Theoretical and experimental status of rare charm decays
arXiv:2011.09478 · doi:10.1142/S0217732321300020
Abstract
Rare charm decays offer the unique possibility to explore flavour-changing neutral-currents in the up-sector within the Standard Model and beyond. Due to the lack of effective methods to reliably describe its low energy dynamics, rare charm decays have been considered as less promising for long. However, this lack does not exclude the possibility to perform promising searches for New Physics per se, but a different philosophy of work is required. Exact or approximate symmetries of the Standard Model allow to construct clean null-test observables, yielding an excellent road to the discovery of New Physics, complementing the existing studies in the down-sector. In this review, we summarize the theoretical and experimental status of rare charm transitions, as well as opportunities for current and future experiments such as LHCb, Belle II, BES III, the FCC-ee and proposed tau-charm factories. We also use the most recent experimental results to report updated limits on lepton-flavour conserving and lepton-flavour violating Wilson coefficients.
35 pages, 6 charming figures, 10 tables
References in corpus (20)
- Unparticle Physics
- Another Odd Thing About Unparticle Physics
- Angular Distributions of B -> K ll Decays
- Observation of violation in charm decays
- Leptoquark Flavor Patterns & B Decay Anomalies
- Transition Form Factors and Decay Rates with Extraction of the CKM parameters , ,
- Revisiting CP violation in and decays
- Some Phenomenologies of Unparticle Physics
- Direct CP asymmetry in and in QCD-based approach
- On Breaking through Final State Interactions and CP Asymmetries in Decays
- Shedding light on CP violation in the charm system via D to V gamma decays
- Updated constraints on new physics in rare charm decays
- Resonance catalyzed CP asymmetries in D -> P l+ l-
- Observation of meson decays to and final states
- Leptoquarks in FCNC charm decays
- Decays and in the MSSM with and without R-parity
- Testing the standard model with decays
- Search for heavy Majorana neutrino in lepton number violating decays of D-> K pi e+ e+
- Search for baryon and lepton number violating decays and
- Search for lepton-flavor violating decays