Strategies and performance of the CMS silicon tracker alignment during LHC Run??2

Yerevan Physics Institute;Yerevan;Armenia A. Tumasyan Institut für Hochenergiephysik;Vienna;Austria W. Adam;J. W. Andrejkovic;T. Bergauer;D. Blöch;S. Chatterjee;M. Dragicevic;A. Escalante Del Valle;R. Frühwirth1;V. Hinger;M. Jeitler1;N. Krammer;L. Lechner;D. Liko;I. Mikulec;P. Paulitsch;F. M. Pitters;J. Schieck1;R. Schöfbeck;D. Schwarz;H. Steininger;S. Templ;W. Waltenberger;C. -E. Wulz1 Institute for Nuclear Problems;Minsk;Belarus V. Chekhovsky;A. Litomin;V. Makarenko Universiteit Antwerpen;Antwerpen;Belgium W. Beaumont;M. R. Darwish2;E. A. De Wolf;T. Janssen;T. Kello3;A. Lelek;H. Rejeb Sfar;P. Van Mechelen;S. Van Putte;N. Van Remortel Vrije Universiteit Brussel;Brussel;Belgium F. Blekman;E. S. Bols;J. D’Hondt;M. Delcourt;H. El Faham;S. Lowette;S. Moortgat;A. Morton;D. Muller;A. R. Sahasransu;S. Tavernier;W. Van Doninck;P. Van Mulders Université Libre de Bruxelles;Bruxelles;Belgium Y. Allard;D. Beghin;B. Bilin;B. Clerbaux;G. De Lentdecker;W. Deng;L. Favart;A. Grebenyuk;D. Hohov;A. K. Kalsi;A. Khalilzadeh;K. Lee;M. Mahdavikhorrami;I. Makarenko;L. Moureaux;L. Pétré;A. Popov;N. Postiau;F. Robert;Z. Song;E. Starling;L. Thomas;M. Vanden Bemden;C. Vander Velde;P. Vanlaer;D. Vannerom;L. Wezenbeek;Y. Yang Ghent University;Ghent;Belgium T. Cornelis;D. Dobur;J. Knolle;L. Lambrecht;G. Mestdach;M. Niedziela;C. Roskas;A. Samalan;K. Skovpen;M. Tytgat;B. Ver- massen;M. Vit Université Catholique de Louvain;Louvain-la-Neuve;Belgium A. Benecke;A. Bethani;G. Bruno;F. Bury;C. Caputo;P. David;A. Deblaere;C. Delaere;I. S. Donertas;A. Giammanco;K. Jaffel;Sa. Jain;V. Lemaitre;K. Mondal;J. Prisciandaro;N. Szilasi;A. Taliercio;M. Teklishyn;T. T. Tran;P. Vischia;S. Wertz Centro Brasileiro de Pesquisas Fisicas;Rio de Janeiro;Brazil G. A. Alves;C. Hensel;A. Moraes Universidade do Estado do Rio de Janeiro;Rio de Janeiro;Brazil W. L. Aldá Júnior;M. Alves Gallo Pereira;M. Barroso Ferreira Filho;H. Brandao Malbouisson;W. Carvalho;J. Chinellato4;E. M. Da Costa;G. G. Da Silveira5;D. De Jesus Damiao;S. Fonseca De Souza;D. Matos Figueiredo;C. Mora Herrera;K. Mota Amarilo;L. Mundim;H. Nogima;P. Rebello Teles;A. Santoro;S. M. Silva Do Amaral;A. Sznajder;M. Thiel;F. Torres Da Silva De Araujo6;A. Vilela Pereira Universidade Estadual Paulista (a);Universidade Federal do ABC (b);São Paulo;Brazil C. A. Bernardes5;L. Calligaris;T. R. Fernandez Perez