Measurements of Higgs boson properties in the diphoton decay channel in proton-proton collisions at s=13$$ \sqrt{s}=13 $$ TeV
Measurements of Higgs boson properties in the diphoton decay channel in proton-proton collisions at s=13$$ \sqrt{s}=13 $$ TeV
复制标题
DOI：
10.1007/jhep11(2018)185
复制
发表时间：
2018-04
影响因子：
5.4
通讯作者：
A. Sirunyan;A. Tumasyan;W. Adam;F. Ambrogi;E. Asilar;T. Bergauer;J. Brandstetter;E. Brondolin;M. Dragicevic;J. Erö;A. Escalante Del Valle;M. Flechl;M. Friedl;R. Frühwirth;V. Ghete;J. Grossmann;J. Hrubec;M. Jeitler;A. König;N. Krammer;I. Krätschmer;D. Liko;T. Madlener;I. Mikulec;E. Pree;N. Rad;H. Rohringer;J. Schieck;R. Schöfbeck;M. Spanring;D. Spitzbart;A. Taurok;W. Waltenberger;J. Wittmann;C. Wulz;M. Zarucki;V. Chekhovsky;V. Mossolov;J. Suárez González;E. Wolf;D. Croce;X. Janssen;J. Lauwers;M. Pieters;M. Klundert;H. Haevermaet;P. Mechelen;N. Remortel;S. A. Abu Zeid;F. Blekman;J. D’Hondt;I. Bruyn;J. Clercq;K. Deroover;G. Flouris;D. Lontkovskyi;S. Lowette;I. Marchesini;S. Moortgat;L. Moreels;Q. Python;K. Skovpen;S. Tavernier;W. Doninck;P. Mulders;I. Parijs;D. Beghin;B. Bilin;H. Brun;B. Clerbaux;G. Lentdecker;H. Delannoy;B. Dorney;G. Fasanella;L. Favart;R. Goldouzian;A. Grebenyuk;A. Kalsi;T. Lenzi;J. Luetić;T. Ševa;E. Starling;C. Vander Velde;P. Vanlaer;D. Vannerom;R. Yonamine;T. Cornelis;D. Dobur;A. Fagot;M. Gul;I. Khvastunov;D. Poyraz;C. Roskas;D. Trocino;M. Tytgat;W. Verbeke;B. Vermassen;M. Vit;N. Zaganidis;H. Bakhshiansohi;O. Bondu;S. Brochet;G. Bruno;C. Caputo;A. Caudron;P. David;S. Visscher;C. Delaere;M. Delcourt;B. Francois;A. Giammanco;G. Krintiras;V. Lemaitre;A. Magitteri;A. Mertens;M. Musich;K. Piotrzkowski;L. Quertenmont;A. Saggio;M. Vidal Marono;S. Wertz;J. Zobec;W. Aldá Júnior;F. Alves;G. Alves;L. Brito;G. Correia Silva;C. Hensel;A. Moraes;M. Pol;P. Rebello Teles;E. Belchior Batista Das Chagas;W. Carvalho;J. Chinellato;E. Coelho;E. Costa;G. G. Silveira-G.;D. Jesus Damiao;S. Fonseca De Souza;H. Malbouisson;M. Medina Jaime;M. Melo De Almeida;C. Mora Herrera;L. Mundim;H. Nogima;L. Sanchez Rosas;A. Santoro;A. Sznajder;M. Thiel;E. Tonelli Manganote;F. Torres Da Silva De Araujo;A. Vilela Pereira;S. Ahuja;C. Bernardes;L. Calligaris;T. Fernandez Perez Tomei;E. Gregores;P. Mercadante;S. Novaes;S. Padula;D. Romero Abad;J. C. Ruiz Vargas;A. Aleksandrov;R. Hadjiiska;P. Iaydjiev;A. Marinov;M. Misheva;M. Rodozov;M. Shopova;G. Sultanov;A. Dimitrov;L. Litov;B. Pavlov;P. Petkov;W. Fang;X. Gao;L. Yuan;M. Ahmad;J. Bian;G. Chen;H. Chen;M. Chen;Y. Chen;C. Jiang;D. Leggat;H. Liao;Z. Liu;F. Romeo;S. Shaheen;A. Spiezia;J. Tao;C. Wang;Z. Wang;E. Yazgan;H. Zhang;J. Zhao;Y. Ban;G. Chen;J. Li;Q. Li;S. Liu;Y. Mao;S. Qian;D. Wang;Z. Xu;Y. Wang;C. Avila;A. Cabrera;C. Carrillo