GridPP4 Tranche-II NorthGrid-Liverpool Staff Grant

GridPP4 第二批 NorthGrid-利物浦员工补助金

• 批准号: ST/K003534/1
• 负责人: David Hutchcroft
• 金额: $ 19.67万
• 依托单位: University of Liverpool
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2013
• 资助国家: 英国
• 起止时间: 2013 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=ST%2FK003534%2F1
• 关键词: GridPP4; Tranche; II; NorthGrid; Liverpool

This proposal, submitted in response to the 2009 invitation from STFC, aims to provide and operate a computing Grid for the exploitation of LHC data in the UK. The success of the current GridPP Collaboration will be built upon, and the UK's response to production of LHC data in the period April 2011 to March 2015 will be to ensure that there is a sustainable infrastructure providing "Computing in the LHC era"We propose to operate a Grid as the main mechanism for delivering very large-scale computational resources to the UK particle physics community. This foundation will underpin the success and increase the discovery potential of UK physicists. We will operate a production-quality Grid, delivering robustness, scale and functionality. The proposal is fully integrated with international projects and we must exploit the opportunity to capitalise on the UK leadership already established in several areas. The Particle Physics Grid will form a central part of the UK National Grid Infrastructure (NGI) that will be integrated with the European Grid Initiative (EGI) and which will inter-operate with Grids in the United States and elsewhere. The project will be managed across various domains and will deliver the UK's commitment to the worldwide LHC Computing Grid (wLCG) and ensure that worldwide activities directly benefit the UK.By 2015, the UK Grid infrastructure will have expanded in size to 40,000 cores, with more than 60 PetaBytes of storage. This will enable the UK to exploit, in an internationally competitive way, the unique physics potential of the LHC.A total request is made for £27.8m for a four year GridPP4 project starting in April 2011.

该提案是应 STFC 2009 年的邀请而提交的，旨在为英国的 LHC 数据开发提供并运营一个计算网格。当前 GridPP 合作的成功将建立在英国对生产的响应之上。 2011 年 4 月至 2015 年 3 月期间的大型强子对撞机数据将确保有一个可持续的基础设施提供“大型强子对撞机时代的计算”，我们建议将网格作为主要机制来运营为英国粒子物理学界提供大规模计算资源。该基金会将支持英国物理学家的成功并提高其发现潜力。我们将运营一个生产质量的网格，提供与国际接轨的稳健性、规模和功能。我们必须利用这个机会利用英国在多个领域已经建立的领导地位，粒子物理网格将成为英国国家网格基础设施（NGI）的核心部分，该基础设施将与欧洲网格计划（EGI）相结合。这将与美国和其他地方的网格进行互操作该项目将跨多个领域进行管理，并将履行英国对全球 LHC 计算网格 (wLCG) 的承诺，并确保全球活动直接使英国受益。到 2015 年，英国将实现这一目标。网格基础设施的规模将扩大到 40,000 个核心，存储容量超过 60 PB，这将使英国能够以具有国际竞争力的方式开发独特的物理潜力。 LHC。从 2011 年 4 月开始，为期四年的 GridPP4 项目总共请求 2780 万英镑。

项目成果

Observation of associated production of a Z boson with a D meson in the forward region

