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Probing Higgs self-coupling of a classically scale invariant model in e + e ?Zhh: Evaluation at physical point

机译:探索 e + e Zhh :在物理点进行评估

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摘要

A classically scale invariant extension of the standard model predicts large anomalous Higgs self-interactions. We compute missing contributions in previous studies for probing the Higgs triple coupling of a minimal model using the process e + e ? → Z h h . Employing a proper order counting, we compute the total and differential cross sections at the leading order, which incorporate the one-loop corrections between zero external momenta and their physical values. Discovery/exclusion potential of a future e + e ? collider for this model is estimated. We also find a unique feature in the momentum dependence of the Higgs triple vertex for this class of models.
机译:标准模型的经典尺度不变扩展预测大的异常希格斯自相互作用。我们使用过程e + e计算在探索最小模型的希格斯三重耦合的先前研究中缺少的贡献。 →Z h h。采用适当的顺序计数,我们以领先顺序计算总横截面和微分横截面,其中合并了零个外部动量及其物理值之间的单回路校正。未来e + e的发现/排除潜力?这个模型的对撞机是估计的。对于此类模型,我们还发现了希格斯三重顶点对动量的依赖关系中的独特功能。

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