 , Ziqiang Lu 1
Affiliation  

Abstract

Localization of quantum Bernoulli noises (LQBNs) are the family of local annihilation and local creation operators acting on Bernoulli functionals. In this paper, we construct a density operator ρk represented by LQBNs, and define a new quantum entropy S(ρk) based on LQBNs. Furthermore, we demonstrate that this quantum entropy S(ρk) also has the basic properties of von Neumann entropy, such as concavity, subadditivity, and nonnegativity. In particular, we obtain the necessary and sufficient condition for S(ρk)=k.



中文翻译:

就局部量子伯努利噪声和相关性质而言的量子熵

摘要

量子伯努利噪声 (LQBN) 的局部化是作用于伯努利泛函的局部湮没和局部创建算子家族。在本文中,我们构造了一个由 LQBNs 表示的密度算子ρ k ,并定义了一个新的量子熵小号(ρķ)基于 LQBN。此外,我们证明了这种量子熵小号(ρķ)还具有冯诺依曼熵的基本性质,如凹性、次可加性和非负性。特别是,我们得到了小号(ρķ)=ķ.

更新日期:2020-08-31
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