HL-LHC 与 HE-LHC 上的超出标准模型物理
高能物理 - 唯象学
2019-08-14 v4 高能物理 - 实验
摘要
本文是 HL-LHC 物理研讨会及 HE-LHC 展望研讨会最终报告[1,2]五章中的第三章。其致力于研究 LHC 高亮度(HL)阶段(定义为在 质心能量下获取 数据)以及可能的未来升级装置——高能量(HE) LHC(定义为在 质心能量下获取 数据)在搜寻超出标准模型(BSM)物理方面的潜力。我们考虑了大量新物理模型，既包括简化模型形式，也包括更具模型依赖性的形式。我们汇集并合并了来自理论界及实验界(ATLAS、CMS、LHCb)的众多贡献，以给出所考虑对撞机上 BSM 物理未来前景的完整、广泛且一致的视图。除用于评估未来对撞机潜力的超对称简化模型和共振态等常规标准标杆外，本报告还包含暗物质与暗 sector、长寿命粒子、轻子夸克、无菌中微子、类轴子粒子、重标量、矢量样夸克等结果。尤其在对 HL-LHC 前景的研究中，特别关注探测器升级、未来系统不确定度的评估以及新实验技术。一般结论是，HL-LHC 除能将现有 LHC 在大多数新物理情景下的质量与耦合探测范围扩展 外，还将能够约束乃至潜在发现目前不受约束的新物理。此外，与 HL-LHC 相比，HE-LHC 在大多数可观测量上的探测范围通常将扩大一倍以上，其或可作为 TeV 尺度新物理最终检验的优良未来设施候选。
引用
@article{arxiv.1812.07831,
title = {Beyond the Standard Model Physics at the HL-LHC and HE-LHC},
author = {X. Cid Vidal and M. D'Onofrio and P. J. Fox and R. Torre and K. A. Ulmer and A. Aboubrahim and A. Albert and J. Alimena and B. C. Allanach and C. Alpigiani and M. Altakach and S. Amoroso and J. K. Anders and J. Y. Araz and A. Arbey and P. Azzi and I. Babounikau and H. Baer and M. J. Baker and D. Barducci and V. Barger and O. Baron and L. Barranco Navarro and M. Battaglia and A. Bay and D. Bhatia and S. Biswas and D. Bloch and D. Bogavac and C. Borschensky and M. K. Bugge and D. Buttazzo and G. Cacciapaglia and L. Cadamuro and A. Calandri and D. A. Camargo and A. Canepa and L. Carminati and S. Carrá and C. A. Carrillo Montoya and A. Carvalho Antunes De Oliveira and F. L. Castillo and V. Cavaliere and D. Cavalli and C. Cecchi and A. Celis and A. Cerri and G. S. Chahal and A. Chakraborty and S. V. Chekanov and H. J. Cheng and J. T. Childers and M. Cirelli and O. Colegrove and G. Corcella and M. Corradi and M. J. Costa and R. Covarelli and N. P. Dang and A. Deandrea and S. De Curtis and H. De la Torre and L. Delle Rose and D. Del Re and A. Demela and S. Demers and R. Dermisek and A. De Santo and K. Deshpande and B. Dey and J. Donini and A. K. Duncan and V. Dutta and C. Escobar and L. Fanó and G. Ferretti and J. Fiaschi and O. Fischer and T. Flacke and E. D. Frangipane and M. Frank and G. Frattari and D. Frizzell and E. Fuchs and B. Fuks and E. Gabrielli and J. Gainer and Y. Gao and J. E. García Navarro and M. H. Genest and S. Giagu and G. F. Giudice and J. Goh and M. Gouzevitch and P. Govoni and A. Greljo and A. Grohsjean and A. Gurrola and G. Gustavino and C. Guyot and C. B. Gwilliam and S. Ha and U. Haisch and J. Haller and T. Han and D. Hayden and M. Heikinheimo and U. Heintz and C. Helsens and K. Hoepfner and J. M. Hogan and K. Huitu and P. Ilten and V. Ippolito and A. Ismail and A. M. Iyer and Sa. Jain and D. O. Jamin and L. Jeanty and T. Jezo and W. Johns and A. Kalogeropoulos and J. Karancsi and Y. Kats and H. Keller and A. Khanov and J. Kieseler and B. Kim and M. S. Kim and Y. G. Kim and M. Klasen and M. D. Klimek and R. Kogler and J. R. Komaragiri and M. Krämer and S. Kubota and