Computational study demonstrates faster 3D track reconstruction in the MUonE experiment using graph neural networks, suggesting scalable processing without sacrificing efficiency or resolution.
A study of a Graph Neural Network-based model for track reconstruction in the context of MUonE experiment is presented, using simulated data corresponding to the test-run MUonE detector setup. The fully three-dimensional model successfully addresses both the reconstruction and particle identification challenges essential for achieving the experiment’s primary physics goal. It provides significantly faster pattern recognition than classical reconstruction algorithms, while maintaining comparable efficiency and resolution. Abstract Published by the Jagiellonian University 2026 authors
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Mizera et al. (2026) studied this question.