• DOI: 10.1007/jhep04(2014)091
• 发表时间: 2014-01
• 期刊: Journal of High Energy Physics
• 影响因子: 5.4
• 作者: R. Aaij;B. Adeva;M. Adinolfi;A. Affolder;Z. Ajaltouni;J. Albrecht;Federico Alessio;M. Alexander;S. Ali;G. Alkhazov;P. Alvarez Cartelle;A. A. Alves-A.;S. Amato;S. Amerio;Y. Amhis;L. Anderlini;J. Anderson;R. Andreassen;M. Andreotti;J. Andrews;R. Appleby;O. Aquines Gutiérrez;F. Archilli;A. Artamonov;M. Artuso;E. Aslanides;G. Auriemma;M. Baalouch;S. Bachmann;J. Back;A. Badalov;V. Balagura;W. Baldini;R. Barlow;C. Barschel;S. Barsuk;W. Barter;V. Batozskaya;T. Bauer;A. Bay;J. Beddow;F. Bedeschi;I. Bediaga;S. Belogurov;K. Belous;I. Belyaev;E. Ben-Haim;G. Bencivenni;S. Benson;J. Benton;A. Berezhnoy;R. Bernet;M. Bettler;M. van Beuzekom;A. Bieñ;S. Bifani;T. Bird;A. Bizzeti;P. Bjørnstad;T. Blake;F. Blanc;J. Blouw;S. Blusk;V. Bocci;A. Bondar;N. Bondar;W. Bonivento;S. Borghi;A. Borgia;M. Borsato;T. Bowcock;E. Bowen;C. Bozzi;T. Brambach;J. van den Brand;J. Bressieux;D. Brett;M. Britsch;T. Britton;N. Brook;H. Brown;A. Bursche;G. Busetto;J. Buytaert;S. Cadeddu;R. Calabrese;O. Callot;M. Calvi;M. Calvo Gómez;A. Camboni;P. Campana;D. Campora Perez;A. Carbone;G. Carboni;R. Cardinale;A. Cardini;H. Carranza-Mejia;L. Carson;K. Carvalho Akiba;G. Casse;L. Castillo García;M. Cattaneo;C. Cauet;R. Cenci;M. Charles;P. Charpentier;S. Cheung;N. Chiapolini;M. Chrzaszcz;K. Ciba;X. Cid Vidal;G. Ciezarek;P. Clarke;M. Clemencic;H. Cliff;J. Closier;C. Coca;V. Coco;J. Cogan;E. Cogneras;P. Collins;A. Comerma-Montells;A. Contu;A. Cook;M. Coombes;S. Coquereau;G. Corti;B. Couturier;G. Cowan;D. Craik;M. Cruz Torres;S. Cunliffe;R. Currie;C. D’Ambrosio;J. Dalseno;P. David;P. David;A. Davis;I. de Bonis;K. De Bruyn;S. De Capua;M. De Cian;J. De Miranda;L. De Paula;W. De Silva;P. De Simone;D. Decamp;M. Deckenhoff;L. Del Buono;N. Déléage;D. Derkach;O. Deschamps;F. Dettori;A. Di Canto;H. Dijkstra;S. Donleavy;F. Dordei;M. Dorigo;P. Dorosz;A. Dosil Suárez;D. Dossett;A. Dovbnya;F. Dupertuis;P. Durante;R. Dzhelyadin;A. Dziurda;A. Dzyuba;S. Easo;U. Egede;V. Egorychev;S. Eidelman;D. van Eijk;S. Eisenhardt;U. Eitschberger;R. Ekelhof;L. Eklund;I. El Rifai;C. Elsasser;A. Falabella;C. Färber;C. Farinelli;S. Farry;D. Ferguson;V. Fernández Albor;F. Ferreira Rodrigues;M. Ferro-Luzzi;S. Filippov;M. Fiore;M. Fiorini;C. Fitzpatrick;M. Fontana;F. Fontanelli;R. Forty;O. Francisco;M. Frank;C. Frei;M. Frosini;E. Furfaro;A. Gallas Torreira;D. Galli;M. Gandelman;P. Gandini;Y. Gao;J. Garofoli;P. Garosi;J. Garra Ticó;L. Garrido;C. Gaspar;R. Gauld;E. Gersabeck;M. Gersabeck;T. Gershon;P. Ghez;A. Gianelle;V. Gibson;L. Giubega;V. Gligorov;C. Göbel;D. Golubkov;A. Golutvin;A. Gomes;H. Gordon;M. Grabalosa Gándara;R. Graciani Diaz;L. Granado