Montoya;L. Chaparro Sierra;C. Florez;C. González Hernández;M. Segura Delgado;B. Courbon;N. Godinovic;D. Lelas;I. Puljak;P. M. Ribeiro Cipriano;T. Šćulac;Z. Antunović;M. Kovac;V. Brigljevic;D. Ferencek;K. Kadija;B. Mesić;A. Starodumov;T. Susa;M. W. Ather;A. Attikis;G. Mavromanolakis;J. Mousa;C. Nicolaou;F. Ptochos;P. Razis;H. Rykaczewski;M. Finger;M. Finger;E. Carrera Jarrin;A. Abdelalim;A. Ellithi Kamel;A. Mohamed;S. Bhowmik;R. K. Dewanjee;M. Kadastik;L. Perrini;M. Raidal;C. Veelken;P. Eerola;H. Kirschenmann;J. Pekkanen;M. Voutilainen;J. Havukainen;J. Heikkilä;T. Järvinen;V. Karimäki;R. Kinnunen;T. Lampén;K. Lassila-Perini;S. Laurila;S. Lehti;T. Lindén;P. Luukka;T. Mäenpää;H. Siikonen;E. Tuominen;J. Tuominiemi;T. Tuuva;M. Besançon;F. Couderc;M. Dejardin;D. Denegri;J. Faure;F. Ferri;S. Ganjour;S. Ghosh;A. Givernaud;P. Gras;G. Hamel de Monchenault;P. Jarry;C. Leloup;E. Locci;M. Machet;J. Malcles;G. Negro;J. Rander;A. Rosowsky;M. Sahin;M. Titov;A. Abdulsalam;C. Amendola;I. Antropov;S. Baffioni;F. Beaudette;P. Busson;L. Cadamuro;C. Charlot;R. Granier de Cassagnac;M. Jo;I. Kucher;S. Lisniak;A. Lobanov;J. Martin Blanco;M. Nguyen;C. Ochando;G. Ortona;P. Paganini;P. Pigard;R. Salerno;J. Sauvan;Y. Sirois;A. Stahl Leiton;Y. Yilmaz;A. Zabi;A. Zghiche;J. Agram;J. Andrea;D. Bloch;J. Brom;E. Chabert;C. Collard;É. Conte;X. Coubez;F. Drouhin;J. Fontaine;D. Gelé;U. Goerlach;M. Jansová;P. Juillot;A. Bihan;N. Tonon;P. Hove;S. Gadrat;S. Beauceron;C. Bernet;G. Boudoul;N. Chanon;R. Chierici;D. Contardo;P. Depasse;H. Mamouni;J. Fay;L. Finco;S. Gascon;M. Gouzevitch;G. Grenier;B. Ille;F. Lagarde;I. Laktineh;Hugues Lattaud;M. Lethuillier;L. Mirabito;A. Pequegnot;S. Perriès;A. Popov;V. Sordini;M. Vander Donckt;S. Viret;S. Zhang;A. Khvedelidze;Z. Tsamalaidze;C. Autermann;L. Feld;M. K. Kiesel;K. Klein;M. Lipinski;M. Preuten;M. Rauch;C. Schomakers;J. Schulz;M. Teroerde;B. Wittmer;V. Zhukov;A. Albert;D. Duchardt;M. Endres;M. Erdmann;S. Erdweg;T. Esch;R. Fischer;A. Güth;T. Hebbeker;C. Heidemann;K. Hoepfner;S. Knutzen;M. Merschmeyer;A. Meyer;P. Millet;S. Mukherjee;T. Pook;M. Radziej;H. Reithler;M. Rieger;F. Scheuch;D. Teyssier;S. Thüer;G. Flügge;B. Kargoll;T. Kress;A. Künsken;T. Müller;A. Nehrkorn;A. Nowack;C. Pistone;O. Pooth;A. Stahl;M. Aldaya Martin;T. Arndt;C. Asawatangtrakuldee;K. Beernaert;O. Behnke;U. Behrens;A. Bermudez Martinez;A. Bin Anuar;K. Borras;V. Botta;A. Campbell;P. Connor;C. Contreras-Campana;F. Costanza;V. Danilov;A. Wit;C. Diez