The European Physical Journal C最新文献

{"title":"Evidence of the open-flavor tetraquark (T_{cbar{s}2}) in the process (B^+rightarrow D^{*-}D_s^+pi ^+)","authors":"Wen-Tao Lyu,&nbsp;Li-Juan Liu,&nbsp;En Wang","doi":"10.1140/epjc/s10052-025-14245-3","DOIUrl":"10.1140/epjc/s10052-025-14245-3","url":null,"abstract":"<div><p>The newly observed open-flavor tetraquark <span>(T_{cbar{s}0}(2900))</span> has attracted many attentions, and searching for its spin partners is crucial to exploring the internal structure of those states. In this work, we will show that, the <span>(D_s^+pi ^+)</span> invariant mass distribution of the process <span>(B^+rightarrow D^{*-}D_s^+pi ^+)</span> measured by LHCb has a resonant-like structure around 2830 MeV, which could be associated with the predicted <span>(T_{cbar{s}2})</span>, the spin <span>(J=2)</span> partner of <span>(T_{cbar{s}0}(2900))</span>. Furthermore, we have evaluated the momenta of the angular mass distribution, which are very different for each of the spin assumptions, and have larger strength at the resonant energy than the peaks seen in the angular integrated mass distribution. We make a call for the experimental determination of these magnitudes, which could be used to pin down the existence of the <span>(T_{cbar{s}2})</span>.\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-08","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14245-3.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143919278","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"Factorisation schemes for proton PDFs","authors":"S. Delorme,&nbsp;A. Kusina,&nbsp;A. Siódmok,&nbsp;J. Whitehead","doi":"10.1140/epjc/s10052-025-14194-x","DOIUrl":"10.1140/epjc/s10052-025-14194-x","url":null,"abstract":"<div><p>Beyond leading-order, perturbative QCD requires a choice of factorisation scheme to define the parton distribution functions (PDFs) and hard-process cross-section. The modified minimal-subtraction (<span>({overline{textrm{MS}}})</span>) scheme has long been adopted as the default choice due to its simplicity. Alternative schemes have been proposed with specific purposes, including, recently, PDF positivity and NLO parton-shower matching. In this paper we assemble these schemes in a common notation for the first time. We perform a detailed comparison of their features, both analytically and numerically, and estimate the resulting factorisation-scheme uncertainty for LHC phenomenology.\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-08","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14194-x.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143925480","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"Null energy condition of dynamical black holes in spatially flat FLRW space-times","authors":"Ion I. Cotăescu","doi":"10.1140/epjc/s10052-025-14207-9","DOIUrl":"10.1140/epjc/s10052-025-14207-9","url":null,"abstract":"<div><p>A new identity reported here for the first time is used for studying how the null energy condition can be applied to the models of dynamical black holes proposed recently (Cotăescu in Eur Phys J C 82:86, 2022). It is shown that this condition selects the models with physical meaning whose horizons evolve in accordance with the general black hole theory in frames with null coordinates (Hayward in Phys Rev D 49:6467, 1994).\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-07","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14207-9.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143913799","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"The gravitational form factors of hadrons from CFT in momentum space and the dilaton in perturbative QCD","authors":"Claudio Corianò,&nbsp;Stefano Lionetti,&nbsp;Dario Melle,&nbsp;Riccardo Tommasi","doi":"10.1140/epjc/s10052-025-14104-1","DOIUrl":"10.1140/epjc/s10052-025-14104-1","url":null,"abstract":"<div><p>We analyze the hard scattering amplitude of the gravitational form factors (GFFs) of hadrons at one-loop, in relation to their conformal field theory (CFT) description, within the framework of QCD factorization for hard exclusive processes at large momentum transfers. These form factors play an essential role in studying the quark and gluon angular momentum of the hadrons due to their relation to the Mellin moments of the Deeply virtual Compton scattering (DVCS) invariant amplitudes. Our analysis is performed using a diffeomorphism invariant approach, applying the formalism of the gravitational effective action and conformal symmetry in momentum space for the discussion of the quark and gluon contributions. The interpolating correlator in the hard scattering of any GFF is the non-Abelian <i>TJJ</i> (stress-energy/gluon/gluon) 3-point function at <span>(O(alpha _s^2))</span>, revealing an effective dilaton interaction in the <i>t</i>-channel due to the trace anomaly, in the form of a massless anomaly pole in the QCD hard scattering. We investigate the role of quarks, gauge-fixing and ghost contributions in the reconstruction of the hard scattering amplitude mediated by this interaction, performed in terms of its transverse traceless, longitudinal, and trace decomposition, as identified from CFT in momentum space (<span>(hbox {CFT}_p)</span>). We present a convenient parameterization of the hard scattering amplitude relevant for future experimental investigations of the DVCS/GFF amplitudes at the electron-ion collider at BNL.\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-07","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14104-1.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143919218","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"Reweighting simulated events using machine-learning techniques in the CMS experiment","authors":"A. Hayrapetyan,&nbsp;A. Tumasyan,&nbsp;W. Adam,&nbsp;J. W. Andrejkovic,&nbsp;L. Benato,&nbsp;T. Bergauer,&nbsp;S. Chatterjee,&nbsp;K. Damanakis,&nbsp;M. Dragicevic,&nbsp;P. S. Hussain,&nbsp;M. Jeitler,&nbsp;N. Krammer,&nbsp;A. Li,&nbsp;D. Liko,&nbsp;I. Mikulec,&nbsp;J. Schieck,&nbsp;R. Schöfbeck,&nbsp;D. Schwarz,&nbsp;M. Sonawane,&nbsp;W. Waltenberger,&nbsp;C.-E. Wulz,&nbsp;T. Janssen,&nbsp;T. Van Laer,&nbsp;P. Van Mechelen,&nbsp;N. Breugelmans,&nbsp;J. D’Hondt,&nbsp;S. Dansana,&nbsp;A. De Moor,&nbsp;M. Delcourt,&nbsp;F. Heyen,&nbsp;S. Lowette,&nbsp;I. Makarenko,&nbsp;D. Müller,&nbsp;S. Tavernier,&nbsp;M. Tytgat,&nbsp;G. P. Van Onsem,&nbsp;S. Van Putte,&nbsp;D. Vannerom,&nbsp;B. Bilin,&nbsp;B. Clerbaux,&nbsp;A. K. Das,&nbsp;I. De Bruyn,&nbsp;G. De Lentdecker,&nbsp;H. Evard,&nbsp;L. Favart,&nbsp;P. Gianneios,&nbsp;J. Jaramillo,&nbsp;A. Khalilzadeh,&nbsp;F. A. Khan,&nbsp;K. Lee,&nbsp;A. Malara,&nbsp;S. Paredes,&nbsp;M. A. Shahzad,&nbsp;L. Thomas,&nbsp;M. Vanden Bemden,&nbsp;C. Vander Velde,&nbsp;P. Vanlaer,&nbsp;M. De Coen,&nbsp;D. Dobur,&nbsp;G. Gokbulut,&nbsp;Y. Hong,&nbsp;J. Knolle,&nbsp;L. Lambrecht,&nbsp;D. Marckx,&nbsp;K. Mota Amarilo,&nbsp;K. Skovpen,&nbsp;N. Van Den Bossche,&nbsp;J. van der Linden,&nbsp;L. Wezenbeek,&nbsp;A. Benecke,&nbsp;A. Bethani,&nbsp;G. Bruno,&nbsp;C. Caputo,&nbsp;J. De Favereau De Jeneret,&nbsp;C. Delaere,&nbsp;I. S. Donertas,&nbsp;A. Giammanco,&nbsp;A. O. Guzel,&nbsp;Sa. Jain,&nbsp;V. Lemaitre,&nbsp;J. Lidrych,&nbsp;P. Mastrapasqua,&nbsp;T. T. Tran,&nbsp;S. Turkcapar,&nbsp;G. A. Alves,&nbsp;E. Coelho,&nbsp;G. Correia