Handbook of LHC Higgs Cross Sections: 3. Higgs Properties
Handbook of LHC Higgs Cross Sections: 3. Higgs Properties
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DOI：
10.5170/cern-2013-004
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发表时间：
2013-07
期刊：
影响因子：
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通讯作者：
S. Heinemeyer;C. Mariotti;G. Passarino;R. Tanaka;J. Andersen;P. Artoisenet;E. Bagnaschi;A. Banfi;T. Becher;F. Bernlochner;S. Bolognesi;P. Bolzoni;R. Boughezal;D. Buarque;J. Campbell;F. Caola;M. Carena;F. Cascioli;N. Chanon;T. Cheng;S. Choi;A. David;P. Aquino;G. Degrassi;D. Re;A. Denner;H. Deurzen;S. Diglio;B. Micco;R. Nardo;S. Dittmaier;M. Dührssen;R. Ellis;G. Ferrera;N. Fidanza;M. Flechl;D. Florian;S. Forte;R. Frederix;S. Frixione;S. Gangal;Yanyan Gao;M. Garzelli;D. Gillberg;P. Govoni;M. Grazzini;N. Greiner;J. Griffiths;A. Gritsan;C. Grojean;D. Hall;C. Hays;R. Harlander;R. Hernández-Pinto;S. Höche;J. Huston;T. Jubb;M. Kadastik;S. Kallweit;A. Kardos;L. Kashif;N. Kauer;H. Kim;R. Klees;M. Kramer;F. Krauss;A. Laureys;S. Laurila;S. Lehti;Quanyin Li;S. Liebler;Xiaoqiu Liu;H. Logan;G. Luisoni;M. Malberti;F. Maltoni;K. Mawatari;F. Maierhofer;H. Mantler;S. P. Martin;P. Mastrolia;O. Mattelaer;J. Mazzitelli;B. Mellado;K. Melnikov;P. Meridiani;David J. Miller;E. Mirabella;S. Moch;P. Monni;N. Moretti;A. Mück;M. Mühlleitner;P. Musella;P. Nason;C. Neu;M. Neubert;C. Oleari;J. Olsen;G. Ossola;T. Peraro;K. Peters;F. Petriello;G. Piacquadio;C. Potter;S. Pozzorini;K. Prokofiev;I. Puljak;M. Rauch;D. Rebuzzi;L. Reina;R. Rietkerk;A. Rizzi;Y. Rotstein-Habarnau;G. Salam;G. Sborlini;F. Schissler;M. Schönherr;M. Schulze;M. Schumacher;F. Siegert;P. Slavich;J. Smillie;O. Stål;J. Soden-Fraunhofen;M. Spira;I. Stewart;F. Tackmann;P. Taylor;D. Tommasini;J. Thompson;R. Thorne;P. Torrielli;F. Tramontano;N. Tran;Z. Trocsanyi;M. Ubiali;P. Vanlaer;M. Acosta;T. Vickey;A. Vicini;W. Waalewijn;D. Wackeroth;C. Wagner;J. Walsh;J. Wang;G. Weiglein;A. Whitbeck;C. Williams;Jaehoon Yu;G. Zanderighi;M. Zanetti;M. Zaro;P. Zerwas;C. Zhang;T. Zirke;S. Zuberi
中科院分区：
文献类型：
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作者：
S. Heinemeyer;C. Mariotti;G. Passarino;R. Tanaka;J. Andersen;P. Artoisenet;E. Bagnaschi;A. Banfi;T. Becher;F. Bernlochner;S. Bolognesi;P. Bolzoni;R. Boughezal;D. Buarque;J. Campbell;F. Caola;M. Carena;F. Cascioli;N. Chanon;T. Cheng;S. Choi;A. David;P. Aquino;G. Degrassi;D. Re;A. Denner;H. Deurzen;S. Diglio;B. Micco;R. Nardo;S. Dittmaier;M. Dührssen;R. Ellis;G. Ferrera;N. Fidanza;M. Flechl;D. Florian;S. Forte;R. Frederix;S. Frixione;S. Gangal;Yanyan