FCC-ee 理论:第 11 届 FCC-ee 研讨会报告
高能物理 - 唯象学
2020-05-20 v3 高能物理 - 实验
摘要
CERN 的未来环形对撞机(FCC)是一个拟建的 100 公里环形设施,含多台先后运行的对撞机,最终以 100 TeV 质子-质子对撞机为顶点。它为粒子物理提供了广阔的新探索领域,在精度、灵敏度与能量上实现数量级提升。实施计划预见第一步为弱电工厂电子-正电子对撞机。该高亮度设施在 90 至 365 GeV 质心能量间运行,将以空前精度研究标准模型的重粒子 Z、W、希格斯与顶夸克。弱电工厂 对撞机对理论与精度计算构成真正挑战,引发对新数学方法与软件工具开发的需求。2018 年首届研讨会聚焦于 FCC-ee 第一阶段 Tera-Z,并将 Z 玻色子共振处标准模型精度计算的理论现状与实验需求相对照。本文所报告的 2019 年 1 月第二届研讨会,将范围扩展至后续阶段,即 W 玻色子(FCC-ee-W)、希格斯玻色子(FCC-ee-H)与顶夸克(FCC-ee-tt)的产生。特别地,在 FCC-ee 要求水平上对关键输入参数 alpha_QED、alpha_QCD、M_W、m_t 的理论精度进行了深入讨论。明确了标准模型理论计算的需求,以匹配 FCC-ee 实验潜力的严苛精度。对多圈计算创新方法与工具的讨论得以深化。此外,讨论了超越标准模型的唯象分析,特别是有效理论方法。2018 与 2019 年报告作为研讨会结果及后续发展的白皮书。
引用
@article{arxiv.1905.05078,
title = {Theory for the FCC-ee : Report on the 11th FCC-ee Workshop},
author = {A. Blondel and J. Gluza and S. Jadach and P. Janot and T. Riemann and S. Abreu and J. J. Aguilera-Verdugo and A. B. Arbuzov and J. Baglio and S. D. Bakshi and S. Banerjee and M. Beneke and C. Bobeth and C. Bogner and S. Bondarenko and S. Borowka and S. Braß and C. M. Carloni Calame and J. Chakrabortty and M. Chiesa and M. Chrzaszcz and D. d'Enterria and F. Domingo and J. Dormans and F. Driencourt-Mangin and Ya. Dydyshka and J. Erler and F. Febres Cordero and J. A. Gracey and Zhi-Guo He and G. Heinrich and S. Heinemeyer and I. Hönemann and H. Ita and S. Jahn and F. Jegerlehner and S. P. Jones and L. Kalinovskaya and A. Kardos and M. Kerner and W. Kilian and S. Kluth and B. A. Kniehl and A. Maier and P. Maierhöfer and G. Montagna and O. Nicrosini and T. Ohl and B. Page and S. Paßehr and S. K. Patra and F. Piccinini and R. Pittau and W. Placzek and J. Plenter and S. Ramírez-Uribe and J. Reuter and G. Rodrigo and V. Rothe and L. Rumyantsev and R. Sadykov and J. Schlenk and G. F. R. Sborlini and M. Schott and A. Schweitzer and C. Schwinn and M. Skrzypek and G. Somogyi and M. Spira and P. Stienemeier and R. Szafron and K. Tempest and W. J. Torres Bobadilla and S. Tracz and Z. Trócsányi and Z. Tulipánt and J. Usovitsch and A. Verbytskyi and B. F. L. Ward and Z. Was and G. Weiglein and C. Weiland and S. Weinzierl and V. Yermolchyk and S. A. Yost and J. Zurita},
journal= {arXiv preprint arXiv:1905.05078},
year = {2020}
}
备注
Published version