Silva,&nbsp;C. Hensel,&nbsp;T. Menezes De Oliveira,&nbsp;C. Mora Herrera,&nbsp;P. Rebello Teles,&nbsp;M. Soeiro,&nbsp;E. J. Tonelli Manganote,&nbsp;A. Vilela Pereira,&nbsp;W. L. Aldá Júnior,&nbsp;M. Barroso Ferreira Filho,&nbsp;H. Brandao Malbouisson,&nbsp;W. Carvalho,&nbsp;J. Chinellato,&nbsp;E. M. Da Costa,&nbsp;G. G. Da Silveira,&nbsp;D. De Jesus Damiao,&nbsp;S. Fonseca De Souza,&nbsp;R. Gomes De Souza,&nbsp;T. Laux Kuhn,&nbsp;M. Macedo,&nbsp;J. Martins,&nbsp;L. Mundim,&nbsp;H. Nogima,&nbsp;J. P. Pinheiro,&nbsp;A. Santoro,&nbsp;A. Sznajder,&nbsp;M. Thiel,&nbsp;C. A. Bernardes,&nbsp;L. Calligaris,&nbsp;T. R. Fernandez Perez Tomei,&nbsp;E. M. Gregores,&nbsp;I. Maietto Silverio,&nbsp;P. G. Mercadante,&nbsp;S. F. Novaes,&nbsp;B. Orzari,&nbsp;Sandra S. Padula,&nbsp;A. Aleksandrov,&nbsp;G. Antchev,&nbsp;R. Hadjiiska,&nbsp;P. Iaydjiev,&nbsp;M. Misheva,&nbsp;M. Shopova,&nbsp;G. Sultanov,&nbsp;A. Dimitrov,&nbsp;L. Litov,&nbsp;B. Pavlov,&nbsp;P. Petkov,&nbsp;A. Petrov,&nbsp;E. Shumka,&nbsp;S. Keshri,&nbsp;D. Laroze,&nbsp;S. Thakur,&nbsp;T. Cheng,&nbsp;T. Javaid,&nbsp;L. Yuan,&nbsp;Z. Hu,&nbsp;Z. Liang,&nbsp;J. Liu,&nbsp;G. M. Chen,&nbsp;H. S. Chen,&nbsp;M. Chen,&nbsp;F. Iemmi,&nbsp;C. H. Jiang,&nbsp;A. Kapoor,&nbsp;H. Liao,&nbsp;Z.-A. Liu,&nbsp;R. Sharma,&nbsp;J. N. Song,&nbsp;J. Tao,&nbsp;C. Wang,&nbsp;J. Wang,&nbsp;Z. Wang,&nbsp;H. Zhang,&nbsp;J. Zhao,&nbsp;A. Agapitos,&nbsp;Y. Ban,&nbsp;S. Deng,&nbsp;B. Guo,&nbsp;C. Jiang,&nbsp;A. Levin,&nbsp;C. Li,&nbsp;Q. Li,&nbsp;Y. Mao,&nbsp;S. Qian,&nbsp;S. J. Qian,&nbsp;X. Qin,&nbsp;X. Sun,&nbsp;D. Wang,&nbsp;H. Yang,&nbsp;L. Zhang,&nbsp;Y. Zhao,&nbsp;C. Zhou,&nbsp;S. Yang,&nbsp;Z. You,&nbsp;K. Jaffel,&nbsp;N. Lu,&nbsp;G. Bauer,&nbsp;B. Li,&nbsp;K. Yi,&nbsp;J. Zhang,&nbsp;Y. Li,&nbsp;Z. Lin,&nbsp;C. Lu,&nbsp;M. Xiao,&nbsp;C. Avila,&nbsp;D. A. Barbosa Trujillo,&nbsp;A. Cabrera,&nbsp;C. Florez,&nbsp;J. Fraga,&nbsp;J. A. Reyes Vega,&nbsp;F. Ramirez,&nbsp;C. Rendón,&nbsp;M. Rodriguez,&nbsp;A. A. Ruales Barbosa,&nbsp;J. D. Ruiz Alvarez,&nbsp;D. Giljanovic,&nbsp;N. Godinovic,&nbsp;D. Lelas,&nbsp;A. Sculac,&nbsp;M. Kovac,&nbsp;A. Petkovic,&nbsp;T. Sculac,&nbsp;P. Bargassa,&nbsp;V. Brigljevic,&nbsp;B. K. Chitroda,&nbsp;D. Ferencek,&nbsp;K. Jakovcic,&nbsp;A. Starodumov,&nbsp;T. Susa,&nbsp;A. Attikis,&nbsp;K. Christoforou,&nbsp;A. Hadjiagapiou,&nbsp;C. Leonidou,&nbsp;J. Mousa,&nbsp;C. Nicolaou,&nbsp;L. Paizanos,&nbsp;F. Ptochos,&nbsp;P. A. Razis,&nbsp;H. Rykaczewski,&nbsp;H. Saka,&nbsp;A. Stepennov,&nbsp;M. Finger,&nbsp;M. Finger Jr.,&nbsp;A. Kveton,&nbsp;E. Ayala,&nbsp;E. Carrera Jarrin,&nbsp;B. El-mahdy,&nbsp;S. Khalil,&nbsp;E. Salama,&nbsp;M. Abdullah Al-Mashad,&nbsp;M. A. Mahmoud,&nbsp;K. Ehataht,&nbsp;M. Kadastik,&nbsp;T. Lange,&nbsp;S. Nandan,&nbsp;C. Nielsen,&nbsp;J. Pata,&nbsp;M. Raidal,&nbsp;L. Tani,&nbsp;C. Veelken,&nbsp;H. Kirschenmann,&nbsp;K. Osterberg,&nbsp;M. Voutilainen,&nbsp;S. Bharthuar,&nbsp;N. Bin Norjoharuddeen,&nbsp;E. Brücken,&nbsp;F. Garcia,&nbsp;P. Inkaew,&nbsp;K. T. S. Kallonen,&nbsp;T. Lampén,&nbsp;K. Lassila-Perini,&nbsp;S. Lehti,&nbsp;T. Lindén,&nbsp;M. Myllymäki,&nbsp;M. M. Rantanen,&nbsp;H. Siikonen,&nbsp;J. Tuominiemi,&nbsp;P. Luukka,&nbsp;H. Petrow,&nbsp;M. Besancon,&nbsp;F. Couderc,&nbsp;M. Dejardin,&nbsp;D. Denegri,&nbsp;J. L. Faure,&nbsp;F. Ferri,&nbsp;S. Ganjour,&nbsp;P. Gras,&nbsp;G. Hamel de Monchenault,&nbsp;M. Kumar,&nbsp;V. Lohezic,&nbsp;J. Malcles,&nbsp;F. Orlandi,&nbsp;L. Portales,&nbsp;A. Rosowsky,&nbsp;M. Ö. Sahin,&nbsp;A. Savoy-Navarro,&nbsp;P. Simkina,&nbsp;M. Titov,&nbsp;M. Tornago,&nbsp;F. Beaudette,&nbsp;G. Boldrini,&nbsp;P. Busson,&nbsp;A. Cappati,&nbsp;C. Charlot,&nbsp;M. Chiusi,&nbsp;T. D. Cuisset,&nbsp;F. Damas,&nbsp;O. Davignon,&nbsp;A. De Wit,&nbsp;I. T. Ehle,&nbsp;B. A. Fontana Santos Alves,&nbsp;S. Ghosh,&nbsp;A. Gilbert,&nbsp;R. Granier de Cassagnac,&nbsp;A. Hakimi,&nbsp;B. Harikrishnan,&nbsp;L. Kalipoliti,&nbsp;G. Liu,&nbsp;M. Nguyen,&nbsp;C. Ochando,&nbsp;R. Salerno,&nbsp;J. B. Sauvan,&nbsp;Y. Sirois,&nbsp;L. Urda Gómez,&nbsp;E. Vernazza,&nbsp;A. Zabi,&nbsp;A. Zghiche,&nbsp;J.-L. Agram,&nbsp;J. Andrea,&nbsp;D. Apparu,&nbsp;D. Bloch,&nbsp;J.-M. Brom,&nbsp;E. C. Chabert,&nbsp;C. Collard,&nbsp;S. Falke,&nbsp;U. Goerlach,&nbsp;R. Haeberle,&nbsp;A.-C. Le Bihan,&nbsp;M. Meena,&nbsp;O. Poncet,&nbsp;G. Saha,&nbsp;M. A. Sessini,&nbsp;P. Van Hove,&nbsp;P. Vaucelle,&nbsp;A. Di Florio,&nbsp;D. Amram,&nbsp;S. Beauceron,&nbsp;B. Blancon,&nbsp;G. Boudoul,&nbsp;N. Chanon,&nbsp;D. Contardo,&nbsp;P. Depasse,&nbsp;C. Dozen,&nbsp;H. El Mamouni,&nbsp;J. Fay,&nbsp;S. Gascon,&nbsp;M. Gouzevitch,&nbsp;C. Greenberg,&nbsp;G. Grenier,&nbsp;B. Ille,&nbsp;E. Jourd‘huy,&nbsp;I. B. Laktineh,&nbsp;M. Lethuillier,&nbsp;L. Mirabito,&nbsp;S. Perries,&nbsp;A. Purohit,&nbsp;M. Vander Donckt,&nbsp;P. Verdier,&nbsp;J. Xiao,&nbsp;A. Khvedelidze,&nbsp;I. Lomidze,&nbsp;Z. Tsamalaidze,&nbsp;V. Botta,&nbsp;S. Consuegra Rodríguez,&nbsp;L. Feld,&nbsp;K. Klein,&nbsp;M. Lipinski,&nbsp;D. Meuser,&nbsp;A. Pauls,&nbsp;D. Pérez Adán,&nbsp;N. Röwert,&nbsp;M. Teroerde,&nbsp;S. Diekmann,&nbsp;A. Dodonova,&nbsp;N. Eich,&nbsp;D. Eliseev,&nbsp;F. Engelke,&nbsp;J. Erdmann,&nbsp;M. Erdmann,&nbsp;P. Fackeldey,&nbsp;B. Fischer,&nbsp;T. Hebbeker,&nbsp;K. Hoepfner,&nbsp;F. Ivone,&nbsp;A. Jung,&nbsp;M. Y. Lee,&nbsp;F. Mausolf,&nbsp;M. Merschmeyer,&nbsp;A. Meyer,&nbsp;S. Mukherjee,&nbsp;D. Noll,&nbsp;F. Nowotny,&nbsp;A. Pozdnyakov,&nbsp;Y. Rath,&nbsp;W. Redjeb,&nbsp;F. Rehm,&nbsp;H. Reithler,&nbsp;V. Sarkisovi,&nbsp;A. Schmidt,&nbsp;C. Seth,&nbsp;A. Sharma,&nbsp;J. L. Spah,&nbsp;A. Stein,&nbsp;F. Torres Da Silva De Araujo,&nbsp;S. Wiedenbeck,&nbsp;S. Zaleski,&nbsp;C. Dziwok,&nbsp;G. Flügge,&nbsp;T. Kress,&nbsp;A. Nowack,&nbsp;O. Pooth,&nbsp;A. Stahl,&nbsp;T. Ziemons,&nbsp;A. Zotz,&nbsp;H. Aarup Petersen,&nbsp;M. Aldaya Martin,&nbsp;J. Alimena,&nbsp;S. Amoroso,&nbsp;Y. An,&nbsp;J. Bach,&nbsp;S. Baxter,&nbsp;M. Bayatmakou,&nbsp;H. Becerril Gonzalez,&nbsp;O. Behnke,&nbsp;A. Belvedere,&nbsp;F. Blekman,&nbsp;K. Borras,&nbsp;A. Campbell,&nbsp;A. Cardini,&nbsp;C. Cheng,&nbsp;F. Colombina,&nbsp;G. Eckerlin,&nbsp;D. Eckstein,&nbsp;L. I. Estevez Banos,&nbsp;E. Gallo,&nbsp;A. Geiser,&nbsp;V. Guglielmi,&nbsp;M. Guthoff,&nbsp;A. Hinzmann,&nbsp;L. Jeppe,&nbsp;B. Kaech,&nbsp;M. Kasemann,&nbsp;C. Kleinwort,&nbsp;R. Kogler,&nbsp;M. Komm,&nbsp;D. Krücker,&nbsp;W. Lange,&nbsp;D. Leyva Pernia,&nbsp;K. Lipka,&nbsp;W. Lohmann,&nbsp;F. Lorkowski,&nbsp;R. Mankel,&nbsp;I.