Charm Meson Mixing: An Experimental Review
arXiv:1209.5806 · doi:10.1142/S0217751X12300190
Abstract
We review current experimental results on charm mixing and CP violation. We survey experimental techniques, including time-dependent, time-independent, and quantum-correlated measurements. We review techniques that use a slow pion tag from D*+ --> pi+ D0 + c.c. decays and those that do not, and cover two-body and multi-body D0 decay modes. We provide a summary of D-mixing results to date and comment on future experimental prospects at the LHC and other new or planned facilities.
arXiv comment53 pages, 29 figures, 8 tables
References in corpus (49)
- sPlot: a statistical tool to unfold data distributions
- New Physics and CP Violation in Singly Cabibbo Suppressed D Decays
- Evidence for D0-anti-D0 Mixing
- Implications of D^0-\bar D^0 Mixing for New Physics
- SU(3) Breaking and D0-D0bar Mixing
- Nonleptonic weak decays of charmed mesons
- The mass difference from a dispersion relation
- D^0 - D^0-bar Oscillations as a Probe of Quark-Hadron Duality
- Dalitz Analysis of the Decay
- Measurement of D0-D0bar mixing in D0->Ks pi+ pi- decays
- Evidence for D0-D0bar mixing using the CDF II Detector
- Measurement of D0-antiD0 mixing parameters using D0 -> K0S pi+ pi- and D0 -> KS0 K+ K- decays
- - Mixing in Heavy Quark Effective Field Theory
- Lessons from CLEO and FOCUS Measurements of D0-anti-D0 Mixing Parameters
- Search for D0-D0B Mixing
- A measurement of lifetime differences in the neutral D-meson system
- D\bar{D}$ Mixing in Heavy Quark Effective Field Theory: The Sequel
- Improved Constraints on D0-D0bar Mixing in D0 -> K+ pi- Decays from the Belle Detector
- Measuring Mixing and Relative Strong Phases at a Charm Factory
- On Indirect CP Violation and Implications for D0-\overline{D0} and Bs -\overline{Bs} mixing
- Time-Independent Measurements of D0-D0bar Mixing and Relative Strong Phases Using Quantum Correlations
- Search for D^0 - barD^0 Mixing in the Dalitz Plot Analysis of D^0 --> K_S^0 pi^+ pi^-
- Lifetime Differences, direct CP Violation and Partial Widths in D0 Meson Decays to K+K- and pi+pi-
- Measurements of Lifetimes and a Limit on the Lifetime Difference in the Neutral D-Meson System
- Search for D0 - D0_bar Mixing in Semileptonic Decay Modes
- Determination of the D0 -> K+pi- Relative Strong Phase Using Quantum-Correlated Measurements in e+e- -> D0 D0bar at CLEO
- Measurement of D0-anti-D0 Mixing using the Ratio of Lifetimes for the Decays D0 --> K-pi+, K-K+, and pi-pi+
- Measurement of D0-D0bar Mixing using the Ratio of Lifetimes for the Decays D0->K-pi+ and K+K-
- Measurement of D0-D0bar mixing from a time-dependent amplitude analysis of D0 -> K+ pi- pi0 decays
- A search for D0-D0bar mixing and doubly-Cabibbo-suppressed decays of the D0 in hadronic final states
- Absolute Branching Fraction Measurements of Exclusive D^0 Semileptonic Decays
- Short Distance Analysis of D^0-anti-D^0 Mixing
- Charm mixing in the Standard Model and beyond
- Search for D0D0bar Mixing and a Measurement of the Doubly Cabibbo-suppressed Decay Rate in D0 -> K pi Decays
- Comparison of D --> K_s^0 pi and D --> K_L^0 pi Decay Rates
- Search for Mixing Using Doubly Flavor Tagged Semileptonic Decay Modes
- On dipenguin contribution to D^0 - \bar D^0 mixing
- Limits on Neutral D Mixing in Semileptonic Decays
- Improved search for D^0 mixing using semileptonic decays at Belle
- Measurement of the doubly Cabibbo suppressed decay and a search for charm mixing
- Determination of the Strong Phase in D0 -> K+pi- Using Quantum-Correlated Measurements
- Measurement of the wrong-sign decays D0 -> K+ pi- pi0 and D0 -> K+ pi- pi+ pi-, and search for CP violation
- Rate Measurement of and Constraints on Mixing
- Search for D0-D0bar Mixing Using Semileptonic Decay Modes
- Hunting for CP violation with untagged charm decays
- Measurement of in meson decays to the final state
- Search for D0--anti-D0 Mixing and Branching-Ratio Measurement in the Decay D0 --> K+ pi- pi0
- Simultaneous Least Squares Treatment of Statistical and Systematic Uncertainties
- Evidence for the Decay