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An overview of recent ATLAS jets studies in proton-proton collisions, focusing on key aspects. We explore multijet event simulations at 13 TeV and in-depth investigations of event shapes, including Transverse Energy-Energy Correlations (TEEC) and its azimuthal asymmetry (ATEEC). We also extract the strong coupling constant via transverse energy-energy correlations. To probe QCD radiation, we introduce novel jet observables like event Isotropies and compare them using advanced Monte Carlo simulations. These analyses contribute to our understanding of multijet events and improve the precision of ATLAS experiments.

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Jets Physics Simulations and Analysis with the ATLAS Experiment

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • Saad El Farkh

摘要

An overview of recent ATLAS jets studies in proton-proton collisions, focusing on key aspects. We explore multijet event simulations at 13 TeV and in-depth investigations of event shapes, including Transverse Energy-Energy Correlations (TEEC) and its azimuthal asymmetry (ATEEC). We also extract the strong coupling constant via transverse energy-energy correlations. To probe QCD radiation, we introduce novel jet observables like event Isotropies and compare them using advanced Monte Carlo simulations. These analyses contribute to our understanding of multijet events and improve the precision of ATLAS experiments.