Exploring the Gargamelle Experiment: Precision Measurements with High-Energy π Beam

Feb 17, 2026

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The Gargamelle experiment, conducted at CERN and Brookhaven, utilized a 4.2 GeV π beam on liquid hydrogen (LH2) targets to probe deep inelastic scattering processes. This study aimed to improve understanding of nucleon structure and parton distribution functions. With advancements in detector technology, the Gargamelle collaboration sought to achieve unprecedented measurements, contributing significantly to particle physics knowledge. Despite its challenges and the unknown aspects of certain results, the findings from this experiment laid groundwork for future studies in high-energy physics.

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Exploring the Gargamelle Experiment: Precision Measurements with High-Energy π Beam

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