Many-Body Localization in Condensed Matter Settings (F08*)

在该项目中，我们将通过解决开放量子系统中多体定位稳定性的基本问题来研究凝聚态环境中的多体定位（MBL），并提出新的动力学探针来指导未来的实验。特别是，我们将从理论上研究耦合对声子，失相和量子噪声对MBL系统的影响。为了有效地模拟相关的模型系统，我们将开发新的基于矩阵积状态的数值技术。

In the proposed project, we will investigate many-body localization (MBL) in condensed matter settings by addressing fundamental questions regarding the stability of MBL in open quantum systems and proposing new dynamical probes to guide future experiments. In particular, we will theoretically investigate the effects of coupling to phonons, dephasing, and quantum noise on MBL systems. To efficiently simulate relevant model systems, we will development new numerical techniques based on matrix-product states.