Systematic Study on QCD Interactions of Heavy Mesons with Meson
arXiv:0712.0429 · doi:10.1016/j.physletb.2007.11.074
Abstract
The strong interactions of the negative-parity heavy mesons with meson may be described consistently in the context of an effective lagrangian, which is invariant under isospin SU(2) transformation. Four coupling constants , , and enter the effective lagrangian, where denotes a pseudoscalar bottom or charm meson (the corresponding vector meson). Using QCD light cone sum rule (LCSR) method and, as inputs, the hadronic parameters updated recently, we give an estimate of and , about which little was known before, and present an improved result for and . Also, we examine the heavy quark asymptotic behavior of these nonperturbative quantities and assess the two low energy parameters and of the corresponding effective chiral lagrangian.
16 pages, 1 eps figure, version to appear in PLB
References in corpus (70)
- An effective field theory for collinear and soft gluons: heavy to light decays
- Soft-Collinear Factorization in Effective Field Theory
- QCD Factorization for Decays: Strong Phases and CP Violation in the Heavy Quark Limit
- QCD factorization for exclusive, non-leptonic B meson decays: General arguments and the case of heavy-light final states
- Summing Sudakov logarithms in B -> X_s + gamma in effective field theory
- Invariant Operators in Collinear Effective Theory
- Phenomenology of Heavy Meson Chiral Lagrangians
- New Results on B->pi, K, eta Decay Formfactors from Light-Cone Sum Rules
- Soft-collinear effective theory and heavy-to-light currents beyond leading power
- B_{d,s}->rho, omega, K*, phi Decay Form Factors from Light-Cone Sum Rules Revisited
- Higher Twist Distribution Amplitudes of Vector Mesons in QCD: Formalism and Twist Three Distributions
- Final State Interactions in Hadronic B Decays
- and couplings in QCD
- Exclusive Semileptonic and Rare B-Meson Decays in QCD
- B->pi and B->K Transitions from QCD Sum Rules on the Light-Cone
- The Meson Light-Cone Distribution Amplitudes of Leading Twist Revisited
- Higher Twist Distribution Amplitudes of Vector Mesons in QCD: Twist-4 Distributions and Meson Mass Corrections
- Charming penguins in B => K* pi, K (rho,omega,phi) decays
- Exclusive Radiative B-Decays in the Light-Cone QCD Sum Rule Approach
- B->V gamma Beyond QCD Factorisation
- QCD Calculation of the Form Factors
- Twist-3 Distribution Amplitudes of K* and phi Mesons
- Predictions on , and from QCD Light-Cone Sum Rules
- Use and Misuse of QCD Sum Rules in Heavy-to-light Transitions: the Decay Reexamined
- Systematics of soft final state interactions in decay
- Twist-4 Distribution Amplitudes of the K and Mesons in QCD
- Radiative Corrections to the Decay and the Heavy Quark Limit
- On the SU(3) Symmetry-Breaking Corrections to Meson Distribution Amplitudes
- Perturbative QCD Correction to the Transition Form Factor
- SU(3) Breaking of Leading--Twist K and K* Distribution Amplitudes - a Reprise
- Rates for the reactions antiproton-proton --> pi phi and gamma phi
- Final State Interactions and New Physics in B -> pi K Decays
- Improved Analysis of B->pi e nu from QCD Sum Rules on the Light-Cone
- |V_td/V_ts| from B-> V gamma
- Strong coupling of excited heavy mesons
- On the coupling of heavy mesons to pions in QCD
- SU(3) Breaking in K and K* Distribution Amplitudes
- Perturbative QCD Correction to the Light-Cone Sum Rule for the and Couplings
- B->eta(') Form Factors in QCD
- Rare B -> K^* l^+ l^- Decay in Light Cone QCD
- Improved approach to the heavy-to-light form factors in the light-cone QCD sum
- Final State Interaction In Decays
- Final state interaction phase in B decays
- Operator Relations for SU(3) Breaking Contributions to K and K* Distribution Amplitudes
- Power Counting in the Soft-Collinear Effective Theory
- couplings and $D^*\rar Dπ(γ) $-decays within a -expansion in QCD
- Testing QCD Sum Rules on the Light-Cone in D->(pi,K) l nu Decays
- The Scalar and Form Factors in QCD
- Penguins, Trees and Final State Interactions in B Decays in Broken SU3
- Models for Light-Cone Meson Distribution Amplitudes
- Significance of Single Pion Exchange Inelastic Final State Interaction for D->VP Processes
- Final State Interaction Phases in Decay Amplitudes
- Final State Interactions in
- Nonfactorizable corrections to B -> J/psi K
- Indication for Large Rescatterings in Charmless Rare B Decays
- decays with Final State Interactions
- Strong Couplings of Heavy Mesons to A Light Vector Meson in QCD
- Soft Gluon Suppression of Contributions in Color Suppressed Heavy Meson Decays
- Form Factor for in Light-Cone Sum Rules With Chiral Current Correlator
- Gluonic Penguins in from QCD Light-Cone Sum Rules
- FINAL STATE INTERACTIONS OF DECAYS
- A New Estimate of In The Light-Cone QCD Sum Rule
- The final-state interaction phases of the two-body B decay: The bounds from the updated data
- The Form Factor in The Whole Kinematically Accessible Range
- Final State Interactions in and Decays
- Heavy Meson Hyperfine Splitting: A Complete Calculation
- The Strong Coupling Constants of Excited Positive Parity Heavy Mesons in Light Cone QCD
- Long-range two-body final-state interactions and direct CP asymmetry in {B}^{+}\toπ^{+} {K}^{0} decay
- Soft Nonfactorizable Contribution to \bar{B}^0 \to D^0π^0
- Decays with Corrections in Factorization
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- Hidden beauty baryon states in the local hidden gauge approach with heavy quark spin symmetry
- Probing the nature of Z_c states via the eta_c rho decay
- Strong decay of the heavy tensor mesons with QCD sum rules
- vertex from QCD sum rules
- Light vector meson and heavy baryon strong interaction
- Analysis of hadronic coupling constants , , and with QCD sum rules
- The strong vertices of charmed mesons , and charmonia ,
- The Vector Meson And Heavy Meson Strong Interaction
- Strong and Electromagnetic Decays of The -wave Heavy Mesons
- and strong couplings in light-cone sum rules
- The strong vertices of bottom mesons , and bottomonia ,
- An improved calculation of the and couplings from light-cone sum rules