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arXiv 2607.04519quant-phmath-phmath.MP
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动态非对易空间中的薛定谔振荡器及其热性质

Schrodinger Oscillator and its Thermal Properties in a Dynamical Noncommutative Space

University of Sciences and Technology Houari Boumediene (USTHB)(乌哈里·布麦迪恩科技大学)

Ilyas Haouam

AI总结:

研究二维薛定谔振荡器在动态非对易空间的情况,用微扰理论求能量本征值和本征向量,分析相关影响,还通过配分函数探索热性质,给出数值结果。

摘要:

本文研究动态非对易(DNC)空间中的二维薛定谔振荡器。利用微扰理论,推导能量本征值和本征向量,系统分析动态和非动态非对易设置的影响。得到本征系统的一阶修正,揭示能量移位明确依赖于DNC参数tau。此外,通过配分函数探索系统的热性质。给出数值结果以全面分析所考虑影响下的系统行为。值得注意的是,在DNC框架中,对易关系和变形参数是位置依赖的。使用二维Bopp移位,我们有效地将非对易问题映射到其对易对应问题。

英文摘要:

In this paper, we study the two-dimensional Schrodinger oscillator within a dynamical noncommutative (DNC) space. By leveraging perturbation theory, we derive the energy eigenvalues and eigenvectors and systematically analyze the effects of both dynamical and non-dynamical noncommutative settings. First-order corrections to the eigensystem are obtained, revealing that the energy shift explicitly depends on the DNC parameter tau. Furthermore, we explore the thermal properties of the system by employing the partition function. Numerical results are presented to provide a comprehensive analysis of the system behavior under the considered effects. Notably, in the DNC framework, the commutation relations and the deformation parameter are position-dependent. Using the two-dimensional Bopp-shift, we effectively map the noncommutative problem to its commutative counterpart.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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