Violation in Mixing

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208 BIBLIOGRAFIA [52] E. Varnes, N. Kuznetsova, C. Dallapiccola and G. Cavoto, Measurement of the GoodTracksLoose Efficiency using SVT Tracks,BABAR Analysis Document � ��, 2001. [53] H. Albrecth et al., The ARGUS Collaboration, Z. Phys. C48, 543 (1990). [54] A.V. Gritsan, Four-body Charmless � Decays; Search for � � �Ã £ ,BABAR Analysis Document � ��, 2001. [55] A.G. Frodesen, O. Skjeggestad and H. Tøfte, Probability and Statistics in Particle Physics, Universitetsforlaget (1979) Chapter 5 [56] C. Touramanis, plenary talk at the BABAR Collaboration Meeting, February 15, 2001 [57] U. Berzano et al., Analysis of Neutral B Decays to � � , Ã � and Ã Ã ,BABAR Analysis Document 160, 2001. [58] D. Cronin-Hennessy et al., The CLEO Collaboration, Phys. Rev. Lett. 85, 515 (2000). [59] A. Gritsan, Four-body Charmless B Decays; Observation of � � �Ã £ ,BABAR Analysis Document 156, 2001. [60] M. Bona, R. Faccini, and M. Langer, Studies on Ã Ë � � � Reconstruction, BABAR Analysis Document 19, 2000. [61] http://www.slac.stanford.edu/BFROOT/www/Physics/ TrackEfficTaskForce/Recipe/TrackingEfficiencies.html. [62] http://babar-hn.slac.stanford.edu:5090/HyperNews/get/physAnal/1042.html. Chapter 6 [63] Berzano et al., BABAR Analysis Document 98, 2001; [64] G. Feldman, R. Cousins, Phys. Rev. D 57, 3873, (1998). [65] C D. Cronin-Hennessy et al., The CLEO Collaboration, Phys. Rev. Lett. 85, 515 (2000); X. Zhao, presented at RADCOR-2000, Jan. 10, 2001, hep-ex/0101013. [66] CLEO Collaboration, R. Godang et al.,, Phys. Rev. Lett. 80, 3456 (1997). MARCELLA BONA
BIBLIOGRAFIA 209 Chapter 7 [67] D. Cronin-Hennessy et al., The CLEO Collaboration, Phys. Rev. Lett. 85, 515 (2000). [68] K. Abe et al., The Belle Collaboration, Phys. Rev. Lett. 87, 101801 (2001), hep-ex/0104030 [69] J. Beringer et al., � Tagging Tools Group, � Tagging in BABAR: Status for the ×�Ò ¬ Journal Publication, BABAR Analysis Document � �, January 2001. [70] B. Aubert et al., [the BABAR Collaboration], SLAC-PUB-9804 BABAR-PUB-01/18 hep-ex/0107013 to be submitted to Phys.Rev.D, (2001). [71] F. Martinez-Vidal et al., Vertexing and Composition Tools Group, The BABAR Vertexing,BABAR Analysis Document � , March 2001; Vertexing performances and systematic checks with fully reconstructed � events,BABAR Analysis Document � , March 2001. [72] D. Lange et al., Support document for the summer 2001 ×�Ò ¬ analysis, BABAR Analysis Document � �, June 2001. BIBLIOGRAFIA
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Contents Introduction . ...........
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4 Strategy and Tools for Charmless
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7.2 Branching fraction � � �
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Introduction The main goal of the B
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1 �È Violation in the �� Sys
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1.2 Neutral � Mesons 7 Note, howe
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1.2 Neutral � Mesons 9 Applying t
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1.2 Neutral � Mesons 11 �È �
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1.2 Neutral � Mesons 13 ��
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1.2 Neutral � Mesons 15 � ¡�
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1.2 Neutral � Mesons 17 and � a
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1.2 Neutral � Mesons 19 given tim
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1.3 The Three Types of �È Violat
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1.4 �È Violation in the Standard
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1.5 Determination of « 37 1.5 Dete
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1.5 Determination of « 39 Assuming
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1.5 Determination of « 41 Figure 1
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1.5 Determination of « 43 b q (a)
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1.5 Determination of « 45 � �
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2 The BABAR Experiment 2.1 Physics
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2.1 Physics at � � B Factory op
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2.2 The BABAR detector. 51 Integrat
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2.2 The BABAR detector. 53 The dete
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2.2 The BABAR detector. 55 two oute
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2.2 The BABAR detector. 57 SVT Effi
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2.2 The BABAR detector. 59 324 1015
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Efficiency 2.2 The BABAR detector.
