CIEMAT drives OPALX, the new generation of particle accelerator simulation

Researchers and developers met in Madrid to advance OPALX, a key tool for accelerator physics.

Generic image of particle accelerator simulation with energy lines and geometric patterns.
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Generic image of particle accelerator simulation with energy lines and geometric patterns.

CIEMAT in Madrid hosted the international 'OPALX Developer Retreat' from September 1st to 4th, gathering researchers to advance OPALX, the new generation of particle accelerator simulation.

The Center for Energy, Environmental and Technological Research (CIEMAT) hosted the ‘OPALX Developer Retreat’, an event held from September 1st to 4th. The gathering brought together researchers and developers of OPALX, the new generation simulation code for particle accelerators.
This tool is crucial for modeling the behavior of charged particle beams in both linear accelerators and circular machines. It allows for the simultaneous and self-consistent resolution of numerous physical processes that determine beam dynamics.
The three-dimensional description of these phenomena leads to computationally complex calculations, highlighting the potential of High-Performance Computing (HPC) and Graphics Processing Units (GPU).
The main objective of the retreat was to advance the latest implementations of OPALX. The goal is to develop a simulation tool capable of efficiently leveraging next-generation computing, providing performance portability across heterogeneous architectures and utilizing the massive parallel computing power of GPUs for more detailed accelerator simulations.
OPALX is designed to meet the growing computational demands of accelerator physics research and future exascale computing platforms.
Based on information from the official source: CIEMAT (29/09/2026)