This is the WEB page summarizing the blessed results on the B0 oscillation frequency measurement using a combination of b flavor taggers. Results were blessed in the B Physics Meeting on Thursday August 5, 2004.

Old complete version of the Same -Side Tagging (SST) results: html, ps

Complete version of the combined and Opposite-Side Tagging (OST) results : html, ps
 

• Mass distributions:
• D mass distribution for B --> l D+ X candidates
• D mass distribution for B --> l D* X candidates
• D mass distribution for B --> l D0 X candidates, without D* removal
• D mass distribution for B --> l D0 X candidates, with D* removal

• Plots to understand the sample composition issue:
• The state diagram for all possible B --> l D(*) transitions
• A schematic representation of a B --> l D** X decay

• Tagging on pi** tracks:
• The ct dependence of tagging on pi** tracks, with a cut on the impact parameter significance of the tracks
• The ct dependence of tagging on pi** tracks, without a cut on the impact parameter significance of the tracks
• R** determination for B --> l D0 X decays

• K-factor distributions:
• The K-factor distribution for B -> l D+ nu decays
• The K-factor distribution for B -> l D* nu decays
• The K-factor distribution for B -> l D0 nu decays

• Toy Monte Carlo Pulls:
• Pulls of the oscillation frequency
• Pulls of the SST dilution on B0 decays
• Pulls of the SST dilution on B+ decays
• Pulls of the SMT dilution
• Pulls of the JQT-SecVtx dilution
• Pulls of the JQT-High Pt dilution
• Pulls of the soft pion reconstruction efficiency
• Pulls of the xi parameter

• Fit asymmetry results using only SST:
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates with SST
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates with SST
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates with SST
• Fit asymmetry results using only OST:
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates with SMT
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates with SMT
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates with SMT
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates with JQT-SecVtx
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates with JQT-SecVtx
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates with JQT-SecVtx
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates with JQT-High Pt
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates with JQT-High Pt
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates with JQT-High Pt
 
• Fit asymmetry results using SST and OST:
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates when candidates are tagged only with SST
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates when candidates are tagged only with SST
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates when candidates are tagged only with SST
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates, when candidates are tagged only with SMT
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates, when candidates are tagged only with SMT
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates, when candidates are tagged only with SMT
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates, when candidates are tagged only with JQT-SecVtx
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates, when candidates are tagged only with JQT-SecVtx
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates, when candidates are tagged only with JQT-SecVtx
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates, when candidates are tagged only with JQT-High Pt
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates, when candidates are tagged only with JQT-High Pt
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates, when candidates are tagged only with JQT-High Pt
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates when candidates are tagged only with both SST and SMT, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates when candidates are tagged only with both SST and SMT, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates when candidates are tagged only with both SST and SMT, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates when candidates are tagged only with both SST and SMT, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates when candidates are tagged only with both SST and SMT, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates when candidates are tagged only with both SST and SMT, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates when candidates are tagged only with both SST and JQT-SecVtx, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates when candidates are tagged only with both SST and JQT-SecVtx, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates when candidates are tagged only with both SST and JQT-SecVtx, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates when candidates are tagged only with both SST and JQT-SecVtx, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates when candidates are tagged only with both SST and JQT-SecVtx, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates when candidates are tagged only with both SST and JQT-SecVtx, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates when candidates are tagged only with both SST and JQT-High Pt, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates when candidates are tagged only with both SST and JQT-High Pt, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates when candidates are tagged only with both SST and JQT-High Pt, and the tagging decisions agree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D+ X candidates when candidates are tagged only with both SST and JQT-High Pt, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D* X candidates when candidates are tagged only with both SST and JQT-High Pt, and the tagging decisions disagree
• Plots of the measured asymmetries with the fit result superimposed for B --> l D0 X candidates when candidates are tagged only with both SST and JQT-High Pt, and the tagging decisions disagree