Tomei;E. M. Gre- gores;D. S. Lemos;P. G. Mercadante;S. F. Novaes;Sandra S. Padula 36 The CMS Collaboration Nuclear Inst. and Methods in Physics Research;A 1037 (2022) 166795 Institute for Nuclear Research and Nuclear Energy;Bulgarian Academy of Sciences;Sofia;Bulgaria A. Aleksandrov;G. Antchev;R. Hadjiiska;P. Iaydjiev;M. Misheva;M. Rodozov;M. Shopova;G. Sultanov University of Sofia;Sofia;Bulgaria A. Dimitrov;T. Ivanov;L. Litov;B. Pavlov;P. Petkov;A. Petrov Beihang University;Beijing;China T. Cheng;T. Javaid7;M. Mittal;H. Wang3;L. Yuan Department of Physics;Tsinghua University;Beijing;China M. Ahmad;G. Bauer;C. Dozen8;Z. Hu;J. Martins9;Y. Wang;K. Yi10;11 Institute of High Energy Physics;Beijing;China E. Chapon;G. M. Chen7;H. S. Chen7;M. Chen;F. Iemmi;A. Kapoor;D. Leggat;H. Liao;Z. -A. Liu7;V. Milosevic;F. Monti;R. Sharma;J. Tao;J. Thomas-Wilsker;J. Wang;H. Zhang;J. Zhao State Key Laboratory of Nuclear Physics and Technology;Peking Uni- versity;Beijing;China A. Agapitos;Y. An;Y. Ban;C. Chen;A. Levin;Q. Li;X. Lyu;Y. Mao;S. J. Qian;D. Wang;Q. Wang12 J. Xiao Sun Yat-Sen University;Guangzhou;China M. Lu;Z. You Institute of Modern Physics and Key Laboratory of Nuclear Physics and Ion-beam Application (MOE) - Fudan University;Shanghai;China X. Gao3;H. Okawa Zhejiang University;Hangzhou China;Zhejiang;China Z. Lin;M. Xiao Universidad de Los Andes;Bogota;Colombia C. Avila;A. Cabrera;C. Florez;J. Fraga Universidad de Antioquia;Medellin;Colombia J. Mejia Guisao;F. Ramirez;J. D. Ruiz Alvarez;C. A. Salazar González University of Split;Faculty of Electrical Engineering;Mechanical Engi- neering and Naval Architecture;Split;Croatia D. Giljanovic;N. Godinovic;D. Lelas;I. Puljak University of Split;Faculty of Science;Split;Croatia Z. Antunovic;M. Kovac;T. Sculac Institute Rudjer Boskovic;Zagreb;Croatia V. Brigljevic;D. Ferencek;D. Majumder;S. Mishra;M. Roguljic;A. Starodumov13;T. Susa University of Cyprus;Nicosia;Cyprus A. Attikis;K. Christoforou;E. Erodotou;A. Ioannou;G. Kole;M. Kolosova;S. Konstantinou;J. Mousa;C. Nicolaou;F. Ptochos;P. A. Razis;H. Rykaczewski;H. Saka Charles University;Prague;Czech Republic M. Finger14;M. Finger Jr. 14;A. Kveton Escuela Politecnica Nacional;Quito;Ecuador E. Ayala Universidad San Francisco de Quito;Quito;Ecuador E. Carrera Jarrin Academy of Scientific Research and Technology of the Arab Republic of Egypt;Egyptian Network of High Energy Physics;Cairo;Egypt H. Abdalla15;Y. Assran16;17 Center for High Energy Physics (CHEP-FU);Fayoum University;El- Fayoum;Egypt M. A. Mahmoud;Y. Mohammed National Institute of Chemical Physics and Biophysics;Tallinn;Estonia I. Ahmed18;S. Bhowmik;R. K. Dewanjee;K. Ehataht;M. Kadastik;S. Nandan;C. Nielsen;J. Pata;M. Raidal;L. Tani;C. Veelken Department of Physics;University of Helsinki;Helsinki;Finland P. Eerola;L. Forthomme;H. Kirschenmann;K. Osterberg;M. Vouti- lainen Helsinki Institute of Physics;Helsinki;Finland S. Bharthuar;E. Brücken;F. Garcia;J. Havukainen;M. S. Kim;R. Kinnunen;T. Lampén;K. Lassila-Perini;S. Lehti;T. Lindén;M. Lotti;L. Martikainen;M. Myllymäki;J. Ott;H. Siikonen;E. Tuominen;J. Tuominiemi Lappeenranta University of Technology;Lappeenranta;Finland P. Luukka;H. Petrow;T. Tuuva IRFU;CEA;Université Paris-Saclay;Gif-sur-Yvette;France C. Amendola;M. Besancon;F. Couderc;M. Dejardin;D. Denegri;J. L. Faure;F. Ferri;S. Ganjour;A. Givernaud;P. Gras;G. Hamel de Monchenault;P. Jarry;B. Lenzi;E. Locci;J. Malcles;J. Rander;A. Rosowsky;M. Ö. Sahin;A. Savoy-Navarro19;M. Titov;G. B. Yu Laboratoire Leprince-Ringuet;CNRS/IN2P3;Ecole Polytechnique;Insti- tut Polytechnique de Paris;Palaiseau;France S. Ahuja;F. Beaudette;M. Bonanomi;A. Buchot Perraguin;P. Busson;A. Cappati;C. Charlot;O. Davignon;B. Diab;G. Falmagne;S. Ghosh;R. Granier de Cassagnac;A. Hakimi;I. Kucher;J. Motta;M. Nguyen;C. Ochando;P. Paganini;J. Rembser;R. Salerno;U. Sarkar;J. B. Sauvan;Y. Sirois;A. Tarabini;A. Zabi;A. Zghiche Université de Strasbourg;CNRS;IPHC UMR 7178;Strasbourg;France J. -L. Agram20;J. Andrea;D. Apparu;D. Bloch;C. Bonnin;G. Bourgatte;J. -M. Brom;E. C. Chabert;L. Charles;C. Collard;E. Dangelser;D. Darej;J. -C. Fontaine20;U. Goerlach;C. Grimault;L. Gross;C. Haas;M. Krauth;A. -C. Le Bihan;E. Nibigira;N. Ollivier-henry;E. Silva Jiménez;P. Van Hove Institut de Physique des 2 Infinis de Lyon (IP2I );Villeurbanne;France E. Asilar;G. Baulieu;S. Beauceron;C. Bernet;G. Boudoul;C. Camen;L. Caponetto;A. Carle;N. Chanon;D. Contardo;P. Dené;P. Depasse;T. Dupasquier;H. El Mamouni;J. Fay;G. Galbit;S. Gascon;M. Gouze- vitch;B. Ille;I. B. Laktineh;H. Lattaud;A. Lesauvage;M. Lethuillier;N. Lumb;L. Mirabito;B. Nodari;S. Perries;K. Shchablo;V. Sordini;L. Torterotot;G. Touquet;M. Vander Donckt;S. Viret Georgian Technical University;Tbilisi;Georgia I. Lomidze;T. Toriashvili21;Z. Tsamalaidze14 RWTH Aachen University;I. Physikalisches Institut;Aachen;Germany