IUCrJ: A Decade of Discovery and Growth

IUCrJ, a respected journal in the world of crystallography, has just completed its first ten years. Let's take a look back at its journey so far, see where it stands today, and think about what the future might hold. When IUCrJ started a decade ago, it had a clear mission: to provide a platform for scientists to share their latest findings in crystallography. The journal quickly gained a reputation for quality, attracting top researchers from around the globe. Today, IUCrJ is a go-to destination for anyone interested in crystallography. It's published by the International Union of Crystallography (IUCr), which is a big deal in this field. The journal has published a lot of important studies, and it's helped to shape our understanding of crystals and their structures. But what about the future? As IUCrJ enters its second decade, some experts are wondering how it can keep up with the rapid changes in science publishing. With more and more journals competing for attention, IUCrJ will need to stay innovative and relevant.One thing that could help is keeping an open mind about new technologies. For instance, some scientists are using advanced imaging techniques to study crystals in ways that weren't possible before. IUCrJ could play a big role in sharing these breakthroughs with the world. Another challenge is making sure that the research published in IUCrJ is accessible to everyone. That means not just making the articles easy to read, but also affordable. Some journals are experimenting with open access models, which could be something for IUCrJ to consider. Lastly, IUCrJ could think about expanding its reach. Crystallography is a fascinating field, but it's also part of a much bigger picture. By collaborating with other scientific disciplines, IUCrJ could help to bridge gaps and encourage new discoveries. So, as IUCrJ looks ahead to its next decade, there's a lot to be excited about. But there are also some big questions that need to be answered. How can it stay ahead of the curve? And how can it make sure that its research is making a real difference in the world?