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Amplitude analysis of the decay D0→K-K+π0
- Aubert, B;
- Bona, M;
- Boutigny, D;
- Karyotakis, Y;
- Lees, JP;
- Poireau, V;
- Prudent, X;
- Tisserand, V;
- Zghiche, A;
- Tico, J Garra;
- Grauges, E;
- Lopez, L;
- Palano, A;
- Eigen, G;
- Stugu, B;
- Sun, L;
- Abrams, GS;
- Battaglia, M;
- Brown, DN;
- Button-Shafer, J;
- Cahn, RN;
- Groysman, Y;
- Jacobsen, RG;
- Kadyk, JA;
- Kerth, LT;
- Kolomensky, Yu G;
- Kukartsev, G;
- Pegna, D Lopes;
- Lynch, G;
- Mir, LM;
- Orimoto, TJ;
- Ronan, MT;
- Tackmann, K;
- Wenzel, WA;
- del Amo Sanchez, P;
- Hawkes, CM;
- Watson, AT;
- Held, T;
- Koch, H;
- Lewandowski, B;
- Pelizaeus, M;
- Schroeder, T;
- Steinke, M;
- Walker, D;
- Asgeirsson, DJ;
- Cuhadar-Donszelmann, T;
- Fulsom, BG;
- Hearty, C;
- Knecht, NS;
- Mattison, TS;
- McKenna, JA;
- Khan, A;
- Saleem, M;
- Teodorescu, L;
- Blinov, VE;
- Bukin, AD;
- Druzhinin, VP;
- Golubev, VB;
- Onuchin, AP;
- Serednyakov, SI;
- Skovpen, Yu I;
- Solodov, EP;
- Todyshev, K Yu;
- Bondioli, M;
- Curry, S;
- Eschrich, I;
- Kirkby, D;
- Lankford, AJ;
- Lund, P;
- Mandelkern, M;
- Martin, EC;
- Stoker, DP;
- Abachi, S;
- Buchanan, C;
- Foulkes, SD;
- Gary, JW;
- Liu, F;
- Long, O;
- Shen, BC;
- Zhang, L;
- Paar, HP;
- Rahatlou, S;
- Sharma, V;
- Berryhill, JW;
- Campagnari, C;
- Cunha, A;
- Dahmes, B;
- Hong, TM;
- Kovalskyi, D;
- Richman, JD;
- Beck, TW;
- Eisner, AM;
- Flacco, CJ;
- Heusch, CA;
- Kroseberg, J;
- Lockman, WS;
- Schalk, T;
- Schumm, BA;
- Seiden, A;
- Williams, DC;
- Wilson, MG;
- Winstrom, LO;
- Chen, E;
- Cheng, CH;
- Fang, F;
- Hitlin, DG;
- Narsky, I;
- Piatenko, T;
- Porter, FC;
- Mancinelli, G;
- Meadows, BT;
- Mishra, K;
- Sokoloff, MD;
- Blanc, F;
- Bloom, PC;
- Chen, S;
- Ford, WT;
- Hirschauer, JF;
- Kreisel, A;
- Nagel, M;
- Nauenberg, U;
- Olivas, A;
- Smith, JG;
- Ulmer, KA;
- Wagner, SR;
- Zhang, J;
- Gabareen, AM;
- Soffer, A;
- Toki, WH;
- Wilson, RJ;
- Winklmeier, F;
- Zeng, Q;
- Altenburg, DD;
- Feltresi, E;
- Hauke, A;
- Jasper, H;
- Merkel, J;
- Petzold, A;
- Spaan, B;
- Wacker, K;
- Brandt, T;
- Klose, V;
- Kobel, MJ;
- Lacker, HM;
- Mader, WF;
- Nogowski, R;
- Schubert, J;
- Schubert, KR;
- Schwierz, R;
- Sundermann, JE;
- Volk, A;
- Bernard, D;
- Bonneaud, GR;
- Latour, E;
- Lombardo, V;
- Thiebaux, Ch;
- Verderi, M;
- Clark, PJ;
- Gradl, W;
- Muheim, F;
- Playfer, S;
- Robertson, AI;
- Xie, Y;
- Andreotti, M;
- Bettoni, D;
- Bozzi, C;
- Calabrese, R;
- Cecchi, A;
- Cibinetto, G;
- Franchini, P;
- Luppi, E;
- Negrini, M;
- Petrella, A;
- Piemontese, L;
- Prencipe, E;
- Santoro, V;
- Anulli, F;
- Baldini-Ferroli, R;
- Calcaterra, A;
- de Sangro, R;
- Finocchiaro, G;
- Pacetti, S;
- Patteri, P;
- Peruzzi, IM;
- Piccolo, M;
- Rama, M;
- Zallo, A;
- Buzzo, A;
- Contri, R;
- Vetere, M Lo;
- Macri, MM;
- Monge, MR;
- Passaggio, S;
- Patrignani, C;
- Robutti, E;
- Santroni, A;
- Tosi, S;
- Chaisanguanthum, KS;
- Morii, M;