C. Autermann;V. Botta;L. Feld;W. Karpinski;M. K. Kiesel;K. Klein;M. Lipinski;D. Louis;D. Meuser;A. Pauls;G. Pierschel;M. P. Rauch;N. Röwert;C. Schomakers;J. Schulz;M. Teroerde;M. Wlochal RWTH Aachen University;III. Physikalisches Institut A;Aachen;Ger- many A. Dodonova;D. Eliseev;M. Erdmann;P. Fackeldey;B. Fischer;S. Ghosh;T. Hebbeker;K. Hoepfner;F. Ivone;L. Mastrolorenzo;M. 37 The CMS Collaboration Nuclear Inst. and Methods in Physics Research;A 1037 (2022) 166795 Merschmeyer;A. Meyer;G. Mocellin;S. Mondal;S. Mukherjee;D. Noll;A. Novak;T. Pook;A. Pozdnyakov;Y. Rath;H. Reithler;J. Roemer;A. Schmidt;S. C. Schuler;A. Sharma;L. Vigilante;S. Wiedenbeck;S. Zaleski RWTH Aachen University;III. Physikalisches Institut B;Aachen;Ger- many C. Dziwok;G. Flügge;W. Haj Ahmad22;O. Hlushchenko;T. Kress;A. Nowack;C. Pistone;O. Pooth;D. Roy;H. Sert;A. Stahl18;T. Ziemons;A. Zotz Deutsches Elektronen-Synchrotron;Hamburg;Germany H. Aarup Petersen;M. Aldaya Martin;P. Asmuss;S. Baxter;M. Bayat- makou;O. Behnke;A. Bermúdez Martínez;D. Bertsche;S. Bhattacharya;A. A. Bin Anuar;K. Borras23;D. Brunner;A. Campbell;A. Cardini;C. Cheng;F. Colombina;S. Consuegra Rodríguez;G. Correia Silva;V. Danilov;M. De Silva;L. Didukh;D. Domínguez Damiani;G. Eckerlin;D. Eckstein;L. I. Estevez Banos;O. Filatov;E. Gallo24;A. Geiser;A. Giraldi;J. M. Grados Luyando;A. Grohsjean;M. Guthoff;A. Jafari25;N. Z. Jomhari;H. Jung;A. Kasem23;M. Kasemann;H. Kaveh;C. Kleinwort;D. Krücker;W. Lange;J. Lidrych;K. Lipka;W. Lohmann26;R. Mankel;H. Maser;I. -A. Melzer-Pellmann;M. Mendizabal Morentin;J. Metwally;A. B. Meyer;M. Meyer;G. Mittag;J. Mnich;C. Muhl;A. Mussgiller;Y. Otarid;D. Pérez Adán;D. Pitzl;A. Raspereza;O. Reichelt;B. Ribeiro Lopes;J. Rübenach;A. Saggio;A. Saibel;M. Savitskyi;M. Scham27;V. Scheurer;P. Schütze;C. Schwanenberger24;M. Shchedrolosiev;R. Shevchenko;R. E. Sosa Ricardo;D. Stafford;R. Stever;N. Tonon;M. Van De Klundert;A. Velyka;R. Walsh;D. Walter;Y. Wen;K. Wichmann;L. Wiens;C. Wissing;S. Wuchterl;A. Zuber University of Hamburg;Hamburg;Germany R. Aggleton;S. Albrecht;S. Bein;L. Benato;H. Biskop;P. Buhmann;P. Connor;K. De Leo;M. Eich;F. Feindt;A. Fröhlich;C. Garbers;E. Garutti;P. Gunnellini;M. Hajheidari;J. Haller;A. Hinzmann;H. R. Jabusch;G. Kasieczka;R. Klanner;R. Kogler;T. Kramer;V. Kutzner;J. Lange;T. Lange;A. Lobanov;A. Malara;S. Martens;M. Mrowietz;C. E. N. Niemeyer;A. Nigamova;Y. Nissan;K. J. Pena Rodriguez;O. Rieger;P. Schleper;M. Schröder;J. Schwandt;J. Sonneveld;H. Stadie;G. Steinbrück;A. Tews;B. Vormwald;J. Wellhausen;I. Zoi