Lees, JP; Poireau, V; Tisserand, V; Grauges, E; Palano, A; Eigen, G; Brown, DN; Kolomensky, Yu G; Fritsch, M; Koch, H; Schroeder, T; Cheaib, R; Hearty, C; Mattison, TS; McKenna, JA; So, RY; Blinov, VE; Buzykaev, AR; Druzhinin, VP; Golubev, VB; Kozyrev, EA; Kravchenko, EA; Onuchin, AP; Serednyakov, SI; Skovpen, Yu I; Solodov, EP; Todyshev, K Yu; Lankford, AJ; Dey, B; Gary, JW; Long, O; Eisner, AM; Lockman, WS; Vazquez, W Panduro; Chao, DS; Cheng, CH; Echenard, B; Flood, KT; Hitlin, DG; Kim, J; Li, Y; Miyashita, TS; Ongmongkolkul, P; Porter, FC; Röhrken, M; Huard, Z; Meadows, BT; Pushpawela, BG; Sokoloff, MD; Sun, L; Smith, JG; Wagner, SR; Bernard, D; Verderi, M; Bettoni, D; Bozzi, C; Calabrese, R; Cibinetto, G; Fioravanti, E; Garzia, I; Luppi, E; Santoro, V; Calcaterra, A; de Sangro, R; Finocchiaro, G; Martellotti, S; Patteri, P; Peruzzi, IM; Piccolo, M; Rotondo, M; Zallo, A; Passaggio, S; Patrignani, C; Shuve, BJ; Lacker, HM; Bhuyan, B; Mallik, U; Chen, C; Cochran, J; Prell, S; Gritsan, AV; Arnaud, N; Davier, M; Le Diberder, F; Lutz, AM

doi:10.1103/physrevd.101.012011

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Resonances in e+e- annihilation near 2.2 GeV

