Probing New Physics with and
arXiv:1906.07068 · doi:10.1103/PhysRevD.100.075037
Abstract
The meson semileptonic modes to and are useful to pin down possible non Standard Model effects. The 4d differential and decay distributions are computed in SM and in extensions involving new Lepton Flavour Universality violating semileptonic operators. The Large Energy limit for the light meson is also considered for both modes. The new effective couplings are constrained using the available data, and several observables in in which NP effects can be better identified are selected, using the angular coefficient functions. The complementary role of and is discussed.
LaTeX, 39 pages, 21 figures. Discussion of the mode extended. References added
References in corpus (41)
- FLAG Review 2019
- On the B to D* tau nu Sensitivity to New Physics
- Search for lepton-universality violation in decays
- Measurement of the branching ratio of relative to decays with a semileptonic tagging method
- Test of Lepton Flavor Universality by the measurement of the branching fraction using three-prong decays
- Measurement of the ratio of branching fractions /
- Measurement of and with a semileptonic tagging method
- Measurement of the lepton polarization and in the decay with one-prong hadronic decays at Belle
- Review of Lepton Universality tests in B decays
- Form Factors from Light-Cone Sum Rules with B-Meson Distribution Amplitudes
- Extraction of from and the Standard Model predictions of
- Test of lepton-flavor universality in decays at Belle
- The puzzle: an update
- New Physics effect on in relation to the anomaly
- Impact of polarization observables and on new physics explanations of the anomaly
- Can the differences in the determinations of and be explained by New Physics?
- Measurement of the CKM Matrix Element from at Belle
- Addendum to "Impact of polarization observables and on new physics explanations of the anomaly"
- Constraining new physics in transitions
- Narrow-width approximation accuracy
- Implications of new physics in the decays
- New Physics in the Visible Final States of
- Measurement of and with a semileptonic tagging method
- Hadronic charmless B decays B-> AP
- Decoding (Pseudo)-Scalar Operators in Leptonic and Semileptonic Decays
- Charged Higgs on and
- SCET sum rules for B->P and B->V transition form factors
- Left-right mixing on leptonic and semileptonic decays
- Extrapolation and unitarity bounds for the form factor
- Extraction of form Factors from a Four-Dimensional Angular Analysis of
- Tension in the inclusive versus exclusive determinations of : a possible role of new physics
- Semileptonic and decays involving scalar and axial-vector mesons
- New ways to search for right-handed current in B -> rho ell nu decay
- Timelike-helicity form factor from light-cone sum rules with dipion distribution amplitudes
- Search for Decays at the Belle Experiment
- Analysis of the form-factors with light-cone QCD sum rules
- Measurement of Branching Fraction and First Evidence of CP Violation in B0 --> a1+-(1260) pi-+ Decays
- Charged Higgs boson contribution to and in a generic two-Higgs doublet model
- Semileptonic decays via the light-cone sum rules with -meson distribution amplitudes
- Model independent investigation of rare semileptonic b \to u l \barν_l decay processes
- Scrutinizing and in search of new physics footprints
Cited by in corpus (14)
- 50 Years of Quantum Chromodynamics
- Testing Leptoquark/EFT in at the LHC
- Inclusive semileptonic decays in the Standard Model and beyond
- and in and beyond the Standard Model: Improved predictions and
- Role of in the Standard Model and in the search for BSM signals
- Implication of flavor anomalies on decay observables
- New physics footprints in the angular distribution of decays
- resonance form factors from in lattice QCD
- Investigating the effect of vector leptoquark on mediated decays
- Study of the axial-vector and tensor resonant contributions to the decays based on SU(3) flavor analysis
- Angular analysis of decay and new physics
- Exploring the role of new physics in decays
- Flavor SU(3) analysis of the charmless semileptonic decays
- Probing New Physics with heavy hadron decays