New Interactions and New Particles with LHCb

与 LHCb 的新相互作用和新粒子

• 批准号: 1803004
• 负责人: Marina Artuso
• 金额: $ 370万
• 依托单位: Syracuse University
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2018
• 资助国家: 美国
• 起止时间: 2018-08-01 至 2022-01-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1803004&HistoricalAwards=false
• 关键词: New; Interactions; Particles; LHCb

One of the major intellectual achievements of the 20th century was the development of the Standard Model (SM) of particle physics. This model succeeded in classifying all of the elementary particles known at the time into a hierarchy of groups having similar quantum properties. The validity of this model to date was confirmed by the discovery of the Higgs boson at the Large Hadron Collider at CERN. However, the Standard Model as it currently exists, leaves open many questions about the universe. These include why matter dominates over anti-matter in the Universe (CP violation), the values of the masses of the fundamental constituents, the quarks and the leptons, the size of the mixings among the quarks, and separately among the leptons, and the properties of dark matter. Most explanations require the presence of new particles, symmetries or forces, which we call Beyond the Standard Model Physics (BSM). This project is designed to pursue searches for BSM physics.The LHC is the premier High Energy Physics particle accelerator in the world and is currently operating at the CERN laboratory near Geneva Switzerland, one of the foremost facilities for answering these BSM questions. The Syracuse University group is a collaboration member of LHCb, an experiment designed specifically to study the decays of hadrons containing b or c quarks at the LHC. The goal of LHCb is to identify new physics in nature by examining the properties of hadrons containing these quarks. New physics, or new forces, can be manifest by particles, as yet to be discovered, whose presence would modify decay rates and CP violating asymmetries of hadrons containing the b and c quarks, and thus allow new phenomena to be observed indirectly. The Syracuse group plays a leading role in the physics analysis of LHCb. Their ongoing analyses shed light on important aspects of our understanding of the Standard Model, including CP asymmetry which could explain the preponderance of matter in the universe as opposed to antimatter. Additionally, the group is one of the lead institutions in the design, development, and construction of a new tracking detector subsystem for LHCb called the UT, which will increase the data throughput of the experiment by an order of magnitude, allowing the LHCb experiment to probe BSM physics more deeply. The UT is a state of the art silicon tracking detector, which will play a crucial role in providing fast momentum measurements of particles, many of which are from b and c hadron decays of interest. The broader impacts of this work span several areas, from student research experiences for grads and undergrads, to a very active QuarkNet Center and Masterclass programs for high school teachers and students. For many years a steady stream of undergraduates has been working in the group's laboratories, where it is a tradition to ensure that graduate students have direct engagement in both instrumentation development as well as data analysis. Undergraduate and graduate students will be direct participants in the fabrication and testing of the UT detector that is under construction. The upgrade work will be integrated into the Syracuse QuarkNet program to involve high school teachers and high school students. This detector is an integral part of the LHCb Upgrade and is essential for LHCb to continue to produce cutting edge physics results. Young and nontraditional researchers will be integral participants in this exciting program of research.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.

20世纪的主要知识成就之一是粒子物理学标准模型（SM）的发展。该模型成功地将当时已知的所有基本粒子分类为具有相似量子特性的组的层次结构。迄今为止，通过发现Higgs玻色子在CERN的大型强子对撞机上发现了该模型的有效性。但是，目前存在的标准模型留下了有关宇宙的许多问题。其中包括为什么物质在宇宙中占主导地位（违反CP），基本成分质量的值，夸克和叶子的质量，夸克之间的混合大小以及卵子中的混合大小，在lept子中分别以及暗物质的性质。大多数解释都需要存在新的粒子，对称性或力，我们将其称为标准模型物理（BSM）。该项目旨在追求BSM物理学的搜索。LHC是世界上首要的高能物理粒子加速器，目前正在瑞士日内瓦附近的CERN实验室运营，这是回答这些BSM问题的最重要设施之一。 Syracuse University Group是LHCB的合作成员，该实验专门研究LHC上包含B或C夸克的Hadron的衰变。 LHCB的目的是通过检查包含这些夸克的Hadron的特性来识别自然界的新物理学。新的物理学或新力可以通过颗粒表现出来，尚待发现，其存在会改变腐烂的速率和违反包含B和C夸克的Hadron的CP，因此可以间接观察到新现象。锡拉丘兹组在LHCB的物理分析中发挥了领导作用。他们正在进行的分析阐明了我们对标准模型的理解的重要方面，包括CP不对称，可以解释宇宙中物质的优势而不是反物质。 此外，该小组是LHCB的新跟踪探测器子系统的设计，开发和构建中的主要机构之一，该系统将通过一个数量级来增加实验的数据吞吐量，从而使LHCB实验更深入地探测BSM物理学。 UT是最先进的硅跟踪检测器的状态，该状态将在提供快速的颗粒测量值中起着至关重要的作用，其中许多来自B和C强体衰变。这项工作的更广泛影响范围跨越了几个领域，从学生的研究经验到毕业生和本科生，到一个非常活跃的Quarknet中心以及针对高中教师和学生的大师班计划。 多年来，稳定的本科生一直在该小组的实验室工作，这是确保研究生直接参与仪器开发和数据分析的传统。 本科生和研究生将是正在建设正在建设的UT检测器的制造和测试的直接参与者。 升级工作将集成到Syracuse Quarknet计划中，以涉及高中教师和高中生。该检测器是LHCB升级的组成部分，对于LHCB继续产生最先进的物理结果至关重要。 年轻和非传统的研究人员将成为这项令人兴奋的研究计划的组成部分。该奖项反映了NSF的法定任务，并通过使用基金会的知识分子优点和更广泛的影响评估标准来评估值得支持。