Karlsruher Institut fuer Technologie;Karlsruhe;Germany L. E. Ardila-Perez;M. Balzer;T. Barvich;J. Bechtel;T. Blank;S. Brom- mer;M. Burkart;E. Butz;M. Caselle;R. Caspart;T. Chwalek;W. De Boer†;A. Dierlamm;A. Droll;K. El Morabit;N. Faltermann;M. Giffels;J. o. Gosewisch;A. Gottmann;F. Hartmann18;C. Heidecker;U. Husemann;P. Keicher;R. Koppenhofer;S. Maier;M. Metzler;S. Mitra;Th. Müller;M. Neufeld;M. Neukum;A. Nürnberg;G. Quast;K. Rabbertz;J. Rauser;O. Sander;D. Savoiu;D. Schell;M. Schnepf;D. Seith;I. Shvetsov;H. J. Simonis;J. Stanulla;P. Steck;R. Ulrich;J. Van Der Linden;R. F. Von Cube;M. Wassmer;M. Weber;A. Weddigen;S. Wieland;F. Wittig;R. Wolf;S. Wozniewski;S. Wunsch Institute of Nuclear and Particle Physics (INPP);NCSR Demokritos;Aghia Paraskevi;Greece G. Anagnostou;P. Assiouras;G. Daskalakis;T. Geralis;I. Kazas;A. Kyriakis;D. Loukas;A. Papadopoulos;A. Stakia National and Kapodistrian University of Athens;Athens;Greece M. Diamantopoulou;D. Karasavvas;G. Karathanasis;P. Kontaxakis;C. K. Koraka;A. Manousakis-Katsikakis;A. Panagiotou;I. Papavergou;N. Saoulidou;K. Theofilatos;E. Tziaferi;K. Vellidis;E. Vourliotis National Technical University of Athens;Athens;Greece G. Bakas;K. Kousouris;I. Papakrivopoulos;G. Tsipolitis;A. Zacharopoulou;A. Zografos University of Ioánnina;Ioánnina;Greece K. Adamidis;I. Bestintzanos;I. Evangelou;C. Foudas;P. Gianneios;P. Katsoulis;P. Kokkas;N. Manthos;I. Papadopoulos;J. Strologas MTA-ELTE Lendület CMS Particle and Nuclear Physics Group;Eötvös Loránd University;Budapest;Hungary M. Csanad;K. Farkas;M. M. A. Gadallah28;S. Lökös29;P. Major;K. Mandal;A. Mehta;G. Pasztor;A. J. Rd ́l;O. Surányi;G. I. Veres Wigner Research Centre for Physics;Budapest;Hungary T. Balazs;M. Bartók30;G. Bencze;C. Hajdu;D. Horvath31;K. Márton;F. Sikler;V. Veszpremi Institute of Nuclear Research ATOMKI;Debrecen;Hungary S. Czellar;J. Karancsi30;J. Molnar;Z. Szillasi;D. Teyssier Institute of Physics;University of Debrecen;Debrecen;Hungary P. Raics;Z. L. Trocsanyi32;B. Ujvari Karoly Robert Campus;MATE Institute of Technology;Gyongyos;Hun- gary T. Csorgo33;F. Nemes33;T. Novak Indian Institute of Science (IISc);Bangalore;India S. Choudhury;J. R. Komaragiri;D. Kumar;L. Panwar;P. C. Tiwari National Institute of Science Education and Research;HBNI Bhubaneswar;India S. Bahinipati34;A. K. Das;C. Kar;P. Mal;T. Mishra;R. Mohanty;V. K. Muraleedharan Nair Bindhu35;A. Nayak35;P. Saha;N. Sur;S. K. Swain;D. Vats35 Punjab