-A. Melzer-Pellmann,&nbsp;M. Mendizabal Morentin,&nbsp;A. B. Meyer,&nbsp;G. Milella,&nbsp;K. Moral Figueroa,&nbsp;A. Mussgiller,&nbsp;L. P. Nair,&nbsp;J. Niedziela,&nbsp;A. Nürnberg,&nbsp;Y. Otarid,&nbsp;J. Park,&nbsp;E. Ranken,&nbsp;A. Raspereza,&nbsp;D. Rastorguev,&nbsp;J. Rübenach,&nbsp;L. Rygaard,&nbsp;A. Saggio,&nbsp;M. Scham,&nbsp;S. Schnake,&nbsp;P. Schütze,&nbsp;C. Schwanenberger,&nbsp;D. Selivanova,&nbsp;K. Sharko,&nbsp;M. Shchedrolosiev,&nbsp;D. Stafford,&nbsp;F. Vazzoler,&nbsp;A. Ventura Barroso,&nbsp;R. Walsh,&nbsp;D. Wang,&nbsp;Q. Wang,&nbsp;K. Wichmann,&nbsp;L. Wiens,&nbsp;C. Wissing,&nbsp;Y. Yang,&nbsp;A. Zimermmane Castro Santos,&nbsp;A. Albrecht,&nbsp;S. Albrecht,&nbsp;M. Antonello,&nbsp;S. Bein,&nbsp;S. Bollweg,&nbsp;M. Bonanomi,&nbsp;P. Connor,&nbsp;K. El Morabit,&nbsp;Y. Fischer,&nbsp;E. Garutti,&nbsp;A. Grohsjean,&nbsp;J. Haller,&nbsp;D. Hundhausen,&nbsp;H. R. Jabusch,&nbsp;G. Kasieczka,&nbsp;P. Keicher,&nbsp;R. Klanner,&nbsp;W. Korcari,&nbsp;T. Kramer,&nbsp;C. C. Kuo,&nbsp;V. Kutzner,&nbsp;F. Labe,&nbsp;J. Lange,&nbsp;A. Lobanov,&nbsp;C. Matthies,&nbsp;L. Moureaux,&nbsp;M. Mrowietz,&nbsp;A. Nigamova,&nbsp;Y. Nissan,&nbsp;A. Paasch,&nbsp;K. J. Pena Rodriguez,&nbsp;T. Quadfasel,&nbsp;B. Raciti,&nbsp;M. Rieger,&nbsp;D. Savoiu,&nbsp;J. Schindler,&nbsp;P. Schleper,&nbsp;M. Schröder,&nbsp;J. Schwandt,&nbsp;M. Sommerhalder,&nbsp;H. Stadie,&nbsp;G. Steinbrück,&nbsp;A. Tews,&nbsp;B. Wiederspan,&nbsp;M. Wolf,&nbsp;S. Brommer,&nbsp;E. Butz,&nbsp;T. Chwalek,&nbsp;A. Dierlamm,&nbsp;A. Droll,&nbsp;U. Elicabuk,&nbsp;N. Faltermann,&nbsp;M. Giffels,&nbsp;A. Gottmann,&nbsp;F. Hartmann,&nbsp;R. Hofsaess,&nbsp;M. Horzela,&nbsp;U. Husemann,&nbsp;J. Kieseler,&nbsp;M. Klute,&nbsp;R. Koppenhöfer,&nbsp;O. Lavoryk,&nbsp;J. M. Lawhorn,&nbsp;M. Link,&nbsp;A. Lintuluoto,&nbsp;S. Maier,&nbsp;S. Mitra,&nbsp;M. Mormile,&nbsp;Th. Müller,&nbsp;M. Neukum,&nbsp;M. Oh,&nbsp;E. Pfeffer,&nbsp;M. Presilla,&nbsp;G. Quast,&nbsp;K. Rabbertz,&nbsp;B. Regnery,&nbsp;N. Shadskiy,&nbsp;I. Shvetsov,&nbsp;H. J. Simonis,&nbsp;L. Sowa,&nbsp;L. Stockmeier,&nbsp;K. Tauqeer,&nbsp;M. Toms,&nbsp;N. Trevisani,&nbsp;R. F. Von Cube,&nbsp;M. Wassmer,&nbsp;S. Wieland,&nbsp;F. Wittig,&nbsp;R. Wolf,&nbsp;X. Zuo,&nbsp;G. Anagnostou,&nbsp;G. Daskalakis,&nbsp;A. Kyriakis,&nbsp;A. Papadopoulos,&nbsp;A. Stakia,&nbsp;P. Kontaxakis,&nbsp;G. Melachroinos,&nbsp;Z. Painesis,&nbsp;I. Papavergou,&nbsp;I. Paraskevas,&nbsp;N. Saoulidou,&nbsp;K. Theofilatos,&nbsp;E. Tziaferi,&nbsp;K. Vellidis,&nbsp;I. Zisopoulos,&nbsp;G. Bakas,&nbsp;T. Chatzistavrou,&nbsp;G. Karapostoli,&nbsp;K. Kousouris,&nbsp;I. Papakrivopoulos,&nbsp;E. Siamarkou,&nbsp;G. Tsipolitis,&nbsp;A. Zacharopoulou,&nbsp;I. Bestintzanos,&nbsp;I. Evangelou,&nbsp;C. Foudas,&nbsp;C. Kamtsikis,&nbsp;P. Katsoulis,&nbsp;P. Kokkas,&nbsp;P.G. Kosmoglou Kioseoglou,&nbsp;N. Manthos,&nbsp;I. Papadopoulos,&nbsp;J. Strologas,&nbsp;C. Hajdu,&nbsp;D. Horvath,&nbsp;K. Márton,&nbsp;A. J. Rádl,&nbsp;F. Sikler,&nbsp;V. Veszpremi,&nbsp;M. Csanád,&nbsp;K. Farkas,&nbsp;A. Fehérkuti,&nbsp;M. M. A. Gadallah,&nbsp;Á. Kadlecsik,&nbsp;P. Major,&nbsp;G. Pásztor,&nbsp;G. I. Veres,&nbsp;L. Olah,&nbsp;B. Ujvari,&nbsp;G. Bencze,&nbsp;S. Czellar,&nbsp;J. Molnar,&nbsp;Z. Szillasi,&nbsp;T. Csorgo,&nbsp;F. Nemes,&nbsp;T. Novak,&nbsp;S. Bansal,&nbsp;S. B. Beri,&nbsp;V. Bhatnagar,&nbsp;G. Chaudhary,&nbsp;S. Chauhan,&nbsp;N. Dhingra,&nbsp;A. Kaur,&nbsp;A. Kaur,&nbsp;H. Kaur,&nbsp;M. Kaur,&nbsp;S. Kumar,&nbsp;T. Sheokand,&nbsp;J. B. Singh,&nbsp;A. Singla,&nbsp;A. Ahmed,&nbsp;A. Bhardwaj,&nbsp;A. Chhetri,&nbsp;B. C. Choudhary,&nbsp;A. Kumar,&nbsp;A. Kumar,&nbsp;M. Naimuddin,&nbsp;K. Ranjan,&nbsp;M. K. Saini,&nbsp;S. Saumya,&nbsp;S. Baradia,&nbsp;S. Barman,&nbsp;S. Bhattacharya,&nbsp;S. Das Gupta,&nbsp;S. Dutta,&nbsp;S. Dutta,&nbsp;S. Sarkar,&nbsp;M. M. Ameen,&nbsp;P. K. Behera,&nbsp;S. C. Behera,&nbsp;S. Chatterjee,&nbsp;G. Dash,&nbsp;P. Jana,&nbsp;P. Kalbhor,&nbsp;S. Kamble,&nbsp;J. R. Komaragiri,&nbsp;D. Kumar,&nbsp;T. Mishra,&nbsp;B. Parida,&nbsp;P. R. Pujahari,&nbsp;N. R. Saha,&nbsp;A. Sharma,&nbsp;A. K. Sikdar,&nbsp;R. K. Singh,&nbsp;P. Verma,&nbsp;S. Verma,&nbsp;A. Vijay,&nbsp;S. Dugad,&nbsp;G. B. Mohanty,&nbsp;M. Shelake,&nbsp;P. Suryadevara,&nbsp;A. Bala,&nbsp;S. Banerjee,&nbsp;R. M. Chatterjee,&nbsp;M. Guchait,&nbsp;Sh. Jain,&nbsp;A. Jaiswal,&nbsp;S. Kumar,&nbsp;G. Majumder,&nbsp;K. Mazumdar,&nbsp;S. Parolia,&nbsp;A. Thachayath,&nbsp;S. Bahinipati,&nbsp;C. Kar,&nbsp;D. Maity,&nbsp;P. Mal,&nbsp;K. Naskar,&nbsp;A. Nayak,&nbsp;S. Nayak,&nbsp;K. Pal,&nbsp;P. Sadangi,&nbsp;S. K. Swain,&nbsp;S. Varghese,&nbsp;D. Vats,&nbsp;S. Acharya,&nbsp;A. Alpana,&nbsp;S. Dube,&nbsp;B. Gomber,&nbsp;P. Hazarika,&nbsp;B. Kansal,&nbsp;A. Laha,&nbsp;B. Sahu,&nbsp;S. Sharma,&nbsp;K. Y. Vaish,&nbsp;H. Bakhshiansohi,&nbsp;A. Jafari,&nbsp;M. Zeinali,&nbsp;S. Bashiri,&nbsp;S. Chenarani,&nbsp;S. M. Etesami,&nbsp;Y. Hosseini,&nbsp;M. Khakzad,&nbsp;E. Khazaie,&nbsp;M. Mohammadi Najafabadi,&nbsp;S. Tizchang,&nbsp;M. Felcini,&nbsp;M. Grunewald,&nbsp;M. Abbrescia,&nbsp;A. Colaleo,&nbsp;D. Creanza,&nbsp;B. D’Anzi,&nbsp;N. De Filippis,&nbsp;M. De Palma,&nbsp;W. Elmetenawee,&nbsp;N. Ferrara,&nbsp;L. Fiore,&nbsp;G. Iaselli,&nbsp;L. Longo,&nbsp;M. Louka,&nbsp;G. Maggi,&nbsp;M. Maggi,&nbsp;I. Margjeka,&nbsp;V. Mastrapasqua,&nbsp;S. My,&nbsp;S. Nuzzo,&nbsp;A. Pellecchia,&nbsp;A. Pompili,&nbsp;G. Pugliese,&nbsp;R. Radogna,&nbsp;D. Ramos,&nbsp;A. Ranieri,&nbsp;L. Silvestris,&nbsp;F. M. Simone,&nbsp;Ü. Sözbilir,&nbsp;A. Stamerra,&nbsp;D. Troiano,&nbsp;R. Venditti,&nbsp;P. Verwilligen,&nbsp;A. Zaza,&nbsp;G. Abbiendi,&nbsp;C. Battilana,&nbsp;D. Bonacorsi,&nbsp;P. Capiluppi,&nbsp;A. Castro,&nbsp;F. R. Cavallo,&nbsp;M. Cuffiani,&nbsp;G. M. Dallavalle,&nbsp;T. Diotalevi,&nbsp;F. Fabbri,&nbsp;A. Fanfani,&nbsp;D. Fasanella,&nbsp;P. Giacomelli,&nbsp;L. Giommi,&nbsp;C. Grandi,&nbsp;L. Guiducci,&nbsp;S. Lo Meo,&nbsp;M. Lorusso,&nbsp;L. Lunerti,&nbsp;S. Marcellini,&nbsp;G. Masetti,&nbsp;F. L. Navarria,&nbsp;G. Paggi,&nbsp;A. Perrotta,&nbsp;F. Primavera,&nbsp;A. M. Rossi,&nbsp;S. Rossi Tisbeni,&nbsp;T. Rovelli,&nbsp;G. P. Siroli,&nbsp;S. Costa,&nbsp;A. Di Mattia,&nbsp;A. Lapertosa,&nbsp;R. Potenza,&nbsp;A. Tricomi,&nbsp;C. Tuve,&nbsp;P. Assiouras,&nbsp;G. Barbagli,&nbsp;G. Bardelli,&nbsp;B. Camaiani,&nbsp;A. Cassese,&nbsp;R. Ceccarelli,&nbsp;V. Ciulli,&nbsp;C. Civinini,&nbsp;R. D’Alessandro,&nbsp;E. Focardi,&nbsp;T. Kello,&nbsp;G. Latino,&nbsp;P. Lenzi,&nbsp;M. Lizzo,&nbsp;M. Meschini,&nbsp;S. Paoletti,&nbsp;A. Papanastassiou,&nbsp;G. Sguazzoni,&nbsp;L. Viliani,&nbsp;L. Benussi,&nbsp;S. Bianco,&nbsp;S. Meola,&nbsp;D. Piccolo,&nbsp;M. Alves Gallo Pereira,&nbsp;F. Ferro,&nbsp;E. Robutti,&nbsp;S. Tosi,&nbsp;A. Benaglia,&nbsp;F. Brivio,&nbsp;F. Cetorelli,&nbsp;F. De Guio,&nbsp;M. E. Dinardo,&nbsp;P. Dini,&nbsp;S. Gennai,&nbsp;R. Gerosa,&nbsp;A. Ghezzi,&nbsp;P. Govoni,&nbsp;L. Guzzi,&nbsp;M. T. Lucchini,&nbsp;M. Malberti,&nbsp;S. Malvezzi,&nbsp;A. Massironi,&nbsp;D. Menasce,&nbsp;L. Moroni,&nbsp;M. Paganoni,&nbsp;S. Palluotto,&nbsp;D. Pedrini,&nbsp;A. Perego,&nbsp;B. S. Pinolini,&nbsp;G. Pizzati,&nbsp;S. Ragazzi,&nbsp;T. Tabarelli de Fatis,&nbsp;S. Buontempo,&nbsp;A. Cagnotta,&nbsp;F. Carnevali,&nbsp;N. Cavallo,&nbsp;F. Fabozzi,&nbsp;A. O. M. Iorio,&nbsp;L. Lista,&nbsp;P. Paolucci,&nbsp;B. Rossi,&nbsp;R. Ardino,&nbsp;P. Azzi,&nbsp;N. Bacchetta,&nbsp;D. Bisello,&nbsp;P. Bortignon,&nbsp;G. Bortolato,&nbsp;A. Bragagnolo,&nbsp;A. C. M. Bulla,&nbsp;R. Carlin,&nbsp;P. Checchia,&nbsp;T. Dorigo,&nbsp;F. Fanzago,&nbsp;U. Gasparini,&nbsp;S. Giorgetti,&nbsp;E. Lusiani,&nbsp;M. Margoni,&nbsp;A. T. Meneguzzo,&nbsp;M. Migliorini,&nbsp;J. Pazzini,&nbsp;P. Ronchese,&nbsp;R. Rossin,&nbsp;F. Simonetto,&nbsp;M. Tosi,&nbsp;A. Triossi,&nbsp;S. Ventura,&nbsp;M. Zanetti,&nbsp;P. Zotto,&nbsp;A. Zucchetta,&nbsp;G. Zumerle,&nbsp;A. Braghieri,&nbsp;S. Calzaferri,&nbsp;D. Fiorina,&nbsp;P. Montagna,&nbsp;V. Re,&nbsp;C. Riccardi,&nbsp;P. Salvini,&nbsp;I. Vai,&nbsp;P. Vitulo,&nbsp;S. Ajmal,&nbsp;M. E. Ascioti,&nbsp;G. M. Bilei,&nbsp;C. Carrivale,&nbsp;D. Ciangottini,&nbsp;L. Fanò,&nbsp;M. Magherini,&nbsp;V. Mariani,&nbsp;M. Menichelli,&nbsp;F. Moscatelli,&nbsp;A. Rossi,&nbsp;A. Santocchia,&nbsp;D. Spiga,&nbsp;T. Tedeschi,&nbsp;C. Aimè,&nbsp;C. A. Alexe,&nbsp;P. Asenov,&nbsp;P. Azzurri,&nbsp;G. Bagliesi,&nbsp;R. Bhattacharya,&nbsp;L. Bianchini,&nbsp;T. Boccali,&nbsp;E. Bossini,&nbsp;D. Bruschini,&nbsp;R. Castaldi,&nbsp;M. A. Ciocci,&nbsp;M. Cipriani,&nbsp;V. D’Amante,&nbsp;R. Dell’Orso,&nbsp;S. Donato,&nbsp;A. Giassi,&nbsp;F. Ligabue,&nbsp;A. C. Marini,&nbsp;D. Matos