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2.2 The BABAR detector. 63 2.2.4 Th
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entries per mrad 2.2 The BABAR dete
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2.2 The BABAR detector. 67 entries
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2.2 The BABAR detector. 69 energies
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2.2 The BABAR detector. 71 The main
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Efficiency 2.2 The BABAR detector.
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2.2 The BABAR detector. 75 Table 2-
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3 Ã Ë reconstruction and efficien
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3.3 Studies on data 79 19.5° BINS
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3.3 Studies on data 81 ¯ off-reson
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3.3 Studies on data 83 0.504 0.502
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3.3 Studies on data 85 0.03 0.025 0
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3.3 Studies on data 87 0.504 0.502
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3.3 Studies on data 89 N(π + π -
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3.3 Studies on data 91 0.508 0.506
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3.3 Studies on data 93 Figure 3-13.
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3.3 Studies on data 95 0.508 0.506
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4 Strategy and Tools for Charmless
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4.2 Event selection 99 channel sele
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4.2 Event selection 101 ÀÐ �
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4.2 Event selection 103 Figure 4-2.
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4.3 Background fighting 105 Figure
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4.4 PID selection 107 In the case o
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4.4 PID selection 109 θ c Cut Effi
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4.5 Tracking Corrections 111 Ë�
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4.6 Analysis methods 113 Ñ�Ë si
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4.6 Analysis methods 115 Events/2.5
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4.6 Analysis methods 117 Figure 4-1
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4.6 Analysis methods 119 θ c radia
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5 Measurement of Branching Fraction
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5.2 Ã Ë reconstruction 123 1 0.8
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5.3 Analysis Strategy 125 0.35 0.3
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5.4 Background Suppression and PDF
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5.5 Maximum likelihood analysis 133
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5.6 Counting analysis 145 Table 5-1
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5.7 Determination of branching frac
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6 Measurement of Branching Fraction
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6.3 The maximum likelihood analysis
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Page 163 and 164: 6.4 Counting analysis 157 120 100 8
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Page 167 and 168: 6.6 Results on the Run1 data-set 16
Page 169 and 170: 6.7 Determination of the branching
Page 171 and 172: 7 Analysis of the time-dependent
Page 173 and 174: 7.3 Analysis strategy 167 Parameter
Page 175 and 176: 7.4 Data samples and event selectio
Page 177 and 178: 7.4 Data samples and event selectio
Page 179 and 180: 7.5 Background characterization 173
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Page 183 and 184: 7.7 The maximum likelihood analysis
Page 191 and 192: 7.8 Validation studies 185 Figure 7
Page 193 and 194: 7.8 Validation studies 187 100 75 5
Page 195 and 196: 7.8 Validation studies 189 Figure 7
Page 197 and 198: 7.8 Validation studies 191 Paramete
Page 199 and 200: 7.9 Results 193 Parameter Fit Resul
Page 201 and 202: 7.9 Results 195 Events/2 MeV/c 2 Ev
Page 203 and 204: 7.10 Systematic studies 197 Categor
Page 205 and 206: 7.11 Summary 199 �Ã� Ë��
Page 207 and 208: 7.11 Summary 201 �Ã� Ë��
Page 209 and 210: 7.11 Summary 203 Variation �Ã�
Page 211 and 212: BIBLIOGRAFIA 205 Bibliografia Chapt
Page 213: BIBLIOGRAFIA 207 [38] J. Charles, P
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