Pardos;D. Domínguez Damiani;G. Eckerlin;D. Eckstein;T. Eichhorn;A. Elwood;E. Eren;E. Gallo;J. Garay García;A. Geiser;J. Grados Luyando;A. Grohsjean;P. Gunnellini;M. Guthoff;A. Harb;J. Hauk;H. Jung;M. Kasemann;J. Keaveney;C. Kleinwort;J. Knolle;I. Korol;D. Krücker;W. Lange;A. Lelek;T. Lenz;K. Lipka;W. Lohmann;R. Mankel;I. Melzer-Pellmann;A. Meyer;M. Meyer;M. Missiroli;G. Mittag;J. Mnich;A. Mussgiller;D. Pitzl;A. Raspereza;M. Savitskyi;P. Saxena;R. Shevchenko;N. Stefaniuk;H. Tholen;G. Onsem;R. Walsh;Y. Wen;K. Wichmann;C. Wissing;O. Zenaiev;R. Aggleton;S. Bein;V. Blobel;M. Centis Vignali;T. Dreyer;E. Garutti;D. Gonzalez;J. Haller;A. Hinzmann;M. Hoffmann;A. Karavdina;G. Kasieczka;R. Klanner;R. Kogler;N. Kovalchuk;S. Kurz;V. Kutzner;J. Lange;D. Marconi;J. Multhaup;M. Niedziela;D. Nowatschin;T. Peiffer;A. Perieanu;A. Reimers;C. Scharf;P. Schleper;A. Schmidt;S. Schumann;J. Schwandt
中科院分区：
文献类型：
--
作者：
A. Sirunyan;A. Tumasyan;W. Adam;F. Ambrogi;E. Asilar;T. Bergauer;J. Brandstetter;E. Brondolin;M. Dragicevic;J. Erö;A. Escalante Del Valle;M. Flechl;M. Friedl;R. Frühwirth;V. Ghete;J. Grossmann;J. Hrubec;M. Jeitler;A. König;N. Krammer;I. Krätschmer;D. Liko;T. Madlener;I. Mikulec;E. Pree;N. Rad;H. Rohringer;J. Schieck;R. Schöfbeck;M. Spanring;D. Spitzbart;A. Taurok;W. Waltenberger;J. Wittmann;C. Wulz;M. Zarucki;V. Chekhovsky;V. Mossolov;J. Suárez González;E. Wolf;D. Croce;X. Janssen;J. Lauwers;M. Pieters;M. Klundert;H. Haevermaet;P. Mechelen;N. Remortel;S. A. Abu Zeid;F. Blekman;J. D’Hondt;I. Bruyn;J. Clercq;K. Deroover;G. Flouris;D. Lontkovskyi;S. Lowette;I. Marchesini;S. Moortgat;L. Moreels;Q. Python;K. Skovpen;S. Tavernier;W. Doninck;P. Mulders;I. Parijs;D. Beghin;B. Bilin;H. Brun;B. Clerbaux;G. Lentdecker;H. Delannoy;B. Dorney;G. Fasanella;L. Favart;R. Goldouzian;A. Grebenyuk;A. Kalsi;T. Lenzi;J. Luetić;T. Ševa;E. Starling;C. Vander Velde;P. Vanlaer;D. Vannerom;R. Yonamine;T. Cornelis;D. Dobur;A. Fagot;M. Gul;I. Khvastunov;D. Poyraz;C. Roskas;D. Trocino;M. Tytgat;W. Verbeke;B. Vermassen;M. Vit;N. Zaganidis;H. Bakhshiansohi;O. Bondu;S. Brochet;G. Bruno;C. Caputo;A. Caudron;P. David;S. Visscher;C. Delaere;M. Delcourt;B. Francois;A. Giammanco;G. Krintiras;V. Lemaitre;A. Magitteri;A. Mertens;M. Musich;K. Piotrzkowski;L. Quertenmont;A. Saggio;M. Vidal Marono;S. Wertz;J. Zobec;W. Aldá Júnior;F. Alves;G. Alves;L. Brito;G. Correia Silva;C. Hensel;A. Moraes;M. Pol;P. Rebello Teles;E. Belchior Batista Das Chagas;W. Carvalho;J. Chinellato;E. Coelho;E. Costa;G. G. Silveira-G.;D. Jesus Damiao;S. Fonseca