University;Chandigarh;India S. Bansal;S. B. Beri;V. Bhatnagar;G. Chaudhary;S. Chauhan;N. Dhingra36;R. Gupta;A. Kaur;M. Kaur;S. Kaur;P. Kumari;M. Meena;K. Sandeep;J. B. Singh;A. K. Virdi University of Delhi;Delhi;India A. Ahmed;A. Bhardwaj;B. C. Choudhary;M. Gola;C. Jain;G. Jain;S. Keshri;A. Kumar;M. Naimuddin;P. Priyanka;K. Ranjan;S. Saumya;A. Shah Saha Institute of Nuclear Physics;HBNI Kolkata;India M. Bharti37;R. Bhattacharya;S. Bhattacharya;D. Bhowmik;S. Dutta;S. Dutta;B. Gomber38;M. Maity39;P. Palit;P. K. Rout;G. Saha;B. Sahu;S. Sarkar;M. Sharan;B. Singh37;S. Thakur37 Indian Institute of Technology Madras;Madras;India P. K. Behera;S. C. Behera;P. Kalbhor;A. Muhammad;R. Pradhan;P. R. Pujahari;A. Sharma;A. K. Sikdar Bhabha Atomic Research Centre;Mumbai;India D. Dutta;V. Jha;V. Kumar;D. K. Mishra;K. Naskar40;P. K. Netrakanti;L. M. Pant;P. Shukla Tata Institute of Fundamental Research-A;Mumbai;India T. Aziz;S. Dugad;M. Kumar Tata Institute of Fundamental Research-B;Mumbai;India S. Banerjee;R. Chudasama;M. Guchait;S. Karmakar;S. Kumar;G. Majumder;K. Mazumdar;S. Mukherjee Indian Institute of Science Education and Research (IISER);Pune;India K. Alpana;S. Dube;B. Kansal;A. Laha;S. Pandey;A. Rane;A. Rastogi;S. Sharma 38 The CMS Collaboration Nuclear Inst. and Methods in Physics Research;A 1037 (2022) 166795 Isfahan University of Technology;Isfahan;Iran H. Bakhshiansohi12;E. Khazaie;M. Zeinali41 Institute for Research in Fundamental Sciences (IPM);Tehran;Iran S. M. Abbas;S. Chenarani42;S. M. Etesami;M. Khakzad;M. Mohammadi Najafabadi University College Dublin;Dublin;Ireland M. Grunewald INFN Sezione di Bari𝑎;Bari Italy;Università di Bari𝑏;Bari Italy;Politecnico di Bari𝑐;Bari;Italy M. Abbrescia𝑎;𝑏;R. Aly𝑎;𝑏 43;C. Aruta𝑎;𝑏;P. Cariola𝑎;A. Colaleo𝑎;D. Creanza𝑎;𝑐;N. De Filippis𝑎;𝑐;M. De Palma𝑎;𝑏;G. De Robertis𝑎;A. Di Florio𝑎;𝑏;A. Di Pilato𝑎;𝑏;W. Elmetenawee𝑎;𝑏;L. Fiore𝑎;A. Gelmi𝑎;𝑏;M. Gul𝑎;G. Iaselli𝑎;𝑐;M. Ince𝑎;𝑏;S. Lezki𝑎;𝑏;F. Loddo𝑎;G. Maggi𝑎;𝑐;M. Maggi𝑎;I. Margjeka𝑎;𝑏;S. Martiradonna𝑎;𝑏;V. Mastrapasqua𝑎;𝑏;J. A. Merlin𝑎;A. Mongelli𝑎;𝑏;S. My𝑎;𝑏;S. Nuzzo𝑎;𝑏;A. Pellecchia𝑎;𝑏;A. Pompili𝑎;𝑏;G. Pugliese𝑎;𝑐;D. Ramos;A. Ranieri𝑎;G. Selvaggi𝑎;𝑏;L. Silvestris𝑎;F. M. Simone𝑎;𝑏;R. Venditti𝑎;P. Verwilligen𝑎;INFN Sezione di Bologna𝑎;Bologna Italy;Università di Bologna𝑏;Bologna;Italy G. Abbiendi𝑎;C. Battilana𝑎;𝑏;D. Bonacorsi𝑎;𝑏;L. Borgonovi𝑎;L. Brigliadori𝑎;R. Campanini𝑎;𝑏;P. Capiluppi𝑎;𝑏;A. Castro𝑎;𝑏;F. R. Cavallo𝑎;M. Cuffiani𝑎;𝑏;G. M. Dallavalle𝑎;T. Diotalevi𝑎;𝑏;F. Fabbri𝑎;A. Fanfani𝑎;𝑏;P. Giacomelli𝑎;L. Giommi𝑎;𝑏;C. Grandi𝑎;L. Guiducci𝑎;𝑏;S. Lo