Figueiredo,&nbsp;A. Messineo,&nbsp;S. Mishra,&nbsp;V. K. Muraleedharan Nair Bindhu,&nbsp;M. Musich,&nbsp;F. Palla,&nbsp;A. Rizzi,&nbsp;G. Rolandi,&nbsp;S. Roy Chowdhury,&nbsp;T. Sarkar,&nbsp;A. Scribano,&nbsp;P. Spagnolo,&nbsp;R. Tenchini,&nbsp;G. Tonelli,&nbsp;N. Turini,&nbsp;F. Vaselli,&nbsp;A. Venturi,&nbsp;P. G. Verdini,&nbsp;C. Baldenegro Barrera,&nbsp;P. Barria,&nbsp;C. Basile,&nbsp;F. Cavallari,&nbsp;L. Cunqueiro Mendez,&nbsp;D. Del Re,&nbsp;E. Di Marco,&nbsp;M. Diemoz,&nbsp;F. Errico,&nbsp;R. Gargiulo,&nbsp;E. Longo,&nbsp;L. Martikainen,&nbsp;J. Mijuskovic,&nbsp;G. Organtini,&nbsp;F. Pandolfi,&nbsp;R. Paramatti,&nbsp;C. Quaranta,&nbsp;S. Rahatlou,&nbsp;C. Rovelli,&nbsp;F. Santanastasio,&nbsp;L. Soffi,&nbsp;V. Vladimirov,&nbsp;N. Amapane,&nbsp;R. Arcidiacono,&nbsp;S. Argiro,&nbsp;M. Arneodo,&nbsp;N. Bartosik,&nbsp;R. Bellan,&nbsp;A. Bellora,&nbsp;C. Biino,&nbsp;C. Borca,&nbsp;N. Cartiglia,&nbsp;M. Costa,&nbsp;R. Covarelli,&nbsp;N. Demaria,&nbsp;L. Finco,&nbsp;M. Grippo,&nbsp;B. Kiani,&nbsp;F. Legger,&nbsp;F. Luongo,&nbsp;C. Mariotti,&nbsp;L. Markovic,&nbsp;S. Maselli,&nbsp;A. Mecca,&nbsp;L. Menzio,&nbsp;P. Meridiani,&nbsp;E. Migliore,&nbsp;M. Monteno,&nbsp;R. Mulargia,&nbsp;M. M. Obertino,&nbsp;G. Ortona,&nbsp;L. Pacher,&nbsp;N. Pastrone,&nbsp;M. Pelliccioni,&nbsp;M. Ruspa,&nbsp;F. Siviero,&nbsp;V. Sola,&nbsp;A. Solano,&nbsp;A. Staiano,&nbsp;C. Tarricone,&nbsp;D. Trocino,&nbsp;G. Umoret,&nbsp;R. White,&nbsp;J. Babbar,&nbsp;S. Belforte,&nbsp;V. Candelise,&nbsp;M. Casarsa,&nbsp;F. Cossutti,&nbsp;K. De Leo,&nbsp;G. Della Ricca,&nbsp;S. Dogra,&nbsp;J. Hong,&nbsp;B. Kim,&nbsp;J. Kim,&nbsp;D. Lee,&nbsp;H. Lee,&nbsp;S. W. Lee,&nbsp;C. S. Moon,&nbsp;Y. D. Oh,&nbsp;M. S. Ryu,&nbsp;S. Sekmen,&nbsp;B. Tae,&nbsp;Y. C. Yang,&nbsp;M. S. Kim,&nbsp;G. Bak,&nbsp;P. Gwak,&nbsp;H. Kim,&nbsp;D. H. Moon,&nbsp;E. Asilar,&nbsp;J. Choi,&nbsp;D. Kim,&nbsp;T. J. Kim,&nbsp;J. A. Merlin,&nbsp;Y. Ryou,&nbsp;S. Choi,&nbsp;S. Han,&nbsp;B. Hong,&nbsp;K. Lee,&nbsp;K. S. Lee,&nbsp;S. Lee,&nbsp;J. Yoo,&nbsp;J. Goh,&nbsp;S. Yang,&nbsp;H. S. Kim,&nbsp;Y. Kim,&nbsp;S. Lee,&nbsp;J. Almond,&nbsp;J. H. Bhyun,&nbsp;J. Choi,&nbsp;J. Choi,&nbsp;W. Jun,&nbsp;J. Kim,&nbsp;Y. W. Kim,&nbsp;S. Ko,&nbsp;H. Kwon,&nbsp;H. Lee,&nbsp;J. Lee,&nbsp;J. Lee,&nbsp;B. H. Oh,&nbsp;S. B. Oh,&nbsp;H. Seo,&nbsp;U. K. Yang,&nbsp;I. Yoon,&nbsp;W. Jang,&nbsp;D. Y. Kang,&nbsp;Y. Kang,&nbsp;S. Kim,&nbsp;B. Ko,&nbsp;J. S. H. Lee,&nbsp;Y. Lee,&nbsp;I. C. Park,&nbsp;Y. Roh,&nbsp;I. J. Watson,&nbsp;S. Ha,&nbsp;K. Hwang,&nbsp;H. D. Yoo,&nbsp;M. Choi,&nbsp;M. R. Kim,&nbsp;H. Lee,&nbsp;Y. Lee,&nbsp;I. Yu,&nbsp;T. Beyrouthy,&nbsp;Y. Gharbia,&nbsp;F. Alazemi,&nbsp;K. Dreimanis,&nbsp;A. Gaile,&nbsp;C. Munoz Diaz,&nbsp;D. Osite,&nbsp;G. Pikurs,&nbsp;A. Potrebko,&nbsp;M. Seidel,&nbsp;D. Sidiropoulos Kontos,&nbsp;N. R. Strautnieks,&nbsp;M. Ambrozas,&nbsp;A. Juodagalvis,&nbsp;A. Rinkevicius,&nbsp;G. Tamulaitis,&nbsp;I. Yusuff,&nbsp;Z. Zolkapli,&nbsp;J. F. Benitez,&nbsp;A. Castaneda Hernandez,&nbsp;H. A. Encinas Acosta,&nbsp;L. G. Gallegos Maríñez,&nbsp;M. León Coello,&nbsp;J. A. Murillo Quijada,&nbsp;A. Sehrawat,&nbsp;L. Valencia Palomo,&nbsp;G. Ayala,&nbsp;H. Castilla-Valdez,&nbsp;H. Crotte Ledesma,&nbsp;E. De La Cruz-Burelo,&nbsp;I. Heredia-De La Cruz,&nbsp;R. Lopez-Fernandez,&nbsp;J. Mejia Guisao,&nbsp;C. A. Mondragon Herrera,&nbsp;A. Sánchez Hernández,&nbsp;C. Oropeza Barrera,&nbsp;D. L. Ramirez Guadarrama,&nbsp;M. Ramírez García,&nbsp;I. Bautista,&nbsp;I. Pedraza,&nbsp;H. A. Salazar Ibarguen,&nbsp;C. Uribe Estrada,&nbsp;I. Bubanja,&nbsp;N. Raicevic,&nbsp;P. H. Butler,&nbsp;A. Ahmad,&nbsp;M. I. Asghar,&nbsp;A. Awais,&nbsp;M. I. M. Awan,&nbsp;H. R. Hoorani,&nbsp;W. A. Khan,&nbsp;V. Avati,&nbsp;L. Grzanka,&nbsp;M. Malawski,&nbsp;H. Bialkowska,&nbsp;M. Bluj,&nbsp;M. Górski,&nbsp;M. Kazana,&nbsp;M. Szleper,&nbsp;P. Zalewski,&nbsp;K. Bunkowski,&nbsp;K. Doroba,&nbsp;A. Kalinowski,&nbsp;M. Konecki,&nbsp;J. Krolikowski,&nbsp;A. Muhammad,&nbsp;P. Fokow,&nbsp;K. Pozniak,&nbsp;W. Zabolotny,&nbsp;M. Araujo,&nbsp;D. Bastos,&nbsp;C. Beirão Da Cruz E Silva,&nbsp;A. Boletti,&nbsp;M. Bozzo,&nbsp;T. Camporesi,&nbsp;G. Da Molin,&nbsp;P. Faccioli,&nbsp;M. Gallinaro,&nbsp;J. Hollar,&nbsp;N. Leonardo,&nbsp;G. B. Marozzo,&nbsp;A. Petrilli,&nbsp;M. Pisano,&nbsp;J. Seixas,&nbsp;J. Varela,&nbsp;J. W. Wulff,&nbsp;P. Adzic,&nbsp;P. Milenovic,&nbsp;D. Devetak,&nbsp;M. Dordevic,&nbsp;J. Milosevic,&nbsp;L. Nadderd,&nbsp;V. Rekovic,&nbsp;J. Alcaraz Maestre,&nbsp;Cristina F. Bedoya,&nbsp;J. A. Brochero Cifuentes,&nbsp;Oliver M. Carretero,&nbsp;M. Cepeda,&nbsp;M. Cerrada,&nbsp;N. Colino,&nbsp;B. De La Cruz,&nbsp;A. Delgado Peris,&nbsp;A. Escalante Del Valle,&nbsp;D. Fernández Del Val,&nbsp;J. P. Fernández Ramos,&nbsp;J. Flix,&nbsp;M. C. Fouz,&nbsp;O. Gonzalez Lopez,&nbsp;S. Goy Lopez,&nbsp;J. M. Hernandez,&nbsp;M. I. Josa,&nbsp;J. Llorente Merino,&nbsp;C. Martin Perez,&nbsp;E. Martin Viscasillas,&nbsp;D. Moran,&nbsp;C. M. Morcillo Perez,&nbsp;Á. Navarro Tobar,&nbsp;C. Perez Dengra,&nbsp;A. Pérez-Calero Yzquierdo,&nbsp;J. Puerta Pelayo,&nbsp;I. Redondo,&nbsp;S. Sánchez Navas,&nbsp;J. Sastre,&nbsp;J. Vazquez Escobar,&nbsp;J. F. de Trocóniz,&nbsp;B. Alvarez Gonzalez,&nbsp;J. Cuevas,&nbsp;J. Fernandez Menendez,&nbsp;S. Folgueras,&nbsp;I. Gonzalez Caballero,&nbsp;P. Leguina,&nbsp;E. Palencia Cortezon,&nbsp;J. Prado Pico,&nbsp;C. Ramón Álvarez,&nbsp;V. Rodríguez Bouza,&nbsp;A. Soto Rodríguez,&nbsp;A. Trapote,&nbsp;C. Vico Villalba,&nbsp;P. Vischia,&nbsp;S. Bhowmik,&nbsp;S. Blanco Fernández,&nbsp;I. J. Cabrillo,&nbsp;A. Calderon,&nbsp;J. Duarte Campderros,&nbsp;M. Fernandez,&nbsp;G. Gomez,&nbsp;C. Lasaosa García,&nbsp;R. Lopez Ruiz,&nbsp;C. Martinez Rivero,&nbsp;P. Martinez Ruiz del Arbol,&nbsp;F. Matorras,&nbsp;P. Matorras Cuevas,&nbsp;E. Navarrete Ramos,&nbsp;J. Piedra Gomez,&nbsp;L. Scodellaro,&nbsp;I. Vila,&nbsp;J. M. Vizan Garcia,&nbsp;B. Kailasapathy,&nbsp;D. D. C. Wickramarathna,&nbsp;W. G. D. Dharmaratna,&nbsp;K. Liyanage,&nbsp;N. Perera,&nbsp;D. Abbaneo,&nbsp;C. Amendola,&nbsp;E. Auffray,&nbsp;G. Auzinger,&nbsp;J. Baechler,&nbsp;D. Barney,&nbsp;A. Bermúdez Martínez,&nbsp;M. Bianco,&nbsp;A. A. Bin Anuar,&nbsp;A. Bocci,&nbsp;L. Borgonovi,&nbsp;C. Botta,&nbsp;E. Brondolin,&nbsp;C. Caillol,&nbsp;G. Cerminara,&nbsp;N. Chernyavskaya,&nbsp;D. d’Enterria,&nbsp;A. Dabrowski,&nbsp;A. David,&nbsp;A. De Roeck,&nbsp;M. M. Defranchis,&nbsp;M. Deile,&nbsp;M. Dobson,&nbsp;G. Franzoni,&nbsp;W. Funk,&nbsp;S. Giani,&nbsp;D. Gigi,&nbsp;K. Gill,&nbsp;F. Glege,&nbsp;J. Hegeman,&nbsp;J. K. Heikkilä,&nbsp;B. Huber,&nbsp;V. Innocente,&nbsp;T. James,&nbsp;P. Janot,&nbsp;O. Kaluzinska,&nbsp;O. Karacheban,&nbsp;S. Laurila,&nbsp;P. Lecoq,&nbsp;E. Leutgeb,&nbsp;C. Lourenço,&nbsp;L. Malgeri,&nbsp;M. Mannelli,&nbsp;M. Matthewman,&nbsp;A. Mehta,&nbsp;F. Meijers,&nbsp;S. Mersi,&nbsp;E. Meschi,&nbsp;V. Milosevic,&nbsp;F. Monti,&nbsp;F. Moortgat,&nbsp;M. Mulders,&nbsp;I. Neutelings,&nbsp;S. Orfanelli,&nbsp;F. Pantaleo,&nbsp;G. Petrucciani,&nbsp;A. Pfeiffer,&nbsp;M. Pierini,&nbsp;H. Qu,&nbsp;D. Rabady,&nbsp;B. Ribeiro