Cardoso;E. Graugés;G. Graziani;A. Grecu;E. Greening;S. Gregson;P. Griffith;L. Grillo;O. Grünberg;B. Gui;E. Gushchin;Y. Guz;T. Gys;C. Hadjivasiliou;G. Haefeli;C. Haen;T. Hafkenscheid;S. Haines;S. Hall;B. Hamilton;T. Hampson;S. Hansmann-Menzemer;N. Harnew;S. Harnew;J. Harrison;T. Hartmann;J. He;T. Head;V. Heijne;K. Hennessy;P. Henrard;J. Hernando Morata;E. van Herwijnen;M. Heß;A. Hicheur;D. Hill;M. Hoballah;P. H. Hopchev;W. Hulsbergen;P. Hunt;T. Huse;N. Hussain;D. Hutchcroft;D. Hynds;V. Iakovenko;M. Idzik;P. Ilten;R. Jacobsson;A. Jaeger;E. Jans;P. Jaton;A. Jawahery;F. Jing;M. John;D. Johnson;C. R. Jones;C. Joram;B. Jost;N. Jurik;M. Kaballo;S. Kandybei;W. Kanso;M. Karacson;T. M. Karbach;I. Kenyon;T. Ketel;B. Khanji;S. Klaver;O. Kochebina;I. Komarov;R. Koopman;P. Koppenburg;M. Korolev;A. Kozlinskiy;L. Kravchuk;K. Kreplin;M. Kreps;G. Krocker;P. Krokovny;F. Kruse;M. Kucharczyk;V. Kudryavtsev;K. Kurek;T. Kvaratskheliya;V. La Thi;D. Lacarrere;G. Lafferty;A. Lai;D. Lambert;R. Lambert;E. Lanciotti;G. Lanfranchi;C. Langenbruch;T. Latham;C. Lazzeroni;R. Le Gac;J. van Leerdam;J. Lees;R. Lefèvre;A. Leflat;J. Lefrancois;S. Leo;O. Leroy;T. Lesiak;B. Leverington;Y. Li;M. Liles;R. Lindner;C. Linn;F. Lionetto;B. Liu;G. Liu;S. Lohn;I. Longstaff;J. Lopes;N. López-March;P. Lowdon;H. Lu;D. Lucchesi;J. Luisier;H. Luo;E. Luppi;O. Lupton;F. Machefert;I. Machikhiliyan;F. Maciuc;O. Maev;S. Malde;G. Manca;G. Mancinelli;M. Manzali;J. Maratas;U. Marconi;P. Marino;R. Märki;J. Marks;G. Martellotti;A. Martens;A. M. Martín Sánchez;M. Martinelli;D. Martinez Santos;D. Martins Tostes;A. Massafferri;R. Matev;Z. Máthé;C. Matteuzzi;A. Mazurov;M. McCann;J. McCarthy;A. McNab;R. McNulty;B. McSkelly;B. Meadows;F. Meier;M. Meissner;M. Merk;D. Milanes;M. Minard;J. Molina Rodriguez;S. Monteil;D. Moran;M. Morandin;P. Morawski;A. Mordà;M. Morello;R. Mountain;I. Mous;F. Muheim;K. Müller;R. Mureşan;B. Muryn;B. Muster;P. Naik;T. Nakada;R. Nandakumar;I. Nasteva;M. Needham;S. Neubert;N. Neufeld;A. Nguyen;T. Nguyen;C. Nguyen-Mau;M. Nicol;V. Niess;R. Niet;N. Nikitin;T. Nikodem;A. Novoselov;A. Oblakowska-Mucha;V. Obraztsov;S. Oggero;S. Ogilvy;O. Okhrimenko;R. Oldeman;G. Onderwater;M. Orlandea;J. Otalora Goicochea;P. Owen;A. Oyanguren;B. Pal;A. Palano;M. Palutan;J. Panman;A. Papanestis;M. Pappagallo;L. Pappalardo;C. Parkes;C. Parkinson;G. Passaleva;G. Patel;M. Patel;C. Patrignani;C. Pavel-Nicorescu;A. Pazos Alvarez;A. Pearce;A. Pellegrino;G. Penso;M. Pepe Altarelli;S. Perazzini;E. Perez Trigo;P. Perret;M. Perrin-Terrin;L. Pescatore;E. Pesen;G. Pessina;K. Petridis;A. Petrolini;E. Picatoste Olloqui;B. Pietrzyk;T. Pilař;D. Pinci;A. Pistone;S. Playfer;M. Plo Casasus;F. Polci;G. Polok;A. Poluektov;E. Polycarpo;A. Popov;D. Popov;B. Popovici;C. Potterat;A. Powell;J. Prisciandaro;A. Pritchard;C. Prouve;V. Pugatch;A. Puig Navarro;G. Punzi;W. Qian;B. Rachwal;J. Rademacker;B. Rakotomiaramanana;M. Rama;M. Rangel;I. Raniuk;N. Rauschmayr;G. Raven;S. Redford;S. Reichert;M. Reid;A. dos