#United States #AIP Publishing #ACA #Melville, NY #Structural Dynamics

Mark Wilson Appointed as Editor-in-Chief of Structural Dynamics

MELVILLE, N.Y., December 16, 2025 — In a significant move for the realm of structural science, AIP Publishing (AIPP) and the ACA: The Structural Science Society (ACA) have announced the appointment of Mark Wilson as the new Editor-in-Chief of their journal, Structural Dynamics. Wilson holds a prominent position as a professor and the Associate Department Head at the Department of Biochemistry at the University of Nebraska-Lincoln, making him a noteworthy figure in this vital academic field.

Background and Expertise

Mark Wilson is well-respected for his extensive research that revolves around enzyme dynamics studied through diffraction methods. His innovative work highlights the application of time-resolved serial crystallography and X-ray diffuse scattering to analyze the correlated motions of atoms in macromolecules. This reflects an advanced understanding of biological systems, particularly those that are crucial to redox biochemistry. Wilson’s laboratory employs cutting-edge synchrotron and X-ray free electron laser (XFEL) sources, emphasizing his commitment to pioneering high-level research.

Penelope Lewis, Chief Publishing Officer at AIP Publishing, expressed her confidence in Wilson, stating, "Structural Dynamics serves as an important forum for the ACA community, providing a home for research at the intersection of crystallography, materials, and biological systems." She believes Wilson's considerable experience in time-resolved crystallography will significantly benefit the journal and strengthen its ties to the community.

Contributions to Science

With over 25 years in research and leadership roles, Wilson brings a wealth of knowledge and experience to the editorial team. His past contributions include serving on proposal review panels for major light sources and being actively involved in editorial board roles, as well as displaying his leadership skills nationally within the ACA. His scientific achievements include groundbreaking studies in catalytically activated enzyme dynamics and influential research that reveals how crystallographic data can uncover dynamic information once deemed inaccessible.

Upon accepting his new role, Wilson stated, "It is an honor to lead Structural Dynamics at a time when advances in light-source capabilities and computational analysis are enabling unprecedented insight into molecular motion." His enthusiasm for collaboration signals a promising future for the journal as it strives to advance scientific knowledge.

The Journal's Overview

Structural Dynamics is committed to serving as a hub for original research and significant findings on time-resolved experiments, alongside theoretical developments that reveal the intricate relationships between structure, dynamics, and function across various scientific disciplines such as physics, chemistry, materials science, and biology. This open-access journal is co-published by AIP Publishing and ACA, reaffirming its mission to support the broader scientific community with groundbreaking research that furthers understanding across disciplines.

Those interested in learning more about Substral Dynamics can visit the journal’s website at AIP Publishing, where ongoing developments and research findings are regularly shared.

About AIP Publishing and ACA

AIP Publishing operates as a non-profit subsidiary of the American Institute of Physics (AIP), striving to promote the physical sciences through inclusive and open research communication. It provides a framework that benefits humanity by facilitating access to critical scientific knowledge. The ACA, on the other hand, is a leading organization dedicated to enhancing the study of matter at atomic resolutions. The society's efforts include educational outreach and professional development opportunities, fostering an environment conducive to collaboration among all practitioners within crystallographic and structural science fields.

As Mark Wilson steps into his role, the ongoing progress within Structural Dynamics is sure to impact the scientific community positively. His leadership will not only enrich the journal's relevance but also promote innovative techniques and significant discoveries in the field.