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Confronting B anomalies with low-energy parity violation

机译：面对B异常，具有低能量奇偶界违规

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Indirect searches have the potential to probe scales beyond the realm of direct searches. In this paper, we consider the implications of two parity violating experiments: weak charge of proton Q W p and the Caesium atom Q W C s on the solutions to lepton flavor nonuniversality violations in the decay of B mesons. Working in a generic implementation of a minimal Z ′ model, we assume the primary contribution being due to the electron to facilitate comparison with the low q 2 parity violating experiments. We demonstrate that the conclusion is characterized by different limiting behavior depending on the chirality of the lepton current. The correlation developed in this study demonstrates the effectiveness in studying the synergy between different experiments leading to a deeper understanding of the interpretation of the existing data. It is shown that a possible future improvement in the parity violating experiments can have far reaching implications in the context of direct searches. We also comment on the prospect of addition of the muon to the fits and the role it plays in ameliorating the constraints on models of Z ′ . This offers a complimentary understanding of the pattern of the coupling of the new physics to the leptons, strongly suggesting either a muon only or a combination of solutions to the anomalies.
机译：间接搜索有可能探测超出直接搜索领域的尺度。在本文中，我们考虑了两个平等违规实验的影响：质子Q W P的弱电荷和铯Atom Q W C S对Lepton Flavor在B Mesons衰减中的Lepton风味违规的解决方案。在最小Z'模型的通用实施中工作，我们假设由于电子是促进与低Q 2奇偶校验实验比较的主要贡献。我们证明了结论的特点是根据LEPTON电流的手性的不同限制性行为。本研究中开发的相关性证明了研究不同实验之间协同作用的有效性，这导致更深入地了解现有数据的解释。结果表明，截障违规实验中可能的未来改善可能在直接搜查的背景下具有深远的影响。我们还评论了对拟合和在改善Z'模型的限制方面发挥作用的拟合和角色的展望。这提供了对新物理学耦合模式的互补，强烈建议μON或对异常的解决方案的组合。

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