Reis;S. Ricciardi;A. Richards;K. Rinnert;V. Rives Molina;D. Roa Romero;P. Robbe;D. Roberts;A. Rodrigues;E. Rodrigues;P. Rodriguez Perez;S. Roiser;V. Romanovsky;A. Romero Vidal;M. Rotondo;J. Rouvinet;T. Ruf;F. Ruffini;H. Ruiz;P. Ruiz Valls;G. Sabatino;J. Saborido Silva;N. Sagidova;P. Sail;B. Saitta;V. Salustino Guimaraes;B. Sanmartin Sedes;R. Santacesaria;C. Santamarina Rios;E. Santovetti;M. Sapunov;A. Sarti;C. Satriano;A. Satta;M. Savrié;D. Savrina;M. Schiller;H. Schindler;M. Schlupp;M. Schmelling;B. Schmidt;O. Schneider;A. Schopper;M. Schune;R. Schwemmer;B. Sciascia;A. Sciubba;M. Seco;A. Semennikov;K. Senderowska;I. Sepp;N. Serra;J. Serrano;P. Seyfert;M. Shapkin;I. Shapoval;Y. Shcheglov;T. Shears;L. Shekhtman;O. Shevchenko;V. Shevchenko;A. Shires;R. Silva Coutinho;G. Simi;M. Sirendi;N. Skidmore;T. Skwarnicki;N. Smith;E. Smith;E. Smith;J. Smith;M. Smith;H. Snoek;M. Sokoloff;F. Soler;F. Soomro;D. Souza;B. Souza De Paula;B. Spaan;A. Sparkes;P. Spradlin;F. Stagni;S. Stahl;O. Steinkamp;S. Stevenson;S. Stoica;S. Stone;B. Storaci;S. Stracka;M. Straticiuc;U. Straumann;R. Stroili;V. Subbiah;L. Sun;W. Sutcliffe;S. Swientek;V. Syropoulos;M. Szczekowski;P. Szczypka;D. Szilard;T. Szumlak;S. T’Jampens;M. Teklishyn;G. Tellarini;E. Teodorescu;F. Teubert;C. Thomas;E. Thomas;J. van Tilburg;V. Tisserand;M. Tobin;S. Tolk;L. Tomassetti;D. Tonelli;S. Topp-Joergensen;N. Torr;E. Tournefier;S. Tourneur;M. Tran;M. Tresch;A. Tsaregorodtsev;P. Tsopelas;N. Tuning;M. Ubeda Garcia;A. Ukleja;Andrey Ustyuzhanin;U. Uwer;V. Vagnoni;G. Valenti;A. Vallier;R. Vazquez Gomez;P. Vázquez Regueiro;C. Vázquez Sierra;S. Vecchi;J. Velthuis;M. Veltri;G. Veneziano;M. Vesterinen;B. Viaud;D. Vieira;X. Vilasís-Cardona;A. Vollhardt;D. Volyanskyy;D. Voong;A. Vorobyev;V. Vorobyev;C. Voß;H. Voss;J. de Vries;R. Waldi;C. Wallace;R. Wallace;S. Wandernoth;J. Wang;D. Ward;N. Watson;A. Webber;D. Websdale;M. Whitehead;J. Wicht;J. Wiechczynski;D. Wiedner;L. Wiggers;G. Wilkinson;M. Williams;M. Williams;F. Wilson;J. Wimberley;J. Wishahi;W. Wiślicki;M. Witek;G. Wormser;S. Wotton;S. Wright;S. Wu;K. Wyllie;Y. Xie;Z. Xing;Z. Yang;X. Yuan;O. Yushchenko;M. Zangoli;M. Zavertyaev;F. Zhang;L. Zhang;W. C. Zhang;Y. Zhang;A. Zhelezov;A. Zhokhov;L. Zhong;A. Zvyagin

Angular analysis of charged and neutral B ? Kµ + µ - decays

带电和中性 B 的角度分析 ?

• DOI: 10.1007/jhep05(2014)082
• 发表时间: 2014
• 期刊: Journal of High Energy Physics
• 影响因子: 5.4
• 作者: Aaij R

Searches for $ \Lambda_b^0 $ and $ \Xi_b^0 $ decays to $ K_{\mathrm{S}}^0p{\pi^{-}} $ and $ K_{\mathrm{S}}^0p{K^{-}} $ final states with first observation of the $ \Lambda_b^0\to K_{\mathrm{S}}^0p{\pi^{-}} $ decay

• DOI: 10.1007/jhep04(2014)087
• 发表时间: 2014-02
• 期刊: Journal of High Energy Physics
• 影响因子: 5.4
• 作者: R. Aaij;B. Adeva;M. Adinolfi;A. Affolder;Z. Ajaltouni;J. Albrecht;F. Alessio;M. Alexander