项目成果

Search for massive long-lived particles decaying semileptonically at $${\sqrt{s}}=13\,\hbox {TeV}$$

搜索在 $${sqrt{s}}=13,hbox {TeV}$$ 半轻衰变的大质量长寿命粒子

• DOI: 10.1140/epjc/s10052-022-10186-3
• 发表时间: 2022
• 期刊: The European Physical Journal C
• 作者: Aaij, R.;Abdelmotteleb, A. S.;Beteta, C. Abellán;Gallego, F. J.;Ackernley, T.;Adeva, B.;Adinolfi, M.;Afsharnia, H.;Agapopoulou, C.;Aidala, C. A.
• 通讯作者: Aidala, C. A.

Precise determination of the $$B_{\mathrm{s}}^0$$–$$\overline B_{\mathrm{s}}^0$$ oscillation frequency

精确确定$$B_{mathrm{s}}^0$$â$$overline B_{mathrm{s}}^0$$振荡频率

• DOI: 10.1038/s41567-021-01394-x
• 发表时间: 2022
• 期刊: Nature Physics
• 影响因子: 19.6
• 作者: Aaij, R.;Beteta, C. Abellán;Ackernley, T.;Adeva, B.;Adinolfi, M.;Afsharnia, H.;Aidala, C. A.;Aiola, S.;Ajaltouni, Z.;Akar, S.
• 通讯作者: Akar, S.

First measurement of the $$C\!P$$-violating phase in $${{B} ^0_{s}} \!\rightarrow {{J /\psi }} ($$ $$\rightarrow $$ $$e ^+e ^-$$)$$\phi $$ decays

