When radiation hits water, it initiates a series of complex reactions that have significant implications, especially in medical settings where X-rays are commonly used. Recent research conducted by a team of theoretical physicists at DESY, in collaboration with colleagues from Argonne National Laboratory, has shed light on the behavior of free electrons in water when exposed to radiation. This study, published in the Journal of the American Chemical Society, explores how electrons, unbound to atoms, interact with water molecules at very short time scales.

One of the key findings of this research is the formation of bubble structures in water when free electrons are released due to ionization from radiation. These bubbles, resembling cage-like structures, are created as the electrons become sequestered between individual water molecules. The study reveals that the process of solvation, where the electrons are surrounded and stabilized by the water molecules, is highly sensitive to temperature changes in the water. This intricate dance between electrons and water molecules occurs rapidly, with the reorientation of neighboring molecules completing within 100 femtoseconds, showcasing the dynamic nature of these interactions.

The implications of this research extend beyond the fundamental understanding of the behavior of water under radiation. By uncovering the mechanisms behind the solvation of electrons in water, the study provides crucial insights into the initial chemical reactions triggered by radiation exposure. These reactions not only impact the subsequent radiation chemistry but also have implications for biological materials. Understanding how water responds to radiation is essential for advancing our knowledge of radiation damage and its effects on living organisms.

This groundbreaking research was conducted as part of the Cluster of Excellence CUI: Advanced Imaging of Matter at Universität Hamburg, highlighting the collaborative efforts of researchers from around the world. As further studies are planned to explore the behavior of radiation damage caused by ionizing radiation in water, the establishment of the Center for Molecular Water Science at DESY aims to deepen our understanding of these complex interactions. By delving into the intricacies of how water molecules interact with free electrons under radiation, researchers hope to unlock new possibilities for mitigating the effects of radiation exposure and advancing various fields of science and technology.

The study reveals the fascinating interplay between radiation and water at the molecular level, offering valuable insights into the solvation of free electrons in water and the subsequent formation of bubble structures. By unraveling these complex processes, researchers pave the way for further advancements in radiation chemistry, biological studies, and the overall understanding of how radiation interacts with matter. This research serves as a testament to the power of interdisciplinary collaboration in pushing the boundaries of scientific knowledge and opening up new avenues for exploration.

Physics

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