Dynamics in confined quantum systems (A05)

在项目A5中，我们将探索强电子相关性和高度非绝热核动力学之间复杂的相互作用，即严重违反玻恩-奥本海默近似的原子运动（如项目A4， B2和B6所预期的）。此外，我们将研究通过光电离在模型系统（A6）和实际分子系统（与A1-A4合作）中选择非稳态束缚相关量子粒子的受控制备。项目A5通过描述日益复杂的系统中相关性的出现和时间演变（与C6和C7合作），代表了区域a和B之间的自然联系。

In project A5, we will explore the intricate interplay between strong electron correlation and highly nonadiabatic nuclear dynamics, i.e., atomic motions that severely violate the Born-Oppenheimer approximation (as anticipated in projects A4, B2, and B6). Furthermore, we will investigate the controlled preparation, through photoionization, of selected nonstationary states of bound, correlated quantum particles in both model systems (A6) and realistic mo-lecular systems (in collaboration with A1-A4). Project A5 represents a natural link between Areas A and B, by characterizing the emergence and temporal evolution of correlations in systems of increasing complexity (in collaboration with C6 and C7).