光子添加的变形佩雷莫洛夫相干态与量子纠缠

Axioms Pub Date : 2024-04-24 DOI:10.3390/axioms13050289
Kamal Berrada
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引用次数: 0

摘要

在本文中,我们建立了与变形苏(1,1)代数(DSUA)相关的激发相干态,称为光子添加变形佩雷洛莫夫相干态(PA-DPCSs)。所构建的相干态是通过改变 DSUA 的 Holstein-Primakoff 实现(HPR)而得到的。针对这类量子态,我们开发了一种解决单元算子问题的通用方法。曼德尔参数被用来考察 PA-DPCS 的统计特性。此外,我们还提供了一种物理方法,在场与原子相互作用的框架内生成 PA-DPCS。最后,我们引入了 PA-DPCSs 的纠缠态概念,并研究了纠缠 PA-DPCSs 的纠缠特性。
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Photon-Added Deformed Peremolov Coherent States and Quantum Entanglement
In the present article, we build the excitedcoherent states associated with deformed su(1,1) algebra (DSUA), called photon-added deformed Perelomov coherent states (PA-DPCSs). The constructed coherent states are obtained by using an alterationof the Holstein–Primakoff realization (HPR) for DSUA. A general method to resolve of the problem of the unitary operator was developed for these kinds of quantum states. The Mandel parameter is considered to examine the statistical properties of PA-DPCSs. Furthermore, we offer a physical method to generate the PA-DPCSs in the framework of interaction among fields and atoms. Finally, we introduce the concept of entangled states for PA-DPCSs and examine the entanglement properties for entangled PA-DPCSs.
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