2020

Lees, JP;
Poireau, V;
Tisserand, V;
Grauges, E;
Palano, A;
Eigen, G;
Brown, DN;
Kolomensky, Yu G;
Fritsch, M;
Koch, H;
Schroeder, T;
Cheaib, R;
Hearty, C;
Mattison, TS;
McKenna, JA;
So, RY;
Blinov, VE;
Buzykaev, AR;
Druzhinin, VP;
Golubev, VB;
Kozyrev, EA;
Kravchenko, EA;
Onuchin, AP;
Serednyakov, SI;
Skovpen, Yu I;
Solodov, EP;
Todyshev, K Yu;
Lankford, AJ;
Dey, B;
Gary, JW;
Long, O;
Eisner, AM;
Lockman, WS;
Vazquez, W Panduro;
Chao, DS;
Cheng, CH;
Echenard, B;
Flood, KT;
Hitlin, DG;
Kim, J;
Li, Y;
Miyashita, TS;
Ongmongkolkul, P;
Porter, FC;
Röhrken, M;
Huard, Z;
Meadows, BT;
Pushpawela, BG;
Sokoloff, MD;
Sun, L;
Smith, JG;
Wagner, SR;
Bernard, D;
Verderi, M;
Bettoni, D;
Bozzi, C;
Calabrese, R;
Cibinetto, G;
Fioravanti, E;
Garzia, I;
Luppi, E;
Santoro, V;
Calcaterra, A;
de Sangro, R;
Finocchiaro, G;
Martellotti, S;
Patteri, P;
Peruzzi, IM;
Piccolo, M;
Rotondo, M;
Zallo, A;
Passaggio, S;
Patrignani, C;
Shuve, BJ;
Lacker, HM;
Bhuyan, B;
Mallik, U;
Chen, C;
Cochran, J;
Prell, S;
Gritsan, AV;
Arnaud, N;
Davier, M;
Le Diberder, F;
Lutz, AM;
Wormser, G;
Lange, DJ;
Wright, DM;
Coleman, JP;
Gabathuler, E;
Hutchcroft, DE;
Payne, DJ;
Touramanis, C;
Bevan, AJ;
Di Lodovico, F;
Sacco, R;
Cowan, G;
Banerjee, Sw;
Brown, DN;
Davis, CL;
Denig, AG;
Gradl, W;
Griessinger, K;
Hafner, A;
Schubert, KR;
Barlow, RJ;
Lafferty, GD;
Cenci, R;
Jawahery, A;
Roberts, DA;
Cowan, R;
Robertson, SH;
Seddon, RM;
Neri, N;
Palombo, F;
Cremaldi, L;
Godang, R;
Summers, DJ;
Taras, P;
De Nardo, G;
Sciacca, C;
Raven, G;
Jessop, CP;
LoSecco, JM;
Honscheid, K;
Kass, R;
Gaz, A;
Margoni, M;
Posocco, M;
Simi, G;
Simonetto, F;
Stroili, R;
Akar, S;
Ben-Haim, E;
Bomben, M;
Bonneaud, GR;
Calderini, G;
Chauveau, J;
Marchiori, G;
Ocariz, J;
Biasini, M;
Manoni, E;
Rossi, A;
Batignani, G;
Bettarini, S;
Carpinelli, M;
Casarosa, G;
Chrzaszcz, M;
Forti, F;
Giorgi, MA;
Lusiani, A;
Oberhof, B;
Paoloni, E;
Rama, M;
Rizzo, G;
Walsh, JJ;
Zani, L;
Smith, AJS;
Anulli, F;
Faccini, R;
Ferrarotto, F;
Ferroni, F;
Pilloni, A;
Piredda, G;
Bünger, C;
Dittrich, S;
Grünberg, O;
Heß, M;
Leddig, T;
Voß, C;
Waldi, R;
Adye, T;
Wilson, FF;
Emery, S;
Vasseur, G;
Aston, D;
Cartaro, C;
Convery, MR;
Dorfan, J;
Dunwoodie, W;
Ebert, M;
Field, RC;
Fulsom, BG;
Graham, MT;
Hast, C;
Innes, WR;
Kim, P;
Leith, DWGS;
Luitz, S;
MacFarlane, DB;
Muller, DR;
Neal, H;
Ratcliff, BN;
Roodman, A;
Sullivan, MK;
Va’vra, J;
Wisniewski, WJ;
Purohit, MV;
Wilson, JR;
Randle-Conde, A;
Sekula, SJ;
Ahmed, H;
Bellis, M;
Burchat, PR;
Puccio, EMT;
Alam, MS;
Ernst, JA;
Gorodeisky, R;
Guttman, N;
Peimer, DR;
Soffer, A;
Spanier, SM;
Ritchie, JL;
Schwitters, RF;
Izen, JM;
Lou, XC;
Bianchi, F;
De Mori, F;
Filippi, A;
Gamba, D;
Lanceri, L;
Vitale, L;
Martinez-Vidal, F;
Oyanguren, A;
Albert, J;
Beaulieu, A;
Bernlochner, FU;
King, GJ;
Kowalewski, R;
Lueck, T;
Nugent, IM;
Roney, JM;
Sobie, RJ;
Tasneem, N;
Gershon, TJ;
Harrison, PF;
Latham, TE;
Prepost, R;
Wu, SL
et al.

Published Web Location

https://doi.org/10.1103/physrevd.101.012011

Abstract

Using the initial-state radiation method, the e+e-→KSKL cross section from 1.98 to 2.54 GeV is measured in a data sample of 469 fb-1 collected with the BABAR detector. The results are used in conjunction with previous BABAR results for the e+e-→K+K-, e+e-→π+π-, e+e-→π+π-η, and e+e-→ωππ cross sections to investigate the nature of the resonance structure recently observed by the BESIII experiment in the e+e-→K+K- cross section.

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Resonances in e+e- annihilation near 2.2 GeV

Published Web Location