Dynamics of interacting Rydberg excitons in inhomogeneous structures

这个理论项目的主要目的是研究考虑非均匀结构的半导体Cu2O中相互作用里德堡激子的动力学。在这个项目中，清楚地解释了计划的三个工作包，也指出了可能遇到的问题和如何解决这些问题。这是一个扎实的、非常有趣和令人兴奋的理论研究项目。在第一个资助期内取得的出色成果，结合国际和平研究所的经验和知识，将使该小组能够成功地实现本研究提案中包含的雄心勃勃的目标。此外，该项目还基于多特蒙德和斯图加特两个致力于里德堡激子的实验小组之间的密切合作。本项目所包含的理论研究和目标都致力于解释和探索这些实验工作。PI在这一领域是一位杰出的著名科学家，在研究里德堡激子方面有着长期的经验。总之，这个项目被认为是这个优先计划的一个非常强大的补充。专家小组建议按要求提供资金。

The main objective of this theory project is to investigate the dynamics of interacting Rydberg excitons in the semiconductor Cu2O considering inhomogeneous structures. Within this project, the planned three work packages are clearly explained, also indicating possible problems that might be encountered and how to solve them. It is a solid, very interesting and exciting theoretical research project. The excellent results obtained during the first funding period, combined with the experience and knowledge of the PI, will allow this group to successfully achieve the ambitious goals included in this research proposal. Furthermore, this project is also based on a close collaboration between the proposals of the two experimental groups working on Rydberg excitons from Dortmund and Stuttgart. The theoretical studies and goals included in this project are devoted to explain and explore these experimental works. The PI is an excellent and well established scientist in this field, with a long experience on investigating Rydberg excitons.Altogether, this project is seen a very strong addition to this priority programme. The panel recommends funding as requested.