Gao;M. Garzelli;D. Gillberg;P. Govoni;M. Grazzini;N. Greiner;J. Griffiths;A. Gritsan;C. Grojean;D. Hall;C. Hays;R. Harlander;R. Hernández-Pinto;S. Höche;J. Huston;T. Jubb;M. Kadastik;S. Kallweit;A. Kardos;L. Kashif;N. Kauer;H. Kim;R. Klees;M. Kramer;F. Krauss;A. Laureys;S. Laurila;S. Lehti;Quanyin Li;S. Liebler;Xiaoqiu Liu;H. Logan;G. Luisoni;M. Malberti;F. Maltoni;K. Mawatari;F. Maierhofer;H. Mantler;S. P. Martin;P. Mastrolia;O. Mattelaer;J. Mazzitelli;B. Mellado;K. Melnikov;P. Meridiani;David J. Miller;E. Mirabella;S. Moch;P. Monni;N. Moretti;A. Mück;M. Mühlleitner;P. Musella;P. Nason;C. Neu;M. Neubert;C. Oleari;J. Olsen;G. Ossola;T. Peraro;K. Peters;F. Petriello;G. Piacquadio;C. Potter;S. Pozzorini;K. Prokofiev;I. Puljak;M. Rauch;D. Rebuzzi;L. Reina;R. Rietkerk;A. Rizzi;Y. Rotstein-Habarnau;G. Salam;G. Sborlini;F. Schissler;M. Schönherr;M. Schulze;M. Schumacher;F. Siegert;P. Slavich;J. Smillie;O. Stål;J. Soden-Fraunhofen;M. Spira;I. Stewart;F. Tackmann;P. Taylor;D. Tommasini;J. Thompson;R. Thorne;P. Torrielli;F. Tramontano;N. Tran;Z. Trocsanyi;M. Ubiali;P. Vanlaer;M. Acosta;T. Vickey;A. Vicini;W. Waalewijn;D. Wackeroth;C. Wagner;J. Walsh;J. Wang;G. Weiglein;A. Whitbeck;C. Williams;Jaehoon Yu;G. Zanderighi;M. Zanetti;M. Zaro;P. Zerwas;C. Zhang;T. Zirke;S. Zuberi
本报告总结了LHC希格斯粒子截面工作组2012年和2013年上半年的活动成果。该工作组的主要目标是展示大型强子对撞机希格斯物理学的最新进展，整合过去几年出现的所有新成果。本报告遵循第一个工作组报告《大型强子对撞机希格斯粒子横截面手册：1. 包容性可观测值》(CERN-2011-002) 和第二个工作组报告《大型强子对撞机希格斯粒子横截面手册：2. 微分分布》(CERN-2012-002)。 2012 年中大型强子对撞机发现希格斯玻色子后，本报告重点关注围绕 125-126 GeV 实验观测值的标准模型 (SM) 希格斯现象学的精细预测、对类 SM 希格斯玻色子的精细预测以及最小超对称标准模型中的预测以及超越这些模型的第一步。另一个主要焦点是提取新发现的粒子的特征和性质，例如与 SM 粒子的耦合、自旋和 CP 量子数等。
This Report summarizes the results of the activities in 2012 and the first half of 2013 of the LHC Higgs Cross Section Working Group. The main goal of the working group was to present the state of the art of Higgs Physics at the LHC, integrating all new results that have appeared in the last few years. This report follows the first working group report Handbook of LHC Higgs Cross Sections: 1. Inclusive Observables (CERN-2011-002) and the second working group report Handbook of LHC Higgs Cross Sections: 2. Differential Distributions (CERN-2012-002). After the discovery of a Higgs boson at the LHC in mid-2012 this report focuses on refined prediction of Standard Model (SM) Higgs phenomenology around the experimentally observed value of 125-126 GeV, refined predictions for heavy SM-like Higgs bosons as well as predictions in the Minimal Supersymmetric Standard Model and first steps to go beyond these models. The other main focus is on the extraction of the characteristics and properties of the newly discovered particle such as couplings to SM particles, spin and CP-quantum numbers etc.