distributions in Standard Model at large recoil
arXiv:1812.11803 · doi:10.1103/PhysRevD.99.093012
Abstract
We study the rare decay in the Standard Model and beyond. Working in the transversity basis, we exploit the relations between the heavy-to-light form factors in the limit of heavy quark () and large energy () of the meson. This allows us to construct observables where at leading order in and the form factor dependence involving the transitions cancels. Higher order corrections are systematically incorporated in the numerical analysis. In the Standard Model the decay has a sizable branching ratio and therefore a large number of events can be expected at LHCb. Going beyond the Standard Model, we explore the implications of the global fit to presently available data on the observables.
References in corpus (46)
- Test of lepton universality using decays
- Test of lepton universality with decays
- Symmetries and Asymmetries of B -> K* mu+ mu- Decays in the Standard Model and Beyond
- Measurement of form-factor independent observables in the decay
- Systematic approach to exclusive B ->V l^+l^-, V gamma decays
- Angular analysis of the decay using $3\,\mbox{fb}^{-1}$ of integrated luminosity
- On the Standard Model predictions for and
- Understanding the B->K*mu+mu- Anomaly
- Global analysis of anomalies
- Patterns of New Physics in transitions in the light of recent data
- Flavour anomalies after the measurement
- Angular analysis and differential branching fraction of the decay
- Optimizing the basis of B->K*ll observables in the full kinematic range
- New physics in transitions after LHC run 1
- Heavy-to-Light Form Factors in the Final Hadron Large Energy Limit of QCD
- Implications from clean observables for the binned analysis of B -> K*ll at large recoil
- Exclusive radiative and electroweak b->d and b->s penguin decays at NLO
- Comprehensive Bayesian Analysis of Rare (Semi)leptonic and Radiative B Decays
- Complete Anatomy of B -> K*ll and its angular distribution
- and beyond the Standard Model
- On the anomalies in the latest LHCb data
- Angular analysis of decays in collisions at TeV with the ATLAS detector
- Measurement of angular parameters from the decay in proton-proton collisions at 8 TeV
- Calculation of two-loop virtual corrections to b --> s l+ l- in the standard model
- form factors, differential branching fraction, and angular observables from lattice QCD with relativistic quarks
- Constraints on new physics from radiative decays
- On the LHCb anomaly in B -> K* l+ l-
- Generalised helicity formalism, higher moments and the angular distributions
- New physics reach of the decay mode
- B to tensor meson form factors in the perturbative QCD approach
- Two-parton Light-cone Distribution Amplitudes of Tensor Mesons
- Analysis of in the higher kaon resonance region
- Radiative B Meson Decays into K pi gamma and K pi pi gamma Final States
- Observing the Odderon: Tensor Meson Photoproduction
- B to Light Tensor Meson Form Factors Derived from Light-Cone Sum Rules
- Branching ratios, forward-backward asymmetries and angular distributions of in the standard model and new physics scenarios
- Measurement of Branching Fractions for B0 ->K*2(1430)0 gamma and B+ -> K*2(1430)+ gamma
- Measurement of the B0 -> K2*(1430)0 gamma and B+ -> K2*(1430)+ gamma branching fractions
- Radiative and Semileptonic B Decays Involving the Tensor Meson K_2^*(1430) in the Standard Model and Beyond
- Radiative and Semileptonic B Decays Involving Higher K-Resonances in the Final States
- Differential branching fraction and angular moments analysis of the decay in the region
- Analysis of the decay
- Analysis of the form-factors with light-cone QCD sum rules
- (B -> K_2 l^+ l^-) decay beyond the Standard Model
- Analysis of the decay
- Complementarity of Semileptonic to and Decays in the Standard Model with Fourth Generation
Cited by in corpus (8)
- Model independent analysis of New Physics effects on decay observables
- The time-dependent angular analysis of , a new benchmark for new physics
- Angular analysis of decays as a probe to lepton flavor universality violation
- Footprints of New Physics in the angular distribution of decays
- Implications of light on semileptonic decays at large recoil
- Exploring New Physics in transition through different observables
- Investigating New Physics through the Observables of Semileptonic Decay
- Lepton Flavor Violating Decays