- Wu, J;
- Dubitzky, RS;
- Marks, J;
- Schenk, S;
- Uwer, U;
- Bard, DJ;
- Dauncey, PD;
- Flack, RL;
- Nash, JA;
- Nikolich, MB;
- Vazquez, W Panduro;
- Behera, PK;
- Chai, X;
- Charles, MJ;
- Mallik, U;
- Meyer, NT;
- Ziegler, V;
- Cochran, J;
- Crawley, HB;
- Dong, L;
- Eyges, V;
- Meyer, WT;
- Prell, S;
- Rosenberg, EI;
- Rubin, AE;
- Gritsan, AV;
- Guo, ZJ;
- Lae, CK;
- Denig, AG;
- Fritsch, M;
- Schott, G;
- Arnaud, N;
- Béquilleux, J;
- Davier, M;
- Grosdidier, G;
- Höcker, A;
- Lepeltier, V;
- Le Diberder, F;
- Lutz, AM;
- Pruvot, S;
- Rodier, S;
- Roudeau, P;
- Schune, MH;
- Serrano, J;
- Sordini, V;
- Stocchi, A;
- Wang, WF;
- Wormser, G;
- Lange, DJ;
- Wright, DM;
- Chavez, CA;
- Forster, IJ;
- Fry, JR;
- Gabathuler, E;
- Gamet, R;
- Hutchcroft, DE;
- Payne, DJ;
- Schofield, KC;
- Touramanis, C;
- Bevan, AJ;
- George, KA;
- Di Lodovico, F;
- Menges, W;
- Sacco, R;
- Cowan, G;
- Flaecher, HU;
- Hopkins, DA;
- Jackson, PS;
- McMahon, TR;
- Salvatore, F;
- Wren, AC;
- Brown, DN;
- Davis, CL;
- Allison, J;
- Barlow, NR;
- Barlow, RJ;
- Chia, YM;
- Edgar, CL;
- Lafferty, GD;
- West, TJ;
- Yi, JI;
- Anderson, J;
- Chen, C;
- Jawahery, A;
- Roberts, DA;
- Simi, G;
- Tuggle, JM;
- Blaylock, G;
- Dallapiccola, C;
- Hertzbach, SS;
- Li, X;
- Moore, TB;
- Salvati, E;
- Saremi, S;
- Cowan, R;
- Fisher, PH;
- Sciolla, G;
- Sekula, SJ;
- Spitznagel, M;
- Taylor, F;
- Yamamoto, RK;
- Mclachlin, SE;
- Patel, PM;
- Robertson, SH;
- Lazzaro, A;
- Palombo, F;
- Bauer, JM;
- Cremaldi, L;
- Eschenburg, V;
- Godang, R;
- Kroeger, R;
- Sanders, DA;
- Summers, DJ;
- Zhao, HW;
- Brunet, S;
- Côté, D;
- Simard, M;
- Taras, P;
- Viaud, FB;
- Nicholson, H;
- De Nardo, G;
- Fabozzi, F;
- Lista, L;
- Monorchio, D;
- Sciacca, C;
- Baak, MA;
- Raven, G;
- Snoek, HL;
- Jessop, CP;
- LoSecco, JM;
- Benelli, G;
- Corwin, LA;
- Gan, KK;
- Honscheid, K;
- Hufnagel, D;
- Kagan, H;
- Kass, R;
- Morris, JP;
- Rahimi, AM;
- Regensburger, JJ;
- Ter-Antonyan, R;
- Wong, QK;
- Blount, NL;
- Brau, J;
- Frey, R;
- Igonkina, O;
- Kolb, JA;
- Lu, M;
- Rahmat, R;
- Sinev, NB;
- Strom, D;
- Strube, J;
- Torrence, E;
- Gagliardi, N;
- Gaz, A;
- Margoni, M;
- Morandin, M;
- Pompili, A;
- Posocco, M;
- Rotondo, M;
- Simonetto, F;
- Stroili, R;
- Voci, C;
- Ben-Haim, E;
- Briand, H;
- Calderini, G;
- Chauveau, J;
- David, P;
- Del Buono, L;
- de la Vaissière, Ch;
- Hamon, O;
- Leruste, Ph;
- Malclès, J;
- Ocariz, J;
- Perez, A;
- Gladney, L;
- Biasini, M;
- Covarelli, R;
- Manoni, E;
- Angelini, C;
- Batignani, G;
- Bettarini, S;
- Carpinelli, M;
- Cenci, R;
- Cervelli, A;
- Forti, F;
- Giorgi, MA;
- Lusiani, A;
- Marchiori, G;
- Mazur, MA;
- Morganti, M;
- Neri, N;
- Paoloni, E;
- Rizzo, G;
- Walsh, JJ;
- Haire, M;
- Biesiada, J;
- Elmer, P;
- Lau, YP;
- Lu, C;
- Olsen, J;
- Smith, AJS;
- Telnov, AV;
- Baracchini, E;
- Bellini, F;
- Cavoto, G;
- D’Orazio, A;
- del Re, D;
- Di Marco, E;
- Faccini, R;
- Ferrarotto, F;