• DOI: 10.1140/epjc/s10052-021-09711-7
• 发表时间: 2021-05
• 期刊: The European Physical Journal C
• 作者: L. C. R. Aaij;C. Beteta;T. Ackernley;B. Adeva;M. Adinolfi;H. Afsharnia;C. Aidala;S. Aiola;Z. Ajaltouni;S. Akar;J. Albrecht;Federico Alessio;M. Alexander;A. A. Albero-A.;Z. Aliouche;G. Alkhazov;P. Cartelle;S. Amato;Y. Amhis;L. An;L. Anderlini;A. Andreianov;M. Andreotti;F. Archilli;A. Artamonov;M. Artuso;K. Arzymatov;E. Aslanides;M. Atzeni;B. Audurier;S. Bachmann;M. Bachmayer;J. Back;S. Baker;P. Rodriguez;V. Balagura;W. Baldini;J. B. Leite;R. Barlow;S. Barsuk;W. Barter;M. Bartolini;F. Baryshnikov;J. Basels;G. Bassi;V. Batozskaya;B. Batsukh;A. Battig;A. Bay;M. Becker;F. Bedeschi;I. Bediaga;A. Beiter;V. Belavin;S. Belin;V. Bellee;K. Belous;I. Belov;I. Belyaev;G. Bencivenni;E. Ben-Haim;A. Berezhnoy;R. Bernet;D. Berninghoff;H. C. Bernstein;C. Bertella;E. Bertholet;A. Bertolin;C. Betancourt;F. Betti;M. Bettler;I. Bezshyiko;S. Bhasin;J. Bhom;L. Bian;M. Bieker;S. Bifani;P. Billoir;M. Birch;F. Bishop;A. Bizzeti;M. Bjørn;M. Blago;T. Blake;F. Blanc;S. Blusk;D. Bobulska;J. A. Boelhauve;O. B. Garcia;T. Boettcher;A. Boldyrev;A. Bondar;N. Bondar;S. Borghi;M. Borisyak;M. Borsato;J. T. Borsuk;S. A. Bouchiba;T. Bowcock;A. Boyer;C. Bozzi;M. Bradley;S. Braun;A. Rodriguez;M. Brodski;J. Brodzicka;A. B. Gonzalo;D. Brundu;A. Buonaura;C. Burr;A. Bursche;A. Butkevich;J. Butter;J. Buytaert;W. Byczynski;S. Cadeddu;H. Cai;R. Calabrese;L. Calefice;L. Diaz;S. Calí;R. Calladine;M. Calvi;M. C. Gomez;P. Magalhães;A. Camboni;P. Campana;D. C. Pérez;A. F. C. Quezada;S. Capelli;L. Capriotti;A. Carbone;G. Carboni;R. Cardinale;A. Cardini;I. Carli;P. Carniti;L. Carus;K. Akiba;A. Vidal;G. Casse;M. Cattaneo;G. Cavallero;S. Celani;J. Cerasoli;A. Chadwick;M. Chapman;M. Charles;P. Charpentier;G. Chatzikonstantinidis;C. Barajas;M. Chefdeville;C. Chen;S. Chen;A. Chernov;S. Chitic;V. Chobanova;S. Cholak;M. Chrzaszcz;A. Chubykin;V. Chulikov;P. Ciambrone;M. Cicala;X. C. Vidal;G. Ciezarek;P. Clarke;M. Clemencic;H. Cliff;J. Closier;J. Cobbledick;V. Coco;J. Coelho;J. Cogan;E. Cogneras;L. Cojocariu;P. Collins;T. Colombo;L. Congedo;A. Contu;N. Cooke;G. Coombs;G. Corti;C. M. Sobral;B. Couturier;D. Craik;J. Crkovsk'a;M. C. Torres;R. Currie;C. L. Silva;E. Dall’Occo;J. Dalseno;C. D’Ambrosio;A. Danilina;P. d’Argent;A. Davis;O. Francisco;K. Bruyn;S. Capua;M. Cian;J. Miranda;L. Paula;M. Serio;D. Simone;P. Simone;J. A. Vries;C. Dean;W. Dean;D. Decamp;L. Buono;B. Delaney;H. Dembinski;A. Dendek;V. Denysenko;D. Derkach;O. Deschamps;F. Desse;F. Dettori;B. Dey;P. Nezza;S. Didenko;L. Maronas;H. Dijkstra;V. Dobishuk;A. Donohoe;F. Dordei;A. Reis;L. Douglas;A. Dovbnya;A. Downes;K. Dreimanis;M. Dudek;L. Dufour;V. Duk;P. Durante;J. Durham;D. Dutta;M. Dziewiecki;A. Dziurda;A. Dzyuba;S. Easo;U. Egede;V. Egorychev;S. Eidelman;S. Eisenhardt;S. Ek-In;L. Eklund;S. Ely;A. Ene;E. Epple;S. Escher;J. Eschle;S. Esen;T. Evans;A. Falabella;J. Fan;Y. Fan;B. Fang;N. Farley;S. Farry;D. Fazzini;P. Fedin;M. F'eo;P. F. Declara;A. F. Prieto;F. Ferrari;L. Lopes;F. Rodrigues;S. F. Sole;M. Ferrillo;M. Ferro-Luzzi;Sergey