Fundamental aspects of ultrafast dynamics in complex molecular ions excited by an ultrashort XUV pulse: experiment and theory

浮士德将通过研究带电分子的XUV超快光电离而取得重大突破，从而能够研究XUV诱导的关联质子-空穴运动的新场景。浮士德将展示相干、电子关联和多粒子效应如何在阿秒和飞秒时间尺度上导致新的光诱导过程。虽然目前的超快XUV分子物理仅限于中性原子或分子物种的研究，但该项目将开辟一个完全未知的领域，并为进一步合作提供许多机会。

FAUST will make a major breakthrough by studying XUV ultrafast photoionization of charged molecules, allowing to investigate the new scenario of XUV induced correlated proton-hole motion. FAUST will demonstrate how coherence, electron correlation, and many-particle effects lead to new photoinduced processes on attosecond and femtosecond timescale. While current ultrafast XUV molecular physics is limited to the study of neutral atomic or molecular species, this project will open an entirely unexplored area and offer many opportunities for further collaborations.