Lopes,&nbsp;F. Riti,&nbsp;M. Rovere,&nbsp;H. Sakulin,&nbsp;R. Salvatico,&nbsp;S. Sanchez Cruz,&nbsp;S. Scarfi,&nbsp;C. Schwick,&nbsp;M. Selvaggi,&nbsp;A. Sharma,&nbsp;K. Shchelina,&nbsp;P. Silva,&nbsp;P. Sphicas,&nbsp;A. G. Stahl Leiton,&nbsp;A. Steen,&nbsp;S. Summers,&nbsp;D. Treille,&nbsp;P. Tropea,&nbsp;D. Walter,&nbsp;J. Wanczyk,&nbsp;J. Wang,&nbsp;K. A. Wozniak,&nbsp;S. Wuchterl,&nbsp;P. Zehetner,&nbsp;P. Zejdl,&nbsp;W. D. Zeuner,&nbsp;T. Bevilacqua,&nbsp;L. Caminada,&nbsp;A. Ebrahimi,&nbsp;W. Erdmann,&nbsp;R. Horisberger,&nbsp;Q. Ingram,&nbsp;H. C. Kaestli,&nbsp;D. Kotlinski,&nbsp;C. Lange,&nbsp;M. Missiroli,&nbsp;L. Noehte,&nbsp;T. Rohe,&nbsp;A. Samalan,&nbsp;T. K. Aarrestad,&nbsp;M. Backhaus,&nbsp;G. Bonomelli,&nbsp;A. Calandri,&nbsp;C. Cazzaniga,&nbsp;K. Datta,&nbsp;P. De Bryas Dexmiers D‘archiac,&nbsp;A. De Cosa,&nbsp;G. Dissertori,&nbsp;M. Dittmar,&nbsp;M. Donegà,&nbsp;F. Eble,&nbsp;M. Galli,&nbsp;K. Gedia,&nbsp;F. Glessgen,&nbsp;C. Grab,&nbsp;N. Härringer,&nbsp;T. G. Harte,&nbsp;D. Hits,&nbsp;W. Lustermann,&nbsp;A.-M. Lyon,&nbsp;R. A. Manzoni,&nbsp;M. Marchegiani,&nbsp;L. Marchese,&nbsp;A. Mascellani,&nbsp;F. Nessi-Tedaldi,&nbsp;F. Pauss,&nbsp;V. Perovic,&nbsp;S. Pigazzini,&nbsp;B. Ristic,&nbsp;R. Seidita,&nbsp;J. Steggemann,&nbsp;A. Tarabini,&nbsp;D. Valsecchi,&nbsp;R. Wallny,&nbsp;C. Amsler,&nbsp;P. Bärtschi,&nbsp;M. F. Canelli,&nbsp;K. Cormier,&nbsp;M. Huwiler,&nbsp;W. Jin,&nbsp;A. Jofrehei,&nbsp;B. Kilminster,&nbsp;S. Leontsinis,&nbsp;S. P. Liechti,&nbsp;A. Macchiolo,&nbsp;P. Meiring,&nbsp;F. Meng,&nbsp;J. Motta,&nbsp;A. Reimers,&nbsp;P. Robmann,&nbsp;M. Senger,&nbsp;E. Shokr,&nbsp;F. Stäger,&nbsp;R. Tramontano,&nbsp;C. Adloff,&nbsp;D. Bhowmik,&nbsp;C. M. Kuo,&nbsp;W. Lin,&nbsp;P. K. Rout,&nbsp;P. C. Tiwari,&nbsp;L. Ceard,&nbsp;K. F. Chen,&nbsp;Z. G. Chen,&nbsp;A. De Iorio,&nbsp;W.-S. Hou,&nbsp;T. H. Hsu,&nbsp;Y. W. Kao,&nbsp;S. Karmakar,&nbsp;G. Kole,&nbsp;Y. Y. Li,&nbsp;R.-S. Lu,&nbsp;E. Paganis,&nbsp;X. F. Su,&nbsp;J. Thomas-Wilsker,&nbsp;L. S. Tsai,&nbsp;D. Tsionou,&nbsp;H. Y. Wu,&nbsp;E. Yazgan,&nbsp;C. Asawatangtrakuldee,&nbsp;N. Srimanobhas,&nbsp;V. Wachirapusitanand,&nbsp;D. Agyel,&nbsp;F. Boran,&nbsp;F. Dolek,&nbsp;I. Dumanoglu,&nbsp;E. Eskut,&nbsp;Y. Guler,&nbsp;E. Gurpinar Guler,&nbsp;C. Isik,&nbsp;O. Kara,&nbsp;A. Kayis Topaksu,&nbsp;U. Kiminsu,&nbsp;Y. Komurcu,&nbsp;G. Onengut,&nbsp;K. Ozdemir,&nbsp;A. Polatoz,&nbsp;B. Tali,&nbsp;U. G. Tok,&nbsp;E. Uslan,&nbsp;I. S. Zorbakir,&nbsp;G. Sokmen,&nbsp;M. Yalvac,&nbsp;B. Akgun,&nbsp;I. O. Atakisi,&nbsp;E. Gülmez,&nbsp;M. Kaya,&nbsp;O. Kaya,&nbsp;S. Tekten,&nbsp;A. Cakir,&nbsp;K. Cankocak,&nbsp;G. G. Dincer,&nbsp;S. Sen,&nbsp;O. Aydilek,&nbsp;B. Hacisahinoglu,&nbsp;I. Hos,&nbsp;B. Kaynak,&nbsp;S. Ozkorucuklu,&nbsp;O. Potok,&nbsp;H. Sert,&nbsp;C. Simsek,&nbsp;C. Zorbilmez,&nbsp;S. Cerci,&nbsp;B. Isildak,&nbsp;D. Sunar Cerci,&nbsp;T. Yetkin,&nbsp;A. Boyaryntsev,&nbsp;B. Grynyov,&nbsp;L. Levchuk,&nbsp;D. Anthony,&nbsp;J. J. Brooke,&nbsp;A. Bundock,&nbsp;F. Bury,&nbsp;E. Clement,&nbsp;D. Cussans,&nbsp;H. Flacher,&nbsp;M. Glowacki,&nbsp;J. Goldstein,&nbsp;H. F. Heath,&nbsp;M.-L. Holmberg,&nbsp;L. Kreczko,&nbsp;S. Paramesvaran,&nbsp;L. Robertshaw,&nbsp;V. J. Smith,&nbsp;K. Walkingshaw Pass,&nbsp;A. H. Ball,&nbsp;K. W. Bell,&nbsp;A. Belyaev,&nbsp;C. Brew,&nbsp;R. M. Brown,&nbsp;D. J. A. Cockerill,&nbsp;C. Cooke,&nbsp;A. Elliot,&nbsp;K. V. Ellis,&nbsp;K. Harder,&nbsp;S. Harper,&nbsp;J. Linacre,&nbsp;K. Manolopoulos,&nbsp;D. M. Newbold,&nbsp;E. Olaiya,&nbsp;D. Petyt,&nbsp;T. Reis,&nbsp;A. R. Sahasransu,&nbsp;G. Salvi,&nbsp;T. Schuh,&nbsp;C. H. Shepherd-Themistocleous,&nbsp;I. R. Tomalin,&nbsp;K. C. Whalen,&nbsp;T. Williams,&nbsp;I. Andreou,&nbsp;R. Bainbridge,&nbsp;P. Bloch,&nbsp;C. E. Brown,&nbsp;O. Buchmuller,&nbsp;C. A. Carrillo Montoya,&nbsp;G. S. Chahal,&nbsp;D. Colling,&nbsp;J. S. Dancu,&nbsp;I. Das,&nbsp;P. Dauncey,&nbsp;G. Davies,&nbsp;M. Della Negra,&nbsp;S. Fayer,&nbsp;G. Fedi,&nbsp;G. Hall,&nbsp;A. Howard,&nbsp;G. Iles,&nbsp;C. R. Knight,&nbsp;P. Krueper,&nbsp;J. Langford,&nbsp;K. H. Law,&nbsp;J. León Holgado,&nbsp;L. Lyons,&nbsp;A.-M. Magnan,&nbsp;B. Maier,&nbsp;S. Mallios,&nbsp;M. Mieskolainen,&nbsp;J. Nash,&nbsp;M. Pesaresi,&nbsp;P. B. Pradeep,&nbsp;B. C. Radburn-Smith,&nbsp;A. Richards,&nbsp;A. Rose,&nbsp;K. Savva,&nbsp;C. Seez,&nbsp;R. Shukla,&nbsp;A. Tapper,&nbsp;K. Uchida,&nbsp;G. P. Uttley,&nbsp;T. Virdee,&nbsp;M. Vojinovic,&nbsp;N. Wardle,&nbsp;D. Winterbottom,&nbsp;J. E. Cole,&nbsp;A. Khan,&nbsp;P. Kyberd,&nbsp;I. D. Reid,&nbsp;S. Abdullin,&nbsp;A. Brinkerhoff,&nbsp;E. Collins,&nbsp;M. R. Darwish,&nbsp;J. Dittmann,&nbsp;K. Hatakeyama,&nbsp;V. Hegde,&nbsp;J. Hiltbrand,&nbsp;B. McMaster,&nbsp;J. Samudio,&nbsp;S. Sawant,&nbsp;C. Sutantawibul,&nbsp;J. Wilson,&nbsp;R. Bartek,&nbsp;A. Dominguez,&nbsp;A. E. Simsek,&nbsp;S. S. Yu,&nbsp;B. Bam,&nbsp;A. Buchot Perraguin,&nbsp;R. Chudasama,&nbsp;S. I. Cooper,&nbsp;C. Crovella,&nbsp;S. V. Gleyzer,&nbsp;E. Pearson,&nbsp;C. U. Perez,&nbsp;P. Rumerio,&nbsp;E. Usai,&nbsp;R. Yi,&nbsp;A. Akpinar,&nbsp;C. Cosby,&nbsp;G. De Castro,&nbsp;Z. Demiragli,&nbsp;C. Erice,&nbsp;C. Fangmeier,&nbsp;C. Fernandez Madrazo,&nbsp;E. Fontanesi,&nbsp;D. Gastler,&nbsp;F. Golf,&nbsp;S. Jeon,&nbsp;J. O‘cain,&nbsp;I. Reed,&nbsp;J. Rohlf,&nbsp;K. Salyer,&nbsp;D. Sperka,&nbsp;D. Spitzbart,&nbsp;I. Suarez,&nbsp;A. Tsatsos,&nbsp;A. G. Zecchinelli,&nbsp;G. Barone,&nbsp;G. Benelli,&nbsp;D. Cutts,&nbsp;L. Gouskos,&nbsp;M. Hadley,&nbsp;U. Heintz,&nbsp;K. W. Ho,&nbsp;J. M. Hogan,&nbsp;T. Kwon,&nbsp;G. Landsberg,&nbsp;K. T. Lau,&nbsp;J. Luo,&nbsp;S. Mondal,&nbsp;T. Russell,&nbsp;S. Sagir,&nbsp;X. Shen,&nbsp;F. Simpson,&nbsp;M. Stamenkovic,&nbsp;N. Venkatasubramanian,&nbsp;S. Abbott,&nbsp;B. Barton,&nbsp;C. Brainerd,&nbsp;R. Breedon,&nbsp;H. Cai,&nbsp;M. Calderon De La Barca Sanchez,&nbsp;M. Chertok,&nbsp;M. Citron,&nbsp;J. Conway,&nbsp;P. T. Cox,&nbsp;R. Erbacher,&nbsp;F. Jensen,&nbsp;O. Kukral,&nbsp;G. Mocellin,&nbsp;M. Mulhearn,&nbsp;S. Ostrom,&nbsp;W. Wei,&nbsp;S. Yoo,&nbsp;F. Zhang,&nbsp;K. Adamidis,&nbsp;M. Bachtis,&nbsp;D. Campos,&nbsp;R. Cousins,&nbsp;A. Datta,&nbsp;G. Flores Avila,&nbsp;J. Hauser,&nbsp;M. Ignatenko,&nbsp;M. A. Iqbal,&nbsp;T. Lam,&nbsp;Y. F. Lo,&nbsp;E. Manca,&nbsp;A. Nunez Del Prado,&nbsp;D. Saltzberg,&nbsp;V. Valuev,&nbsp;R. Clare,&nbsp;J. W. Gary,&nbsp;G. Hanson,&nbsp;A. Aportela,&nbsp;A. Arora,&nbsp;J. G. Branson,&nbsp;S. Cittolin,&nbsp;S. Cooperstein,&nbsp;D. Diaz,&nbsp;J. Duarte,&nbsp;L. Giannini,&nbsp;Y. Gu,&nbsp;J. Guiang,&nbsp;R. Kansal,&nbsp;V. Krutelyov,&nbsp;R. Lee,&nbsp;J. Letts,&nbsp;M. Masciovecchio,&nbsp;F. Mokhtar,&nbsp;S. Mukherjee,&nbsp;M. Pieri,&nbsp;D. Primosch,&nbsp;M. Quinnan,&nbsp;B. V. Sathia Narayanan,&nbsp;V. Sharma,&nbsp;M. Tadel,&nbsp;E. Vourliotis,&nbsp;F. Würthwein,&nbsp;Y. Xiang,&nbsp;A. Yagil,&nbsp;A. Barzdukas,&nbsp;L. Brennan,&nbsp;C. Campagnari,&nbsp;K. Downham,&nbsp;C. Grieco,&nbsp;M. M. Hussain,&nbsp;J. Incandela,&nbsp;J. Kim,&nbsp;A. J. Li,&nbsp;P. Masterson,&nbsp;H. Mei,&nbsp;J. Richman,&nbsp;S. N. Santpur,&nbsp;U. Sarica,&nbsp;R. Schmitz,&nbsp;F. Setti,&nbsp;J. Sheplock,&nbsp;D. Stuart,&nbsp;T. Á. Vámi,&nbsp;S. Wang,&nbsp;X. Yan,&nbsp;D. Zhang,&nbsp;S. Bhattacharya,&nbsp;A. Bornheim,&nbsp;O. Cerri,&nbsp;A. Latorre,&nbsp;J. Mao,&nbsp;H. B. Newman,&nbsp;G. Reales