Meoa;44;L. Lunerti𝑎;𝑏;S. Marcellini𝑎;G. Masetti𝑎;F. L. Navarria𝑎;𝑏;A. Perrotta𝑎;F. Primavera𝑎;𝑏;A. M. Rossi𝑎;𝑏;T. Rovelli𝑎;𝑏;G. P. Siroli𝑎;𝑏 P. Azzi𝑎;N. Bacchetta𝑎;D. Bisello𝑎;𝑏;P. Bortignon𝑎;A. Bragagnolo𝑎;𝑏;R. Carlin𝑎;𝑏;P. Checchia𝑎;T. Dorigo𝑎;U. Dosselli𝑎;F. Gasparini𝑎;𝑏;U. Gasparini𝑎;𝑏;G. Grosso;S. Y. Hoh𝑎;𝑏;L. Layer𝑎;47;E. Lusiani;M. Margoni𝑎;𝑏;A. T. Meneguzzo𝑎;𝑏;J. Pazzini𝑎;𝑏;P. Ronchese𝑎;𝑏;R. Rossin𝑎;𝑏;F. Simonetto𝑎;𝑏;G. Strong𝑎;M. Tosi𝑎;𝑏;H. Yarar𝑎;𝑏;M. Zanetti𝑎;𝑏;P. Zotto𝑎;𝑏;A. Zucchetta𝑎;𝑏;G. Zumerle𝑎;𝑏 INFN Sezione di Pavia𝑎;Pavia Italy;Università di Pavia𝑏;Pavia;Italy C. Aime𝑎;𝑏;A. Braghieri𝑎;S. Calzaferri𝑎;𝑏;D. Fiorina𝑎;𝑏;L. Gaioni𝑎;M. Manghisoni𝑎;P. Montagna𝑎;𝑏;L. Ratti𝑎;S. P. Ratti𝑎;𝑏;V. Re𝑎;C. Riccardi𝑎;𝑏;E. Riceputi𝑎;P. Salvini𝑎;G. Traversi𝑎;I. Vai𝑎;P. Vitulo𝑎;𝑏 INFN Sezione di Perugia𝑎;Perugia Italy;Università di Perugia𝑏;Peru- gia;Italy P. Asenov𝑎;48;G. Baldinelli;F. Bianchi;G. M. Bilei𝑎;S. Bizzaglia𝑎;B. Checcucci𝑎;D. Ciangottini𝑎;𝑏;L. Fanò𝑎;𝑏;L. Farnesini𝑎;M. Ionica𝑎;P. Lariccia𝑎;𝑏;M. Magherinib;G. Mantovani𝑎;𝑏;V. Mariani𝑎;𝑏;M. Menichelli𝑎;A. Morozzi𝑎;𝑏;F. Moscatelli𝑎;48;D. Passeri𝑎;𝑏;A. Piccinelli𝑎;𝑏;P. Placidi𝑎;𝑏;M. Presilla𝑎;𝑏;A. Rossi𝑎;𝑏;A. Santocchia𝑎;𝑏;D. Spiga𝑎;L. Storchi𝑎;T. Tedeschi𝑎;𝑏;C. Turrioni INFN Sezione di Pisa𝑎;Pisa Italy;Università di Pisa𝑏;Pisa Italy;Scuola Normale Superiore di Pisa𝑐;Pisa Italy;Università di Siena𝑑 Siena;Italy;S. Albergo;S. Costa;A. Di Mattia;M. A. Saizu;A. Tricomi;C. Tuve;R. Potenza;INFN Sezione di Catania𝑎;Catania Italy;Università di Catania𝑏;Catania Italy;Manca;G. Mandorli;M. Massa;E. Mazzoni;A. Messineo;A. Moggi𝑎;F. Morsani𝑎;F. Palla𝑎;S. Parolia𝑎;𝑏;F. Raffaelli𝑎;G. Ramirez- Sanchez𝑎;𝑐;A. Rizzi𝑎;𝑏;G. Rolandi𝑎;𝑐;S. Roy Chowdhury𝑎;𝑐;A. Scrib- anoa;N. Shafiei𝑎;𝑏;P. Spagnolo𝑎;R. Tenchini𝑎;G. Tonelli𝑎;𝑏;N. Turini𝑎;𝑑;A. Venturi𝑎;P. G. Verdinia INFN Sezione di Firenze𝑎;Firenze Italy;Università di Firenze𝑏;Firenze;Italy G. Barbagli𝑎;M. Brianzi𝑎;A. Cassese𝑎;R. Ceccarelli𝑎;𝑏;R. Ciaranfi𝑎;V. Ciulli𝑎;𝑏;C. Civinini𝑎;R. D’Alessandro𝑎;𝑏;F. Fiori𝑎;𝑏;E. Focardi𝑎;𝑏;G. Latino𝑎;𝑏;P. Lenzi𝑎;𝑏;M. Lizzo𝑎;𝑏;M. Meschini𝑎;S. Paoletti𝑎;R. Seidita𝑎;𝑏;G. Sguazzoni𝑎;L. Viliani𝑎 INFN Laboratori Nazionali di Frascati;Frascati;Italy L. Benussi;S. Bianco;D. Piccolo INFN Sezione di Genova𝑎;Genova Italy;Università di Genova𝑏;Gen- ova;Italy M. Bozzo𝑎;𝑏;F. Ferro𝑎;R. Mulargia𝑎;𝑏;