Ultrafast metal-to-ligand charge transfer driven by bond shortening revealed with dual-edge computational X-ray spectroscopy

Ultrafast metal-to-ligand charge transfer driven by bond shortening revealed with dual-edge computational X-ray spectroscopy

Understanding electron flow during chemical reactions is fundamental to ultrafast chemistry, particularly in transition metal complexes where redox processes involve intricate coupling between electronic and nuclear dynamics. While time-resolved X-ray spectroscopy provides a window into these dyn...