Gutiérrez,&nbsp;M. Spiropulu,&nbsp;J. R. Vlimant,&nbsp;C. Wang,&nbsp;S. Xie,&nbsp;R. Y. Zhu,&nbsp;J. Alison,&nbsp;S. An,&nbsp;P. Bryant,&nbsp;M. Cremonesi,&nbsp;V. Dutta,&nbsp;T. Ferguson,&nbsp;T. A. Gómez Espinosa,&nbsp;A. Harilal,&nbsp;A. Kallil Tharayil,&nbsp;C. Liu,&nbsp;T. Mudholkar,&nbsp;S. Murthy,&nbsp;P. Palit,&nbsp;K. Park,&nbsp;M. Paulini,&nbsp;A. Roberts,&nbsp;A. Sanchez,&nbsp;W. Terrill,&nbsp;J. P. Cumalat,&nbsp;W. T. Ford,&nbsp;A. Hart,&nbsp;A. Hassani,&nbsp;G. Karathanasis,&nbsp;N. Manganelli,&nbsp;J. Pearkes,&nbsp;C. Savard,&nbsp;N. Schonbeck,&nbsp;K. Stenson,&nbsp;K. A. Ulmer,&nbsp;S. R. Wagner,&nbsp;N. Zipper,&nbsp;D. Zuolo,&nbsp;J. Alexander,&nbsp;S. Bright-Thonney,&nbsp;X. Chen,&nbsp;D. J. Cranshaw,&nbsp;J. Dickinson,&nbsp;J. Fan,&nbsp;X. Fan,&nbsp;S. Hogan,&nbsp;P. Kotamnives,&nbsp;J. Monroy,&nbsp;M. Oshiro,&nbsp;J. R. Patterson,&nbsp;M. Reid,&nbsp;A. Ryd,&nbsp;J. Thom,&nbsp;P. Wittich,&nbsp;R. Zou,&nbsp;M. Albrow,&nbsp;M. Alyari,&nbsp;O. Amram,&nbsp;G. Apollinari,&nbsp;A. Apresyan,&nbsp;L. A. T. Bauerdick,&nbsp;D. Berry,&nbsp;J. Berryhill,&nbsp;P. C. Bhat,&nbsp;K. Burkett,&nbsp;J. N. Butler,&nbsp;A. Canepa,&nbsp;G. B. Cerati,&nbsp;H. W. K. Cheung,&nbsp;F. Chlebana,&nbsp;G. Cummings,&nbsp;I. Dutta,&nbsp;V. D. Elvira,&nbsp;Y. Feng,&nbsp;J. Freeman,&nbsp;A. Gandrakota,&nbsp;Z. Gecse,&nbsp;L. Gray,&nbsp;D. Green,&nbsp;A. Grummer,&nbsp;S. Grünendahl,&nbsp;D. Guerrero,&nbsp;O. Gutsche,&nbsp;R. M. Harris,&nbsp;R. Heller,&nbsp;T. C. Herwig,&nbsp;J. Hirschauer,&nbsp;B. Jayatilaka,&nbsp;S. Jindariani,&nbsp;M. Johnson,&nbsp;U. Joshi,&nbsp;T. Klijnsma,&nbsp;B. Klima,&nbsp;K. H. M. Kwok,&nbsp;S. Lammel,&nbsp;C. Lee,&nbsp;D. Lincoln,&nbsp;R. Lipton,&nbsp;T. Liu,&nbsp;C. Madrid,&nbsp;K. Maeshima,&nbsp;C. Mantilla,&nbsp;D. Mason,&nbsp;P. McBride,&nbsp;P. Merkel,&nbsp;S. Mrenna,&nbsp;S. Nahn,&nbsp;J. Ngadiuba,&nbsp;D. Noonan,&nbsp;S. 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Das,&nbsp;T. Elkafrawy,&nbsp;M. Hohlmann,&nbsp;E. Yanes,&nbsp;M. R. Adams,&nbsp;A. Baty,&nbsp;C. Bennett,&nbsp;R. Cavanaugh,&nbsp;R. Escobar Franco,&nbsp;O. Evdokimov,&nbsp;C. E. Gerber,&nbsp;M. Hawksworth,&nbsp;A. Hingrajiya,&nbsp;D. J. Hofman,&nbsp;J. H. Lee,&nbsp;D. S. Lemos,&nbsp;A. H. Merrit,&nbsp;C. Mills,&nbsp;S. Nanda,&nbsp;G. Oh,&nbsp;B. Ozek,&nbsp;D. Pilipovic,&nbsp;R. Pradhan,&nbsp;E. Prifti,&nbsp;T. Roy,&nbsp;S. Rudrabhatla,&nbsp;N. Singh,&nbsp;M. B. Tonjes,&nbsp;N. Varelas,&nbsp;M. A. Wadud,&nbsp;Z. Ye,&nbsp;J. Yoo,&nbsp;M. Alhusseini,&nbsp;D. Blend,&nbsp;K. Dilsiz,&nbsp;L. Emediato,&nbsp;G. Karaman,&nbsp;O. K. Köseyan,&nbsp;J.-P. Merlo,&nbsp;A. Mestvirishvili,&nbsp;O. Neogi,&nbsp;H. Ogul,&nbsp;Y. Onel,&nbsp;A. Penzo,&nbsp;C. Snyder,&nbsp;E. Tiras,&nbsp;B. Blumenfeld,&nbsp;L. Corcodilos,&nbsp;J. Davis,&nbsp;A. V. Gritsan,&nbsp;L. Kang,&nbsp;S. Kyriacou,&nbsp;P. Maksimovic,&nbsp;M. Roguljic,&nbsp;J. Roskes,&nbsp;S. Sekhar,&nbsp;M. Swartz,&nbsp;A. Abreu,&nbsp;L. F. Alcerro Alcerro,&nbsp;J. Anguiano,&nbsp;S. Arteaga Escatel,&nbsp;P. Baringer,&nbsp;A. Bean,&nbsp;Z. Flowers,&nbsp;D. Grove,&nbsp;J. King,&nbsp;G. Krintiras,&nbsp;M. Lazarovits,&nbsp;C. Le Mahieu,&nbsp;J. Marquez,&nbsp;M. Murray,&nbsp;M. Nickel,&nbsp;M. Pitt,&nbsp;S. Popescu,&nbsp;C. Rogan,&nbsp;C. Royon,&nbsp;S. Sanders,&nbsp;C. Smith,&nbsp;G. Wilson,&nbsp;B. Allmond,&nbsp;R. Gujju Gurunadha,&nbsp;A. Ivanov,&nbsp;K. Kaadze,&nbsp;Y. Maravin,&nbsp;J. Natoli,&nbsp;D. Roy,&nbsp;G. Sorrentino,&nbsp;A. Baden,&nbsp;A. Belloni,&nbsp;J. Bistany-riebman,&nbsp;Y. M. Chen,&nbsp;S. C. Eno,&nbsp;N. J. Hadley,&nbsp;S. Jabeen,&nbsp;R. G. Kellogg,&nbsp;T. Koeth,&nbsp;B. Kronheim,&nbsp;Y. Lai,&nbsp;S. Lascio,&nbsp;A. C. Mignerey,&nbsp;S. Nabili,&nbsp;C. Palmer,&nbsp;C. Papageorgakis,&nbsp;M. M. Paranjpe,&nbsp;E. Popova,&nbsp;A. Shevelev,&nbsp;L. Wang,&nbsp;J. Bendavid,&nbsp;I. A. Cali,&nbsp;P. C. Chou,&nbsp;M. D’Alfonso,&nbsp;J. Eysermans,&nbsp;C. Freer,&nbsp;G. Gomez-Ceballos,&nbsp;M. Goncharov,&nbsp;G. Grosso,&nbsp;P. Harris,&nbsp;D. Hoang,&nbsp;D. Kovalskyi,&nbsp;J. Krupa,&nbsp;L. Lavezzo,&nbsp;Y.-J. Lee,&nbsp;K. Long,&nbsp;C. Mcginn,&nbsp;A. Novak,&nbsp;M. I. Park,&nbsp;C. Paus,&nbsp;C. Reissel,&nbsp;C. Roland,&nbsp;G. Roland,&nbsp;S. Rothman,&nbsp;G. S. F. Stephans,&nbsp;Z. Wang,&nbsp;B. Wyslouch,&nbsp;T. J. Yang,&nbsp;B. Crossman,&nbsp;B. M. Joshi,&nbsp;C. Kapsiak,&nbsp;M. Krohn,&nbsp;D. Mahon,&nbsp;J. Mans,&nbsp;B. Marzocchi,&nbsp;M. Revering,&nbsp;R. Rusack,&nbsp;R. Saradhy,&nbsp;N. Strobbe,&nbsp;K. Bloom,&nbsp;D. R. Claes,&nbsp;G. Haza,&nbsp;J. Hossain,&nbsp;C. Joo,&nbsp;I. Kravchenko,&nbsp;A. Rohilla,&nbsp;J. E. Siado,&nbsp;W. Tabb,&nbsp;A. Vagnerini,&nbsp;A. Wightman,&nbsp;F. Yan,&nbsp;D. Yu,&nbsp;H. Bandyopadhyay,&nbsp;L. Hay,&nbsp;H. W. Hsia,&nbsp;I. Iashvili,&nbsp;A. Kalogeropoulos,&nbsp;A. Kharchilava,&nbsp;M. Morris,&nbsp;D. Nguyen,&nbsp;S. Rappoccio,&nbsp;H. Rejeb Sfar,&nbsp;A. Williams,&nbsp;P. Young,&nbsp;G. Alverson,&nbsp;E. Barberis,&nbsp;J. Bonilla,&nbsp;B. Bylsma,&nbsp;M. Campana,&nbsp;J. Dervan,&nbsp;Y. Haddad,&nbsp;Y. Han,&nbsp;I. Israr,&nbsp;A. Krishna,&nbsp;J. Li,&nbsp;M. Lu,&nbsp;G. Madigan,&nbsp;R. Mccarthy,&nbsp;D. M. Morse,&nbsp;V. Nguyen,&nbsp;T. Orimoto,&nbsp;A. Parker,&nbsp;L. Skinnari,&nbsp;E. Tsai,&nbsp;D. Wood,&nbsp;J. Bueghly,&nbsp;S. Dittmer,&nbsp;K. A. Hahn,&nbsp;D. Li,&nbsp;Y. Liu,&nbsp;M. Mcginnis,&nbsp;Y. Miao,&nbsp;D. G. Monk,&nbsp;M. H. Schmitt,&nbsp;A. Taliercio,&nbsp;M. Velasco,&nbsp;G. Agarwal,&nbsp;R. Band,&nbsp;R. Bucci,&nbsp;S. Castells,&nbsp;A. Das,&nbsp;R. Goldouzian,&nbsp;M. Hildreth,&nbsp;K. Hurtado Anampa,&nbsp;T. Ivanov,&nbsp;C. Jessop,&nbsp;K. Lannon,&nbsp;J. Lawrence,&nbsp;N. Loukas,&nbsp;L. Lutton,&nbsp;J. Mariano,&nbsp;N. Marinelli,&nbsp;I. Mcalister,&nbsp;T. McCauley,&nbsp;C. Mcgrady,&nbsp;C. Moore,&nbsp;Y. Musienko,&nbsp;H. Nelson,&nbsp;M. Osherson,&nbsp;A. Piccinelli,&nbsp;R. Ruchti,&nbsp;A. Townsend,&nbsp;Y. Wan,&nbsp;M. Wayne,&nbsp;H. Yockey,&nbsp;M. Zarucki,&nbsp;L. Zygala,&nbsp;A. Basnet,&nbsp;M. Carrigan,&nbsp;L. S. Durkin,&nbsp;C. Hill,&nbsp;M. Joyce,&nbsp;M. Nunez Ornelas,&nbsp;K. Wei,&nbsp;D. A. Wenzl,&nbsp;B. L. Winer,&nbsp;B. R. Yates,&nbsp;H. Bouchamaoui,&nbsp;K. Coldham,&nbsp;P. Das,&nbsp;G. Dezoort,&nbsp;P. Elmer,&nbsp;A. Frankenthal,&nbsp;B. Greenberg,&nbsp;N. Haubrich,&nbsp;K. Kennedy,&nbsp;G. Kopp,&nbsp;S. Kwan,&nbsp;D. Lange,&nbsp;A. Loeliger,&nbsp;D. Marlow,&nbsp;I. Ojalvo,&nbsp;J. Olsen,&nbsp;D. Stickland,&nbsp;C. Tully,&nbsp;L. H. Vage,&nbsp;S. Malik,&nbsp;R. Sharma,&nbsp;A. S. Bakshi,&nbsp;S. Chandra,&nbsp;R. Chawla,&nbsp;A. Gu,&nbsp;L. Gutay,&nbsp;M. Jones,&nbsp;A. W. Jung,&nbsp;A. M. Koshy,&nbsp;M. Liu,&nbsp;G. Negro,&nbsp;N. Neumeister,&nbsp;G. Paspalaki,&nbsp;S. Piperov,&nbsp;V. Scheurer,&nbsp;J. F. Schulte,&nbsp;M. Stojanovic,&nbsp;J. Thieman,&nbsp;A. K. Virdi,&nbsp;F. Wang,&nbsp;A. Wildridge,&nbsp;W. Xie,&nbsp;Y. Yao,&nbsp;J. Dolen,&nbsp;N. Parashar,&nbsp;A. Pathak,&nbsp;D. Acosta,&nbsp;T. Carnahan,&nbsp;K. M. Ecklund,&nbsp;P. J. Fernández Manteca,&nbsp;S. Freed,&nbsp;P. Gardner,&nbsp;F. J. M. Geurts,&nbsp;I. Krommydas,&nbsp;W. Li,&nbsp;J. Lin,&nbsp;O. Miguel Colin,&nbsp;B. P. Padley,&nbsp;R. Redjimi,&nbsp;J. Rotter,&nbsp;E. Yigitbasi,&nbsp;Y. Zhang,&nbsp;A. Bodek,&nbsp;P. de