Advancing High-Performance Computing at IEEE eScience 2025

At the 21st IEEE International Conference on eScience, held in Chicago on September 15–18, 2025, Jan Meizner, Senior Scientific Programmer and PhD student in the Extreme-scale Data and Computing team at Sano Centre for Computational Medicine, presented his poster titled “Solutions for Distributed Memory Access Mechanism on HPC Clusters.” The work, co-authored with Maciej Malawski, explored novel approaches to optimizing data access and memory management in distributed high-performance computing environments.

The presented research addressed one of the key challenges in modern eScience — efficient sharing and synchronization of data across large-scale HPC infrastructures. Jan’s solutions focused on improving scalability and performance in compute-intensive systems, contributing to more effective use of distributed resources for scientific simulations and data-driven research.

IEEE eScience 2025 brought together developers, researchers, and practitioners from across disciplines to discuss practical advances in computational science, from physics and earth sciences to artificial intelligence and humanities. In this international setting, Jan’s poster illustrated how innovative system-level mechanisms can enhance the computational efficiency of large-scale applications and support the growing needs of interdisciplinary research.

Sano’s participation in eScience 2025 highlights the foundation’s active role in developing advanced technologies that underpin data- and compute-intensive research across scientific domains.