A. K. Kulesza and S. Kulkarni and T. Lari and A. Ledovskoy and G. R. Lee and L. Lee and S. W. Lee and R. Leonardi and R. Les and I. M. Lewis and Q. Li and T. Li and I. T. Lim and S. H. Lim and K. Lin and Z. Liu and K. Long and M. Low and E. Lunghi and D. Madaffari and F. Mahmoudi and D. Majumder and S. Malvezzi and M. L. Mangano and E. Manoni and X. Marcano and A. Mariotti and M. Marjanovic and D. Marlow and J. Martin Camalich and P. Matorras Cuevas and M. McCullough and E. F. McDonald and J. Mejia Guisao and B. Mele and F. Meloni and I. -A. Melzer-Pellmann and C. Merlassino and A. B. Meyer and E. Michielin and A. J. Miller and L. Mittnacht and S. Mondal and S. Moretti and S. Mukhopadhyay and B. P. Nachman and K. Nam and M. Narain and M. Nardecchia and P. Nath and J. Navarro-González and A. Nisati and T. Nitta and D. L. Noel and M. M. Nojiri and J. P. Ochoa-Ricoux and H. Oide and M. L. Ojeda and S. Pagan Griso and E. Palencia Cortezon and O. Panella and P. Pani and L. Panizzi and L. Panwar and C. B. Park and J. Pazzini and K. Pedro and M. M. Perego and L. Perrozzi and B. A. Petersen and A. Pierce and G. Polesello and A. Policicchio and C. J. Potter and P. Pralavorio and M. Presilla and J. Proudfoot and F. S. Queiroz and G. Ramirez-Sanchez and D. Redigolo and A. Reimers and S. Resconi and M. Rimoldi and J. C. Rivera Vergara and T. Rizzo and C. Rogan and F. Romeo and R. Rosten and R. Ruiz and J. Ruiz-Alvarez and J. A. Sabater Iglesias and B. Safarzadeh Samani and S. Sagir and M. Saito and S. Saito and F. Sala and C. Salazar and A. Savin and R. Sawada and S. Sawant and I. Schienbein and M. Schlaffer and B. Schneider and S. C. Schuler and C. D. Sebastiani and S. Sekmen and M. Selvaggi and D. Sengupta and H. Serce and H. Serodio and L. Sestini and B. Shakya and B. Shams Es Haghi and P. Sheldon and S. Shin and F. Simonetto and L. Soffi and M. Spannowsky and J. Stupak and M. J. Sullivan and M. Sunder and Y. Takahashi and X. Tata and H. Teagle and K. Terashi and A. Tesi and A. Thamm and K. Tobioka and P. Tornambe and F. Trovato and D. Tsiakkouri and F. C. Ungaro and A. Urbano and E. Usai and N. Vanegas and L. Vaslin and C. Vázquez Sierra and I. Vivarelli and M. Vranjes Milosavljevic and H. Waltari and R. Wang and X. Wang and M. S. Weber and C. Weiland and M. Wielers and J. M. Williams and S. Willocq and D. Xu and K. Yagyu and E. Yazgan and R. Ye and H. D. Yoo and T. You and F. Yu and G. Zevi Della Porta and W. Zhang and C. Zhu and X. Zhuang and J. Zobec and J. Zupan and J. Zurita},
journal= {arXiv preprint arXiv:1812.07831},
year = {2019}
}
备注
Report from Working Group 3 on the Physics of the HL-LHC, and Perspectives at the HE-LHC; v2: final version updated with the latest contributions and summaries; 239 pages + refs; v3: typos and character misprint in Fig. 7.2 fixed; v4: added one missing author