De Souza;H. Malbouisson;M. Medina Jaime;M. Melo De Almeida;C. Mora Herrera;L. Mundim;H. Nogima;L. Sanchez Rosas;A. Santoro;A. Sznajder;M. Thiel;E. Tonelli Manganote;F. Torres Da Silva De Araujo;A. Vilela Pereira;S. Ahuja;C. Bernardes;L. Calligaris;T. Fernandez Perez Tomei;E. Gregores;P. Mercadante;S. Novaes;S. Padula;D. Romero Abad;J. C. Ruiz Vargas;A. Aleksandrov;R. Hadjiiska;P. Iaydjiev;A. Marinov;M. Misheva;M. Rodozov;M. Shopova;G. Sultanov;A. Dimitrov;L. Litov;B. Pavlov;P. Petkov;W. Fang;X. Gao;L. Yuan;M. Ahmad;J. Bian;G. Chen;H. Chen;M. Chen;Y. Chen;C. Jiang;D. Leggat;H. Liao;Z. Liu;F. Romeo;S. Shaheen;A. Spiezia;J. Tao;C. Wang;Z. Wang;E. Yazgan;H. Zhang;J. Zhao;Y. Ban;G. Chen;J. Li;Q. Li;S. Liu;Y. Mao;S. Qian;D. Wang;Z. Xu;Y. Wang;C. Avila;A. Cabrera;C. Carrillo Montoya;L. Chaparro Sierra;C. Florez;C. González Hernández;M. Segura Delgado;B. Courbon;N. Godinovic;D. Lelas;I. Puljak;P. M. Ribeiro Cipriano;T. Šćulac;Z. Antunović;M. Kovac;V. Brigljevic;D. Ferencek;K. Kadija;B. Mesić;A. Starodumov;T. Susa;M. W. Ather;A. Attikis;G. Mavromanolakis;J. Mousa;C. Nicolaou;F. Ptochos;P. Razis;H. Rykaczewski;M. Finger;M. Finger;E. Carrera Jarrin;A. Abdelalim;A. Ellithi Kamel;A. Mohamed;S. Bhowmik;R. K. Dewanjee;M. Kadastik;L. Perrini;M. Raidal;C. Veelken;P. Eerola;H. Kirschenmann;J. Pekkanen;M. Voutilainen;J. Havukainen;J. Heikkilä;T. Järvinen;V. Karimäki;R. Kinnunen;T. Lampén;K. Lassila-Perini;S. Laurila;S. Lehti;T. Lindén;P. Luukka;T. Mäenpää;H. Siikonen;E. Tuominen;J. Tuominiemi;T. Tuuva;M. Besançon;F. Couderc;M. Dejardin;D. Denegri;J. Faure;F. Ferri;S. Ganjour;S. Ghosh;A. Givernaud;P. Gras;G. Hamel de Monchenault;P. Jarry;C. Leloup;E. Locci;M. Machet;J. Malcles;G. Negro;J. Rander;A. Rosowsky;M. Sahin;M. Titov;A. Abdulsalam;C. Amendola;I. Antropov;S. Baffioni;F. Beaudette;P. Busson;L. Cadamuro;C. Charlot;R. Granier de Cassagnac;M. Jo;I. Kucher;S. Lisniak;A. Lobanov;J. Martin Blanco;M. Nguyen;C. Ochando;G. Ortona;P. Paganini;P. Pigard;R. Salerno;J. Sauvan;Y. Sirois;A. Stahl Leiton;Y. Yilmaz;A. Zabi;A. Zghiche;J. Agram;J. Andrea;D. Bloch;J. Brom;E. Chabert;C. Collard;É. Conte;X. Coubez;F. Drouhin;J. Fontaine;D. Gelé;U. Goerlach;M. Jansová;P. Juillot;A. Bihan;N. Tonon;P. Hove;S. Gadrat;S. Beauceron;C. Bernet;G. Boudoul;N. Chanon;R. Chierici;D. Contardo;P. Depasse;H. Mamouni;J. Fay;L. Finco;S. Gascon;M. Gouzevitch;G. Grenier;B. Ille;F. Lagarde;I. Laktineh;Hugues Lattaud;M. Lethuillier;L. Mirabito;A. Pequegnot;S. Perriès;A. Popov;V. Sordini;M. Vander