- Ferroni, F;
- Gaspero, M;
- Jackson, PD;
- Gioi, L Li;
- Mazzoni, MA;
- Morganti, S;
- Piredda, G;
- Polci, F;
- Renga, F;
- Voena, C;
- Ebert, M;
- Schröder, H;
- Waldi, R;
- Adye, T;
- Castelli, G;
- Franek, B;
- Olaiya, EO;
- Ricciardi, S;
- Roethel, W;
- Wilson, FF;
- Aleksan, R;
- Emery, S;
- Escalier, M;
- Gaidot, A;
- Ganzhur, SF;
- de Monchenault, G Hamel;
- Kozanecki, W;
- Legendre, M;
- Vasseur, G;
- Yèche, Ch;
- Zito, M;
- Chen, XR;
- Liu, H;
- Park, W;
- Purohit, MV;
- Wilson, JR;
- Allen, MT;
- Aston, D;
- Bartoldus, R;
- Bechtle, P;
- Berger, N;
- Claus, R;
- Coleman, JP;
- Convery, MR;
- Dingfelder, JC;
- Dorfan, J;
- Dubois-Felsmann, GP;
- Dujmic, D;
- Dunwoodie, W;
- Field, RC;
- Glanzman, T;
- Gowdy, SJ;
- Graham, MT;
- Grenier, P;
- Hast, C;
- Hryn’ova, T;
- Innes, WR;
- Kaminski, J;
- Kelsey, MH;
- Kim, H;
- Kim, P;
- Kocian, ML;
- Leith, DWGS;
- Li, S;
- Luitz, S;
- Luth, V;
- Lynch, HL;
- MacFarlane, DB;
- Marsiske, H;
- Messner, R;
- Muller, DR;
- O’Grady, CP;
- Ofte, I;
- Perazzo, A;
- Perl, M;
- Pulliam, T;
- Ratcliff, BN;
- Roodman, A;
- Salnikov, AA;
- Schindler, RH;
- Schwiening, J;
- Snyder, A;
- Stelzer, J;
- Su, D;
- Sullivan, MK;
- Suzuki, K;
- Swain, SK;
- Thompson, JM;
- Va’vra, J;
- van Bakel, N;
- Wagner, AP;
- Weaver, M;
- Wisniewski, WJ;
- Wittgen, M;
- Wright, DH;
- Yarritu, AK;
- Yi, K;
- Young, CC;
- Burchat, PR;
- Edwards, AJ;
- Majewski, SA;
- Petersen, BA;
- Wilden, L;
- Ahmed, S;
- Alam, MS;
- Bula, R;
- Ernst, JA;
- Jain, V;
- Pan, B;
- Saeed, MA;
- Wappler, FR;
- Zain, SB;
- Bugg, W;
- Krishnamurthy, M;
- Spanier, SM;
- Eckmann, R;
- Ritchie, JL;
- Ruland, AM;
- Schilling, CJ;
- Schwitters, RF;
- Izen, JM;
- Lou, XC;
- Ye, S;
- Bianchi, F;
- Gallo, F;
- Gamba, D;
- Pelliccioni, M;
- Bomben, M;
- Bosisio, L;
- Cartaro, C;
- Cossutti, F;
- Della Ricca, G;
- Lanceri, L;
- Vitale, L;
- Azzolini, V;
- Lopez-March, N;
- Martinez-Vidal, F;
- Milanes, DA;
- Oyanguren, A;
- Albert, J;
- Banerjee, Sw;
- Bhuyan, B;
- Hamano, K;
- Kowalewski, R;
- Nugent, IM;
- Roney, JM;
- Sobie, RJ;
- Back, JJ;
- Harrison, PF;
- Latham, TE;
- Mohanty, GB;
- Pappagallo, M;
- Band, HR;
- Chen, X;
- Dasu, S;
- Flood, KT;
- Hollar, JJ;
- Kutter, PE;
- Pan, Y;
- Pierini, M;
- Prepost, R;
- Wu, SL;
- Yu, Z;
- Neal, H
- et al.
Abstract
Using 385fb-1 of e+e- collisions, we study the amplitudes of the singly Cabibbo-suppressed decay D0→K-K+π0. We measure the strong phase difference between the D̄0 and D0 decays to K*(892)+K- to be -35.5°±1.9°(stat)±2.2°(syst), and their amplitude ratio to be 0.599±0.013(stat)±0.011(syst). We observe contributions from the Kπ and K-K+ scalar and vector amplitudes, and analyze their angular moments. We find no evidence for charged κ, nor for higher spin states. We also perform a partial-wave analysis of the K-K+ system in a limited mass range. © 2007 The American Physical Society.
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