Filippov;R. Fini;M. Fiorini;M. Firlej;K. Fischer;C. Fitzpatrick;T. Fiutowski;F. Fleuret;M. Fontana;F. Fontanelli;R. Forty;V. F. Lima;M. F. Sevilla;M. Frank;E. Franzoso;G. Frau;C. Frei;D. Friday;J. Fu;Q. Fuehring;W. Funk;E. Gabriel;T. Gaintseva;A. G. Torreira;D. Galli;S. Gambetta;Y. Gan;M. Gandelman;P. Gandini;Y. Gao;M. Garau;L. Martin;P. Moreno;J. G. Pardiñas;B. G. Plana;F. A. G. Rosales;L. Garrido;C. Gaspar;R. Geertsema;D. Gerick;L. L. Gerken-L.;E. Gersabeck;M. Gersabeck;T. Gershon;D. Gerstel;P. Ghez;V. Gibson;H. Giemza;M. Giovannetti;A. Gioventù;P. G. Gironell;L. Giubega;C. Giugliano;K. Gizdov;E. Gkougkousis;V. Gligorov;C. Gobel;E. Golobardes;D. Golubkov;A. Golutvin;A. Gomes;S. Fernandez;M. Goncerz;G. Gong;P. Gorbounov;I. Gorelov;C. Gotti;E. Govorkova;J. P. Grabowski;R. Diaz;T. Grammatico;L. Cardoso;E. Graug'es;E. Graverini;G. Graziani;A. Grecu;L. M. Greeven;P. Griffith;L. Grillo;S. Gromov;B. R. G. Cazon;C. Gu;Marco Guarise;P. Gunther;E. Gushchin;A. Guth;Y. Guz;T. Gys;T. Hadavizadeh;G. Haefeli;C. Haen;J. Haimberger;T. Halewood-leagas;P. Hamilton;Q. Han;X. Han;T. Hancock;S. Hansmann-Menzemer;N. Harnew;T. Harrison;C. Hasse;M. Hatch;J. He;M. Hecker;K. Heijhoff;K. Heinicke;A. Hennequin;K. Hennessy;L. Henry;J. Heuel;A. Hicheur;D. Hill;M. Hilton;S. Hollitt;J. Hu;W. Hu;W. Huang;X. Huang;W. Hulsbergen;R. Hunter;M. Hushchyn;D. Hutchcroft;D. Hynds;P. Ibis;M. Idzik;D. Ilin;P. Ilten;A. Inglessi;A. Ishteev;K. Ivshin;R. Jacobsson;S. Jakobsen;E. Jans;B. Jashal;A. Jawahery;Vukan Jevtic;M. Jeżabek;F. Jiang;M. John;D. Johnson;C. Jones;T. Jones;B. Jost;N. Jurik;S. Kandybei;Y. Kang;M. Karacson;N. Kazeev;F. Keizer;M. Kenzie;T. Ketel;B. Khanji;A. Kharisova;S. Kholodenko;K. Kim;T. Kirn;V. S. Kirsebom;O. Kitouni;S. Klaver;K. Klimaszewski;S. Koliiev;A. Kondybayeva;A. Konoplyannikov;P. Kopciewicz;R. Kopecná;P. Koppenburg;M. Korolev;I. Kostiuk;O. Kot;S. Kotriakhova;P. Kravchenko;L. Kravchuk;R. Krawczyk;M. Kreps;F. Kress;S. Kretzschmar;P. Krokovny;W. Krupa;W. Krzemień;W. Kucewicz;M. Kucharczyk;V. Kudryavtsev;H. Kuindersma;G. Kunde;T. Kvaratskheliya;D. Lacarrere;G. Lafferty;A. Lai;A. Lampis;D. Lancierini;J. J. Lane-J.;R. Lane;G. Lanfranchi;C. Langenbruch;J. Langer;O. Lantwin;T. Latham;F. Lazzari;R. Gac;S. Lee;R. Lefèvre;A. Leflat;S. Legotin;O. Leroy;T. Lesiak;B. Leverington;H. Li;L. Li;P. Li;X. Li;Y. Li;Z. Li;X. Liang;T. Lin;R. Lindner;V. Lisovskyi;R. Litvinov;G. Liu;H. Liu;S. Liu;X. Liu;A. Loi;J. L. Castro;I. Longstaff;J. Lopes;G. Loustau;G. Lovell;Y. Lu;D. Lucchesi;S. Luchuk;M. Martinez;V. Lukashenko;Y. Luo;A. Lupato;E. Luppi;O. Lupton;A. Lusiani;X. Lyu;L. Ma;S. Maccolini;F. Machefert;F. Maciuc;V. Macko;P. Mackowiak;S. Maddrell-Mander;O. Madejczyk;L. R. M. Mohan;O. Maev;A. Maevskiy;D. Maisuzenko;M. Majewski;S. Malde;B. Malecki;A. Malinin;T. Maltsev;H. Malygina;G. Manca;G. Mancinelli;R. M. Escalero;D. Manuzzi;D. Marangotto;J. Maratas;Jean