Study and control of electronic many-body states in two-dimensional materials

要求延长“研究和控制二维材料中的电子多体状态”艾美奖-诺太项目的期限，以便能够充分跟踪研究领域关于所研究的材料的制造和制备的当前发展。越来越复杂的封装式二维纳米结构计划用于该项目的核心目标。这将导致激子和载流子输运效率的显著提高，从而极大地增强对准粒子的操纵和外部控制的机会。因此，复杂样品的制备、其空间分辨表征以及随后在时间分辨显微镜实验中的使用，是请求延期的最重要的任务之一。

The extension of the duration of the Emmy-Noether project " Study and control of electronic many-body states in two-dimensional materials" is requested in order to be able to adequately follow the current developments in the research field regarding the fabrication and preparation of the materials under study. Increasingly complex encapsulated two-dimensional nanostructures are planed to be used for the core goals of the project. It will lead to significant improvements in the exciton and charge carrier transport efficiencies, thus greatly enhancing the manipulation and opportunities for external control of the quasiparticles. Preparation of complex samples, their spatially resolved characterization, and their subsequent use in time-resolved microscopy experiments are thus among the most important tasks in the context of the requested extension.