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Indistinguishable particles in non-Hermitian lattices and their correlations

机译:非寄郎格子中的无法区分的颗粒及其相关性

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Quantum random walks of identical particles are ubiquitous in various fields of physics [1]. They give rise to particle number correlations which have been explored in several discrete systems [2; 3]. However, an essential property of all these quantum systems is their Hermiticity. Recently parity-time(PT)-symmetric systems [4] attracted much attention. The Hamiltonians of such systems are not necessarily Hermitian, yet they still can exhibit purely real eigenvalue spectra.
机译:相同颗粒的量子随机行走在各种物理领域中普遍存在[1]。它们引起了几种离散系统中探讨的粒子数相关[2; 3]。然而,所有这些量子系统的基本属性是他们的隐呼性。最近奇偶校验时间(PT) - 对称系统[4]引起了很多关注。这种系统的汉密尔顿人不一定是赫米特人,但它们仍然可以呈现纯粹的特征值谱。

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