François Marchand;U. Marconi;S. Mariani;C. Benito;M. Marinangeli;P. Marino;J. Marks;P. Marshall;G. Martellotti;L. Martinazzoli;M. Martinelli;D. M. Santos;F. M. Vidal;A. Massafferri;M. Materok;R. Matev;A. Mathad;Z. Máthé;V. Matiunin;C. Matteuzzi;K. Mattioli;A. Mauri;E. Maurice;J. Mauricio;M. Mazurek;M. McCann;L. Mcconnell;T. McGrath;A. McNab;R. McNulty;J. Mead;B. Meadows;C. Méaux;G. Meier;N. Meinert;D. Melnychuk;S. Meloni;M. Merk;A. Merli;L. M. Garcia;M. Mikhasenko;D. Milanés;E. Millard;M. Minard;L. Minzoni;S. Mitchell;B. Mitreska;D. Mitzel;A. Modden;R. A. Mohammed;R. Moise;T. Mombacher;I. A. Monroy;S. Monteil;M. Morandin;G. Morello;M. Morello;J. Moroń;A. Morris;A. Morris;R. Mountain;H. Mu;F. Muheim;M. Mukherjee;M. Mulder;D. Muller;K. Muller;C. Murphy;D. Murray;P. Muzzetto;P. Naik;T. Nakada;R. Nandakumar;T. Nanut;I. Nasteva;M. Needham;I. Neri;N. Neri;S. Neubert;N. Neufeld;R. Newcombe;T. Nguyen;C. Nguyen-Mau;E. Niel;S. Nieswand;N. Nikitin;N. Nolte;C. Nunez;A. Oblakowska-Mucha;V. Obraztsov;D. O’Hanlon;R. Oldeman;C. Onderwater;A. Ossowska;J. Goicochea;T. Ovsiannikova;P. Owen;A. Oyanguren;B. Pagare;P. Pais;T. Pajero;A. Palano;M. Palutan;Y. Pan;G. Panshin;A. Papanestis;M. Pappagallo;L. Pappalardo;C. Pappenheimer;W. Parker;C. Parkes;C. Parkinson;B. Passalacqua;G. Passaleva;A. Pastore;M. Patel;C. Patrignani;C. Pawley;A. Pearce;A. Pellegrino;M. Altarelli;S. Perazzini;D. Pereima;P. Perret;K. Petridis;A. Petrolini;A. Petrov;S. Petrucci;M. Petruzzo;A. Philippov;L. Pica;M. Piccini;B. Pietrzyk;G. Pietrzyk;M. Pili;D. Pinci;F. Pisani;A. Piucci;Resmi P.K;V. Placinta;J. Plews;M. P. Casasus;F. Polci;M. Lener;M. Poliakova;A. Poluektov;N. Polukhina;I. Polyakov;E. Polycarpo;G. Pomery;S. Ponce;D. Popov;S. Popov;S. Poslavskii;K. Prasanth;L. Promberger;C. Prouve;V. Pugatch;H. Pullen;G. Punzi;W. Qian;J. Qin;R. Quagliani;B. Quintana;N. V. Raab;R. I. R. Trejo-R.-I.-R.-Trejo-1388602419;B. Rachwal;J. Rademacker;M. Rama;M. R. Pernas;M. Rangel;F. Ratnikov;G. Raven;M. Reboud;F. Redi;F. Reiss;C. Alepuz;Z. Ren;V. Renaudin;R. Ribatti;S. Ricciardi;K. Rinnert;P. Robbe;A. Robert;G. Robertson;A. Rodrigues;E. Rodrigues;J. Lopez;A. Rollings;P. Roloff;V. Romanovskiy;M. Lamas;A. Vidal;J. D. Roth;M. Rotondo;M. Rudolph;T. Ruf;J. Vidal;Artem Sergeevich