Decays: A Catalogue to Compare, Constrain, and Correlate New Physics Effects
arXiv:1805.08222 · doi:10.1140/epjc/s10052-019-6767-7
Abstract
In this article, we have predicted the standard model (SM) values of the asymmetric and angular observables in decays, using the results of the new up-to-date analysis in . We have also revisited the SM prediction of the inclusive ratio , and have given its values in different schemes of the charm quark mass. This is the first analysis which includes all the known corrections in the SM. In addition, we have analysed the decay modes in a model-independent framework of effective field theory beyond the standard model. Considering all the possible combinations of the effective operators in decays and using the Akaike Information Criterion, we find out the scenarios which can best explain the available data on these channels. In the selected scenarios, best-fit values and correlations of the new parameters are extracted. Using these results, predictions are made on various observables in the exclusive and inclusive semitaunic decays. The graphical correlations between these observables are shown, which are found to be useful in discriminating various new physics scenarios.
arXiv comment22 pages and 7 captioned figures. New section with plots and several corrections added. Version submitted to EPJC
References in corpus (59)
- Measurement of an Excess of B -> D(*) Tau Nu Decays and Implications for Charged Higgs Bosons
- Measurement of the branching ratio of relative to decays with hadronic tagging at Belle
- The three loop relation between the \bar {MS} and the pole quark masses
- B-physics anomalies: a guide to combined explanations
- Sample Size Planning for Classification Models
- Measurement of the lepton polarization and in the decay
- On the B to D* tau nu Sensitivity to New Physics
- Dispersive Bounds on the Shape of B -> D^(*) l nu Form Factors
- Model-independent description of decays and a determination of
- Charm and Bottom Quark Masses: an Update
- Combined analysis of semileptonic decays to and : , , and new physics
- The form factors at nonzero recoil and from -flavor lattice QCD
- Flavor models for
- The lifetime of the meson and the anomalies in
- Revisiting
- Exclusive semileptonic and nonleptonic decays of the Bc meson
- , , and the Heavy Quark Symmetry relations between form factors
- and form factors from lattice QCD with relativistic heavy quarks
- Scalar contributions to transitions
- Renormalization-group evolution of new physics contributions to (semi)leptonic meson decays
- Extraction of from and the Standard Model predictions of
- Weak decays of the B_c meson to charmonium and D mesons in the relativistic quark model
- anomaly: A possible hint for natural supersymmetry with -parity violation
- A fresh look at the determination of |V_cb| from B-> D^* l nu
- Precision determination of the CKM element Vcb
- Study of exclusive semileptonic and nonleptonic decays of in a nonrelativistic quark model
- Covariant Light-Front Approach for transition form factors
- Form Factors and Strong Couplings of Heavy Baryons from QCD Light-Cone Sum Rules
- New Physics effect on in relation to the anomaly
- Heavy Quark Expansion for the Inclusive Decay
- Constraint on the branching ratio of B_c \to tau nu from LEP1 and consequences for R(D(*)) anomaly
- Up-, down-, strange-, charm-, and bottom-quark masses from four-flavor lattice QCD
- Imprecated, yet Impeccable: On the Theoretical Evaluation of Gamma(B -> X_c \ell ν)
- Semileptonic decays in the perturbative QCD approach
- Phenomenology of using lattice QCD calculations
- Prospects for the Bc Studies at LHCb
- Model-Independent Extraction of from
- Semileptonic Decays of Heavy Lambda Baryons in a Quark Model
- The B_c Meson Lifetime in the Light--Front Constituent Quark Model
- Global Effective-Field-Theory analysis of New-Physics effects in (semi)leptonic kaon decays
- Diquarks and Λ_{b}\toΛ_c weak decays
- Radiative corrections to $b\to cτ\batν_τ$
- Form Factors and Decay Rates for Heavy Semileptonic Decays from QCD Sum Rules
- Probing new physics in using the longitudinal, transverse, and normal polarization components of the tau lepton
- Anatomy of anomalies
- transition form factors from QCD light-cone sum rules
- Optimal-observable analysis of possible new physics in
- Second order QCD corrections to inclusive semileptonic b \to Xc l \bar ν_l decays with massless and massive lepton
- Looking for possible new physics in in light of recent data
- Tensions and correlations in determinations
- Light-cone QCD sum rules for the semileptonic decay Lambda_b --> p lepton anti-neutrino
- Inclusive Semitauonic Decays to Order
- Semileptonic to Nucleon Transitions in Full QCD at Light Cone
- Decay in QCD sum rules
- QCD Sum Rules Calculation of Heavy Semileptonic Decay
- New physics in inclusive decay in light of measurements
- Isgur-Wise form factors of heavy baryons within a light-front constituent quark model
- anomalies in light of extended scalar sectors
- Unified resolution of the and anomalies and the lepton flavor violating decay
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- The puzzle: an update
- Global fit to transitions
- Addressing , , muon and ANITA anomalies in a minimal -parity violating supersymmetric framework
- Revisiting the new-physics interpretation of the data
- Challenges in Semileptonic B Decays
- Addressing the anomalies with an leptoquark from grand unification
- and using lattice QCD and unitarity
- Charged current anomalies in a general boson scenario
- Investigation of Effects of New Physics in Decay
- Impact of measurement on New Physics in transitions
- Precise limits on the charge- vector leptoquark
- New physics in decays with complex Wilson coefficients
- Das ist der HAMMER: Consistent new physics interpretations of semileptonic decays
- Semileptonic decays in the "PQCD + Lattice" approach
- Global fit to anomalies as of Spring 2024
- Exhaustive Model Selection in Decays: Pitting Cross-Validation against AIC
- Maximizing the Impact of New Physics in Anomalies
- Investigation of Effects of New Physics in Transitions
- Likelihood analysis of the flavour anomalies and in the general two Higgs doublet model
- Model-independent method for measuring the angular coefficients of decays
- Precision Model-Independent Bounds from Global Analysis of Form Factors
- Semileptonic decays in the PQCD approach with the lattice QCD input
- Collider signature of Leptoquark and constraints from observables
- Probing flavor constrained SMEFT operators through production at the Muon collider
- The role of right-handed neutrinos in from visible final-state kinematics
- Anomalies in B mesons decays: A phenomenological approach
- New physics and the tau polarization vector in decays
- Signatures of complex new physics in transitions
- On sum rules for semi-leptonic and decays
- , and semileptonic decays including new physics
- Measurement of the longitudinal polarization in decays
- Relativistic calculations of , , and
- New physics effects on decays
- Clustering of kinematic distributions with ClusterKinG
- The fate of vector leptoquarks: the impact of future flavour data
- Probing intractable beyond-standard-model parameter spaces armed with Machine Learning
- Analyzing the semileptonic and nonleptonic decays
- Investigating the effect of vector leptoquark on mediated decays
- A unique discrimination between new physics scenarios in anomalies
- Relations between Decay Modes in Scalar Models
- Impact of measurements on decay in leptoquark model
- An Imperative study of the angular observables in decay and probing the footprint of new physics
- Visible energy and angular distributions of the charged particle from the decay in reactions
- Study of angular observables in exclusive semileptonic decays