Barbaro,&nbsp;R. Demina,&nbsp;J. L. Dulemba,&nbsp;A. Garcia-Bellido,&nbsp;O. Hindrichs,&nbsp;A. Khukhunaishvili,&nbsp;N. Parmar,&nbsp;P. Parygin,&nbsp;R. Taus,&nbsp;B. Chiarito,&nbsp;J. P. Chou,&nbsp;S. V. Clark,&nbsp;D. Gadkari,&nbsp;Y. Gershtein,&nbsp;E. Halkiadakis,&nbsp;M. Heindl,&nbsp;C. Houghton,&nbsp;D. Jaroslawski,&nbsp;S. Konstantinou,&nbsp;I. Laflotte,&nbsp;A. Lath,&nbsp;R. Montalvo,&nbsp;K. Nash,&nbsp;J. Reichert,&nbsp;H. Routray,&nbsp;P. Saha,&nbsp;S. Salur,&nbsp;S. Schnetzer,&nbsp;S. Somalwar,&nbsp;R. Stone,&nbsp;S. A. Thayil,&nbsp;S. Thomas,&nbsp;J. Vora,&nbsp;H. Wang,&nbsp;D. Ally,&nbsp;A. G. Delannoy,&nbsp;S. Fiorendi,&nbsp;S. Higginbotham,&nbsp;T. Holmes,&nbsp;A. R. Kanuganti,&nbsp;N. Karunarathna,&nbsp;L. Lee,&nbsp;E. Nibigira,&nbsp;S. Spanier,&nbsp;D. Aebi,&nbsp;M. Ahmad,&nbsp;T. Akhter,&nbsp;K. Androsov,&nbsp;O. Bouhali,&nbsp;R. Eusebi,&nbsp;J. Gilmore,&nbsp;T. Huang,&nbsp;T. Kamon,&nbsp;H. Kim,&nbsp;S. Luo,&nbsp;R. Mueller,&nbsp;D. Overton,&nbsp;D. Rathjens,&nbsp;A. Safonov,&nbsp;N. Akchurin,&nbsp;J. Damgov,&nbsp;N. Gogate,&nbsp;A. Hussain,&nbsp;Y. Kazhykarim,&nbsp;K. Lamichhane,&nbsp;S. W. Lee,&nbsp;A. Mankel,&nbsp;T. Peltola,&nbsp;I. Volobouev,&nbsp;E. Appelt,&nbsp;Y. Chen,&nbsp;S. Greene,&nbsp;A. Gurrola,&nbsp;W. Johns,&nbsp;R. Kunnawalkam Elayavalli,&nbsp;A. Melo,&nbsp;F. Romeo,&nbsp;P. Sheldon,&nbsp;S. Tuo,&nbsp;J. Velkovska,&nbsp;J. Viinikainen,&nbsp;B. Cardwell,&nbsp;H. Chung,&nbsp;B. Cox,&nbsp;J. Hakala,&nbsp;R. Hirosky,&nbsp;A. Ledovskoy,&nbsp;C. Neu,&nbsp;S. Bhattacharya,&nbsp;P. E. Karchin,&nbsp;A. Aravind,&nbsp;S. Banerjee,&nbsp;K. Black,&nbsp;T. Bose,&nbsp;E. Chavez,&nbsp;S. Dasu,&nbsp;P. Everaerts,&nbsp;C. Galloni,&nbsp;H. He,&nbsp;M. Herndon,&nbsp;A. Herve,&nbsp;C. K. Koraka,&nbsp;A. Lanaro,&nbsp;R. Loveless,&nbsp;J. Madhusudanan Sreekala,&nbsp;A. Mallampalli,&nbsp;A. Mohammadi,&nbsp;S. Mondal,&nbsp;G. Parida,&nbsp;L. Pétré,&nbsp;D. Pinna,&nbsp;A. Savin,&nbsp;V. Shang,&nbsp;V. Sharma,&nbsp;W. H. Smith,&nbsp;D. Teague,&nbsp;H. F. Tsoi,&nbsp;W. Vetens,&nbsp;A. Warden,&nbsp;S. Afanasiev,&nbsp;V. Alexakhin,&nbsp;D. Budkouski,&nbsp;I. Golutvin,&nbsp;I. Gorbunov,&nbsp;V. Karjavine,&nbsp;V. Korenkov,&nbsp;A. Lanev,&nbsp;A. Malakhov,&nbsp;V. Matveev,&nbsp;V. Palichik,&nbsp;V. Perelygin,&nbsp;M. Savina,&nbsp;V. Shalaev,&nbsp;S. Shmatov,&nbsp;S. Shulha,&nbsp;V. Smirnov,&nbsp;O. Teryaev,&nbsp;N. Voytishin,&nbsp;B. S. Yuldashev,&nbsp;A. Zarubin,&nbsp;I. Zhizhin,&nbsp;Yu. Andreev,&nbsp;A. Dermenev,&nbsp;S. Gninenko,&nbsp;N. Golubev,&nbsp;A. Karneyeu,&nbsp;D. Kirpichnikov,&nbsp;M. Kirsanov,&nbsp;N. Krasnikov,&nbsp;I. Tlisova,&nbsp;A. Toropin,&nbsp;G. Gavrilov,&nbsp;V. Golovtcov,&nbsp;Y. Ivanov,&nbsp;V. Kim,&nbsp;P. Levchenko,&nbsp;V. Murzin,&nbsp;V. Oreshkin,&nbsp;D. Sosnov,&nbsp;V. Sulimov,&nbsp;L. Uvarov,&nbsp;A. Vorobyev,&nbsp;T. Aushev,&nbsp;K. Ivanov,&nbsp;V. Gavrilov,&nbsp;N. Lychkovskaya,&nbsp;A. Nikitenko,&nbsp;V. Popov,&nbsp;A. Zhokin,&nbsp;M. Chadeeva,&nbsp;R. Chistov,&nbsp;S. Polikarpov,&nbsp;V. Andreev,&nbsp;M. Azarkin,&nbsp;M. Kirakosyan,&nbsp;A. Terkulov,&nbsp;E. Boos,&nbsp;V. Bunichev,&nbsp;M. Dubinin,&nbsp;L. Dudko,&nbsp;A. Gribushin,&nbsp;V. Klyukhin,&nbsp;O. Kodolova,&nbsp;S. Obraztsov,&nbsp;M. Perfilov,&nbsp;V. Savrin,&nbsp;P. Volkov,&nbsp;G. Vorotnikov,&nbsp;V. Blinov,&nbsp;T. Dimova,&nbsp;A. Kozyrev,&nbsp;O. Radchenko,&nbsp;Y. Skovpen,&nbsp;V. Kachanov,&nbsp;D. Konstantinov,&nbsp;S. Slabospitskii,&nbsp;A. Uzunian,&nbsp;A. Babaev,&nbsp;V. Borshch,&nbsp;D. Druzhkin,&nbsp;CMS Collaboration","doi":"10.1140/epjc/s10052-025-14097-x","DOIUrl":"10.1140/epjc/s10052-025-14097-x","url":null,"abstract":"<div><p>Data analyses in particle physics rely on an accurate simulation of particle collisions and a detailed simulation of detector effects to extract physics knowledge from the recorded data. Event generators together with a <span>geant</span>-based simulation of the detectors are used to produce large samples of simulated events for analysis by the LHC experiments. These simulations come at a high computational cost, where the detector simulation and reconstruction algorithms have the largest CPU demands. This article describes how machine-learning (ML) techniques are used to reweight simulated samples obtained with a given set of parameters to samples with different parameters or samples obtained from entirely different simulation programs. The ML reweighting method avoids the need for simulating the detector response multiple times by incorporating the relevant information in a single sample through event weights. Results are presented for reweighting to model variations and higher-order calculations in simulated top quark pair production at the LHC. This ML-based reweighting is an important element of the future computing model of the CMS experiment and will facilitate precision measurements at the High-Luminosity LHC.\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-06","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14097-x.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143913844","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"A bonafide model of structure formation from gravitational collapse","authors":"Koushiki,&nbsp;Dipanjan Dey,&nbsp;Pankaj S. Joshi","doi":"10.1140/epjc/s10052-025-14157-2","DOIUrl":"10.1140/epjc/s10052-025-14157-2","url":null,"abstract":"<div><p>This paper explores the cosmological implications of a scalar field with a specific potential, crucial for achieving the final equilibrium state of gravitational collapse. We consider a system with two fluids: minimally coupled matter representing dust-like dark matter and a scalar field acting as dark energy. Our model, akin to the top-hat collapse model, focuses on isolated over-dense regions within a closed FLRW metric, while the background follows a flat FLRW metric. We analyze spacetime configurations where these regions undergo initial expansion followed by contraction, deriving the scalar field potential responsible for their equilibrium state. Our fully relativistic approach offers a comprehensive understanding of stable cosmic over-dense regions, without the need for ad-hoc Newtonian virialization.\u0000\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-06","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14157-2.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143908840","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"Circular orbits and collisions of particles with magnetic dipole moment around magnetized Bocharova–Bronnikov–Melnikov–Bekenstein black holes","authors":"Nuriddin Kurbonov,&nbsp;Ashfaque H. Bokhari,&nbsp;Javlon Rayimbaev,&nbsp;Bobomurat Ahmedov","doi":"10.1140/epjc/s10052-025-14231-9","DOIUrl":"10.1140/epjc/s10052-025-14231-9","url":null,"abstract":"<div><p>In this study, we investigate the motion of magnetized particles around a Bocharova–Bronnikov–Melnikov–Bekenstein (BBMB) black hole in an external magnetic field, emphasizing the effects of an external magnetic field and a conformally coupled scalar field. We analyze the properties of circular orbits, the innermost stable circular orbit (ISCO), and the dynamics of high-energy particle collisions, focusing on the center-of-mass energy (CME) of colliding particles. We derive the equations governing the motion of magnetized particles in the BBMB spacetime and explore how the scalar coupling and the magnetic-dipole interaction parameters influence orbital stability and collision energetics. Our findings reveal that the ISCO radius is significantly modified by both scalar and magnetic interactions, leading to shifts in stability conditions and variations in the angular momentum requirements. The study also demonstrates that the critical angular momentum, which determines the transition between bound and unbound motion, is reduced compared to the Schwarzschild case due to the influence of the conformal scalar field. One key result is that the CME of colliding magnetized particles can be significantly enhanced in the BBMB spacetime. Increasing magnetic interaction and a stronger attractive scalar field lead to higher CME values, making the BBMB black hole a potential site for high-energy astrophysical processes. This suggests that external magnetic fields and scalar interactions play a crucial role in energy extraction mechanisms and the formation of ultrarelativistic particles.