Ryzhikov;J. Ryzka;J. J. S. Silva-J.;N. Sagidova;N. Sahoo;B. Saitta;D. Gonzalo;C. S. Gras;R. Santacesaria;C. S. Rios;M. Santimaria;E. Santovetti;D. Saranin;G. Sarpis;M. Sarpis;A. Sarti;C. Satriano;A. Satta;M. Saur;D. Savrina;H. Sazak;L. G. S. Smead;S. Schael;M. Schellenberg;M. Schiller;H. Schindler;M. Schmelling;T. Schmelzer;B. Schmidt;O. Schneider;A. Schopper;M. Schubiger;S. Schulte;M. Schune;R. Schwemmer;B. Sciascia;A. Sciubba;S. Sellam;A. Semennikov;M. Soares;A. Sergi;N. Serra;L. Sestini;A. Seuthe;P. Seyfert;D. Shangase;M. Shapkin;I. Shchemerov;L. Shchutska;T. Shears;L. Shekhtman;Z. Shen;V. Shevchenko;E. Shields;E. Shmanin;J. D. Shupperd;B. Siddi;R. Coutinho;G. Simi;S. Simone;N. Skidmore;T. Skwarnicki;M. Slater;I. Slazyk;J. Smallwood;J. G. Smeaton;A. Smetkina;E. Smith;M. Smith;A. Snoch;M. Soares;L. S. Lavra;M. Sokoloff;F. Soler;A. Solovev;I. Solovyev;F. L. S. Almeida;B. S. D. Paula;B. Spaan;E. S. Norella;P. Spradlin;F. Stagni;M. Stahl;S. Stahl;P. Stefko;O. Steinkamp;S. Stemmle;O. Stenyakin;H. Stevens;S. Stone;M. E. Stramaglia;M. Straticiuc;D. Strekalina;S. Strokov;F. Suljik;J. Sun;L. Sun;Y. Sun;P. Svihra;P. Swallow;K. Swientek;A. Szabelski;T. Szumlak;M. Szymanski;S. Taneja;F. Teubert;E. Thomas;K. A. Thomson;M. Tilley;V. Tisserand;S. T’Jampens;M. Tobin;S. Tolk;L. Tomassetti;D. T. Machado;D. Y. Tou;M. Traill;M. Tran;E. Trifonova;C. Trippl;G. Tuci;A. Tully;N. Tuning;A. Ukleja;D. J. Unverzagt;A. Usachov;Andrey Ustyuzhanin;U. Uwer;A. Vagner;V. Vagnoni;A. Valassi;G. Valenti;N. V. Canudas;M. Beuzekom;H. Hecke;E. Herwijnen;C. Hulse;M. Veghel;R. V. Gomez;P. Regueiro;C. Sierra;S. Vecchi;J. Velthuis;M. Veltri;A. Venkateswaran;M. Veronesi;M. Vesterinen;D. Vieira;M. V. Diaz;H. Viemann;X. Vilasís-Cardona;E. Figueras;P. Vincent;G. Vitali;A. Vollhardt;D. Bruch;A. Vorobyev;V. Vorobyev;N. Voropaev;R. Waldi;J. Walsh;C. Wang;J. Wang;M. Wang;R. Wang;Y. Wang;Z. Wang;H. Wark;N. Watson;S. Weber;D. Websdale;C. Weisser;B. Westhenry;D. J. White;M. Whitehead;D. Wiedner;G. Wilkinson;M. Wilkinson;I. Williams;M. Williams;M.R.J. Williams;F. Wilson;W. Wiślicki;M. Witek;L. Witola;G. Wormser;S. Wotton;H. Wu;K. Wyllie;Z. Xiang;D. Xiao;Y. Xie;A. Xu;J. Xu;L. Xu;M. Xu;Q. Xu;Z. Xu;D. Yang;Y. Yang;Z. Yang;Y. Yao;L. E. Yeomans;H. Yin;J. Yu;X. Yuan;O. Yushchenko;K. Zarebski;M. Zavertyaev;M. Zdybal;O. Zenaiev;M. Zeng;D. Zhang;L. Zhang;S. Zhang;Y. Zhang;A. Zhelezov;Y. Zheng;X. Zhou;Y. Zhou;X. Zhu;V. Zhukov;J. Zonneveld;S. Zucchelli;D. Zuliani;G. Zunica

Study of coherent J/ψ production in lead-lead collisions at $$ \sqrt{{\mathrm{s}}_{\mathrm{NN}}} $$ = 5 TeV

$$ sqrt{{mathrm{s}}_{mathrm{NN}}} $$ = 5 TeV 条件下铅-铅碰撞中相干 J/Ï 产生的研究

• DOI: 10.1007/jhep07(2022)117
• 发表时间: 2022
• 期刊: Journal of High Energy Physics
• 影响因子: 5.4
• 作者: Aaij, R.;Abellán Beteta, C.;Ackernley, T.;Adeva, B.;Adinolfi, M.;Afsharnia, H.;Aidala, C. A.;Aiola, S.;Ajaltouni, Z.;Akar, S.
• 通讯作者: Akar, S.

Simultaneous determination of CKM angle γ and charm mixing parameters

• DOI: 10.1007/jhep12(2021)141
• 发表时间: 2021-12-21
• 期刊: JOURNAL OF HIGH ENERGY PHYSICS
• 影响因子: 5.4
• 作者: Aaij, R.;Abdelmotteleb, A. S. W.;Zunica, G.
• 通讯作者: Zunica, G.