The problem of crystal structure prediction is now being successfully solved, transforming materials science from a trial-and-error discipline into a field of rational design. This powerful in silico approach is essential for discovering new materials with desired properties and for understanding matter under extreme conditions. It is quickly becoming a fundamental tool for all computational materials scientists.

The evolutionary algorithm USPEX has been at the forefront of this revolution, leading to numerous groundbreaking discoveries. The USPEX code is recognized for its high efficiency and reliability and is freely available to academic researchers. Its user base now exceeds 10,000 scientists worldwide and continues to expand rapidly. In addition to the core evolutionary method, USPEX integrates other powerful techniques like random sampling, metadynamics, minima hopping, and particle swarm optimization, providing a comprehensive foundation in modern structure prediction.

Our annual workshop is designed to train a new generation of researchers in these vital methods. The 2025 event will be held online to ensure wide accessibility. The program will include comprehensive lectures on the fundamentals of materials science, talks on the latest breakthroughs in the field, and detailed practical tutorials led by the developers of the USPEX code.

Tuesday, November 11

Wednesday, November 12

Workshop materials will be available later.