\u0000\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-06","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14231-9.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143908839","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"Are there minimal exceptional aGUTs from stable 5D orbifolds?","authors":"Giacomo Cacciapaglia,&nbsp;Alan S. Cornell,&nbsp;Aldo Deandrea,&nbsp;Wanda Isnard,&nbsp;Roman Pasechnik,&nbsp;Anca Preda,&nbsp;Zhi-Wei Wang","doi":"10.1140/epjc/s10052-025-14215-9","DOIUrl":"10.1140/epjc/s10052-025-14215-9","url":null,"abstract":"<div><p>In analysing five dimensional orbifolds with exceptional gauge groups, we seek to find stable vacua configurations which satisfy the minimal requirements for asymptotic grand unified models. In this respect we show that no minimal asymptotic grand unified theory can be built. Our results point towards non-minimal models based on <span>(E_6)</span>: one featuring supersymmetry, and the other needing a modification of the Coleman–Weinberg potential to stabilise the breaking of <span>(E_6)</span> to the standard model gauge group.\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-06","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14215-9.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143913843","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"Leading two-loop corrections to the Higgs di-photon decay in the inert doublet model","authors":"Masashi Aiko,&nbsp;Johannes Braathen,&nbsp;Shinya Kanemura","doi":"10.1140/epjc/s10052-025-14184-z","DOIUrl":"10.1140/epjc/s10052-025-14184-z","url":null,"abstract":"<div><p>Leading two-loop contributions to the di-photon decay of the Higgs boson are evaluated for the first time in the inert doublet model (IDM). We employ for this calculation the Higgs low-energy theorem, meaning that we obtain corrections to the Higgs decay process by taking Higgs-field derivatives of the leading two-loop contributions to the photon self-energy. Specifically, we have included corrections involving inert BSM Higgs bosons and gauge bosons, as well as external-leg contributions involving inert scalars, gauge bosons and fermions. Our calculation has been performed with a full on-shell renormalization, and in the gauge-less limit. Moreover, we performed two independent calculations, using the background-field method and the pinch technique, in order to apply the Higgs low-energy theorem consistently, and found full agreement between the two calculations. We investigate our results numerically in two scenarios of the IDM: one with a light dark matter (DM) candidate (Higgs resonance scenario), and another with all additional scalars heavy (heavy Higgs scenario). In both cases, we find that the inclusion of two-loop corrections qualitatively modifies the behavior of the decay width, compared with the one-loop (i.e. leading) order, and that they increase the deviation from the Standard Model. Furthermore, we demonstrate that the inclusion of the newly-computed two-loop corrections is essential to reliably interpret the observation or non-observation of a deviation in the Higgs di-photon decay width at current and future colliders.\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-05","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14184-z.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143908804","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}

{"title":"Kaon-induced production of strange hidden-charm molecular pentaquarks (P^varLambda _{psi s}) from proton","authors":"Shu Chen,&nbsp;Jun-Tao Zhu,&nbsp;Shu-Yi Kong,&nbsp;Jun He","doi":"10.1140/epjc/s10052-025-14220-y","DOIUrl":"10.1140/epjc/s10052-025-14220-y","url":null,"abstract":"<div><p>In this work, we investigate the kaon-induced production of strange hidden-charm pentaquark <span>(P^varLambda _{psi s})</span> states, including the <span>(P^varLambda _{psi s}(4459))</span> and <span>(P^varLambda _{psi s}(4338))</span> observed by the LHCb collaboration. Coupled-channel interactions involving the channels <span>(bar{K}N)</span>, <span>(varXi _c^{(*)}bar{D}^{(*)})</span>, <span>(varXi '_cbar{D}^{(*)})</span>, <span>(varLambda _cbar{D}_s^{(*)})</span>, and <span>(varLambda J/psi )</span> are studied using effective Lagrangians to describe these interactions. The potential kernels are constructed within the one-boson-exchange model and implemented into the quasipotential Bethe–Salpeter equation to calculate the scattering amplitudes. From these amplitudes, the partial-wave cross sections for kaon-induced production are predicted alongside the poles corresponding to strange hidden-charm molecular pentaquarks. The analysis reveals complex structures in the cross sections due to molecular states. A structure near the <span>(varXi _cbar{D})</span> threshold is predicted in the <span>(varLambda _cbar{D}_s)</span> channel, corresponding to <span>(P^varLambda _{psi s}(4338))</span>. Both molecular states near the <span>(varXi _cbar{D}^*)</span> threshold with <span>(J^P = 1/2^-)</span> and <span>(J^P = 3/2^-)</span>, associated with <span>(P^varLambda _{psi s}(4459))</span>, produce peaks in the <span>(varXi '_cbar{D})</span> channel, which vary significantly with the cutoff. Additionally, a molecular state with <span>(J^P = 3/2^-)</span> near the <span>(varXi _c^*bar{D})</span> threshold gives rise to a peak in the <span>(varXi _cbar{D}^*)</span> channel. In the higher energy region, from 4350 to 4550 MeV, although the cross sections in the <span>(varLambda _cbar{D}_s^{(*)})</span> channels are substantial, no distinct structures corresponding to strange hidden-charm pentaquarks are identified, apart from some threshold-related cusps. These results provide valuable theoretical insights and serve as a foundation for future experimental studies of strange hidden-charm pentaquarks using kaon beams at J-PARC and JLab.\u0000</p></div>","PeriodicalId":788,"journal":{"name":"The European Physical Journal C","volume":"85 5","pages":""},"PeriodicalIF":4.2,"publicationDate":"2025-05-05","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://link.springer.com/content/pdf/10.1140/epjc/s10052-025-14220-y.pdf","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"143908805","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":2,"RegionCategory":"物理与天体物理","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}