Leading order study of direct photon production from proton–proton collisions, in the framework of Minimal (Seiberg–Witten) Non-Commutative Standard Model (NCSM), taking into account the Earth-rotation effects. We found that relative non-commutative contributions increase significantly at very high photon transverse momentum. Therefore, using Run-1 (√s = 8 TeV) and Run-2 (√s = 13 TeV) ATLAS experimental data of inclusive isolated prompt photon cross-section, TeV-Scale bounds of the non-commutativity (NC) parameter are obtained. For space-space non-commutativity, we obtain: Λb = 1.145 ± 0.015TeV, and for space-time non-commutativity, we obtain : Λe = 1.125 ± 0.035TeV.

中文翻译：

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ATLAS 中单光子产生的非对易性规模界限 在 LHC 能量下运行 -1 和 -2 实验

考虑到地球自转效应，在最小（Seiberg-Witten）非交换标准模型（NCSM）的框架内，质子-质子碰撞直接产生光子的领先顺序研究。我们发现在非常高的光子横向动量下，相对非交换贡献显着增加。因此，使用 Run-1 (√s = 8TeV) 和 Run-2 (√s = 13TeV) 获得了包容性孤立瞬发光子截面的 ATLAS 实验数据，获得了非交换性 (NC) 参数的 TeV 尺度界限。对于空间-空间不可交换性，我们得到：Λb = 1.145 ± 0.015TeV，对于时空不可交换性，我们得到：Λe = 1.125 ± 0.035TeV。