The insights gained from attosecond X-ray experiments can be instrumental in studying and controlling ultrafast chemical and physical processes in molecules by providing a detailed understanding of the dynamics involved. These experiments allow researchers to observe the timescales of processes such as photoionization with unprecedented precision, revealing intricate details of molecular behavior on extremely short timescales. By leveraging these insights, scientists can unravel complex correlated dynamics in molecules, including transient trapping of photoelectrons, collisions with Auger–Meitner electrons, and multi-electron scattering effects. Understanding these processes at the attosecond level enables the manipulation and control of chemical reactions and physical transformations in molecules with high temporal resolution. This knowledge can lead to the development of new strategies for controlling ultrafast processes, designing novel materials, and optimizing chemical reactions with high efficiency.