Observing Complex Systems in Space and Time with Tailormade X-Rays from Next-Generation Sources

X-ray science plays a key role in addressing major societal challenges and makes significant contributions to the fields of health, earth and environment, energy, mobility and information. Scientists and engineers make use of the bright and well-defined X-rays from synchrotron radiation sources and free-electron lasers to unravel the structure, dynamics, and function of complex matter. Based on a new disruptive technology, many synchrotron radiation sources worldwide currently undergo a transition to the next generation, providing unprecedented opportunities in X-ray science. In this very exciting and dynamic period, the 2023 Gordon Research Conference on X-Ray Science will highlight recent work and advances in accelerator-based X-ray sources to create X-ray beams with tailormade properties, the development of X-ray imaging, characterization and analysis techniques, and applications of X-rays to frontier scientific challenges. It will also cover the possibilities of X-ray science to contribute to global societal challenges.

The 2023 GRC on X-Ray Science will be held in conjunction with the Gordon Research Seminar (GRS). The GRS (July 22-23, 2023), a two-day meeting preceding the GRC, is specifically designed for graduate students and early career researchers. The meeting offers a unique opportunity for young scientists to present their work to their peers. It is expected that GRS participants will remain to participate in the subsequent GRC.