Donckt;S. Viret;S. Zhang;A. Khvedelidze;Z. Tsamalaidze;C. Autermann;L. Feld;M. K. Kiesel;K. Klein;M. Lipinski;M. Preuten;M. Rauch;C. Schomakers;J. Schulz;M. Teroerde;B. Wittmer;V. Zhukov;A. Albert;D. Duchardt;M. Endres;M. Erdmann;S. Erdweg;T. Esch;R. Fischer;A. Güth;T. Hebbeker;C. Heidemann;K. Hoepfner;S. Knutzen;M. Merschmeyer;A. Meyer;P. Millet;S. Mukherjee;T. Pook;M. Radziej;H. Reithler;M. Rieger;F. Scheuch;D. Teyssier;S. Thüer;G. Flügge;B. Kargoll;T. Kress;A. Künsken;T. Müller;A. Nehrkorn;A. Nowack;C. Pistone;O. Pooth;A. Stahl;M. Aldaya Martin;T. Arndt;C. Asawatangtrakuldee;K. Beernaert;O. Behnke;U. Behrens;A. Bermudez Martinez;A. Bin Anuar;K. Borras;V. Botta;A. Campbell;P. Connor;C. Contreras-Campana;F. Costanza;V. Danilov;A. Wit;C. Diez Pardos;D. Domínguez Damiani;G. Eckerlin;D. Eckstein;T. Eichhorn;A. Elwood;E. Eren;E. Gallo;J. Garay García;A. Geiser;J. Grados Luyando;A. Grohsjean;P. Gunnellini;M. Guthoff;A. Harb;J. Hauk;H. Jung;M. Kasemann;J. Keaveney;C. Kleinwort;J. Knolle;I. Korol;D. Krücker;W. Lange;A. Lelek;T. Lenz;K. Lipka;W. Lohmann;R. Mankel;I. Melzer-Pellmann;A. Meyer;M. Meyer;M. Missiroli;G. Mittag;J. Mnich;A. Mussgiller;D. Pitzl;A. Raspereza;M. Savitskyi;P. Saxena;R. Shevchenko;N. Stefaniuk;H. Tholen;G. Onsem;R. Walsh;Y. Wen;K. Wichmann;C. Wissing;O. Zenaiev;R. Aggleton;S. Bein;V. Blobel;M. Centis Vignali;T. Dreyer;E. Garutti;D. Gonzalez;J. Haller;A. Hinzmann;M. Hoffmann;A. Karavdina;G. Kasieczka;R. Klanner;R. Kogler;N. Kovalchuk;S. Kurz;V. Kutzner;J. Lange;D. Marconi;J. Multhaup;M. Niedziela;D. Nowatschin;T. Peiffer;A. Perieanu;A. Reimers;C. Scharf;P. Schleper;A. Schmidt;S. Schumann;J. Schwandt
报告了 H→ γγ 衰变通道中希格斯玻色子特性的测量。该分析基于 2016 年 LHC 运行期间 CMS 实验在 TeV 质子-质子碰撞中收集的数据，对应的积分光度为 35.9 fb− 1。允许希格斯质量浮动，测量产生相对于标准模型预测的信号强度 1.18+ 0.17− 0.14= 1.18+ 0.12− 0.11 (stat)+ 0.09− 0.07 (syst)+ 0.07− 0.06 (theo)，这在很大程度上对 125 GeV 左右的精确希格斯质量不敏感。还测量了与不同希格斯玻色子产生机制、与玻色子和费米子的耦合以及与光子和胶子的有效耦合相关的信号强度。
Measurements of Higgs boson properties in the H→ γγ decay channel are reported. The analysis is based on data collected by the CMS experiment in proton-proton collisions atTeV during the 2016 LHC running period, corresponding to an integrated luminosity of 35.9 fb− 1. Allowing the Higgs mass to float, the measurement yields a signal strength relative to the standard model prediction of 1.18+ 0.17− 0.14= 1.18+ 0.12− 0.11 (stat)+ 0.09− 0.07 (syst)+ 0.07− 0.06 (theo), which is largely insensitive to the exact Higgs mass around 125 GeV. Signal strengths associated with the different Higgs boson production mechanisms, couplings to bosons and fermions, and effective couplings to photons and gluons are also measured.