Mechanism for a next-to-lowest lying scalar meson nonet
arXiv:hep-ph/9907516 · doi:10.1103/PhysRevD.61.074001
Abstract
Recent work suggests the existence of a non-conventional lowest-lying scalar nonet containing the a0(980). Then the a0(1450) and also the K0*(1430) are likely candidates to belong to a conventional p-wave nonet. However a comparison of their properties with those expected on this basis reveals a number of puzzling features. It is pointed out that these puzzles can be resolved in a natural and robust way by assuming a ``bare'' conventional p-wave scalar nonet to mix with a lighter four quark scalar nonet to form new ``physical'' states. The essential mechanism is driven by the fact that the isospinor is lighter than the isovector in the unmixed multiplet.
22 pages, 6 figures
References in corpus (3)
Cited by in corpus (91)
- Exotics: Heavy Pentaquarks and Tetraquarks
- Constituent quark model study of the meson spectra
- From controversy to precision on the sigma meson: a review on the status of the non-ordinary resonance
- Mass spectra and Regge trajectories of light mesons in the relativistic quark model
- A Theory of Scalar Mesons
- Meson vacuum phenomenology in a three-flavor linear sigma model with (axial-)vector mesons
- Toy model for two chiral nonets
- Scalar Glueball, Scalar Quarkonia, and their Mixing
- Unitarized pseudoscalar meson scattering amplitudes in three flavor linear sigma models
- Comprehensive Amplitude Analysis of and below 1.5 GeV
- Global aspects of the scalar meson puzzle
- Note on a sigma model connection with instanton dynamics
- A chiral model for bar{q}q and bar{q}bar{q}qq$ mesons
- Properties of the light scalar mesons face the experimental data on the decay and the scattering
- Isosinglet Scalar Mesons Below 2 GeV and the Scalar Glueball Mass
- Vector Meson Dominance Model for Radiative Decays Involving Light Scalar Mesons
- Effects of staggered fermions and mixed actions on the scalar correlator
- Nature of the light scalar mesons
- Matching Regge Theory to the OPE
- There is no
- Mass Uncertainties of f0(600) and f0(1370) and their Effects on Determination of the Quark and Glueball Admixtures of the I=0 Scalar Mesons
- Mass spectra of four quark states in hidden charm sector
- Re-analysis of data on a0(1450) and a0(980)
- Two chiral nonet model with massless quarks
- A lattice study of light scalar tetraquarks
- Chiral matrix model of the semi-Quark Gluon Plasma in QCD
- Charm and hidden charm scalar mesons in the nuclear medium
- Holographic Techni-dilaton
- Revisiting Scalar Glueballs
- Study of and from and Decays
- Mixing among light scalar mesons and L=1 q\bar{q} scalar mesons
- Phenomenology of charmed mesons in the extended Linear Sigma Model
- Large Nc and Chiral Dynamics
- Mass spectrum and strong decays of strangeonium in a constituent quark model
- The analytical scattering amplitude and the light scalars
- Effects to Scalar Meson Decays of Strong Mixing between Low and High Mass Scalar Mesons
- Positive Parity Scalar Mesons in the 1-2 GeV Mass Range
- Model for light scalars in QCD
- Tomography of exotic hadrons in high-energy exclusive processes
- Determination of mixing angle through decays
- Chiral Nonet Mixing in pi pi Scattering
- Gaussian Sum-Rules and Prediction of Resonance Properties
- Chiral approach to phi radiative decays
- Near Mass Degeneracy in the Scalar Meson Sector: Implications for and Mesons
- Gauged linear sigma model and pion-pion scattering
- Analytical scattering amplitude and the light scalars-II
- Studying Kaon-pion S-wave scattering in K-matrix formalism
- Alternative Large Nc Schemes and Chiral Dynamics
- Effects of light scalar mesons in decay
- The role of the next-to-leading order triangle-shaped diagram in two-body hadronic decays
- U_A(1) symmetry breaking, scalar mesons and the nucleon spin problem in an effective chiral field theory
- Tetraquark mixing framework for isoscalar resonances in light mesons
- Chiral Nonet Mixing in Decay
- Scalar-involved three-point Green functions and their phenomenology
- Semi-leptonic (1968) decays as a scalar meson probe
- Further signatures to support the tetraquark mixing framework for the two light-meson nonets
- Possible signatures for tetraquarks from the decays of ,
- On the role of meson loops in the decay into
- Are three flavors special?
- A new method to study the number of colors in the final-state interactions of hadrons
- Spin-1 diquark contributing to the formation of tetraquarks in light mesons
- Probing the substructure of
- A note on large N scalar QCD_2
- How tetraquarks can generate a second chiral phase transition
- Radiative Decays Involving and and Mixing Between Low and High Mass Scalar Mesons
- Proximity of and to the scalar glueball
- Meson and tetra-quark mixing
- Effect of sigma meson on the decay
- QCD quark cyclobutadiene and light tetraquark spectrum
- Structure of scalar mesons and the Higgs sector of strong interaction
- Mixing among lowest-lying scalar mesons and scalar glueball
- The Isoscalar Mesons and Exotic States in Light Front Holographic QCD
- Comparing the Higgs Sector of Electroweak Theory with the Scalar Sector of Low Energy QCD
- Semileptonic transitions with the light-cone sum rules
- Chiral Nonet Mixing in Scattering
- Probing scalar mesons in semi-leptonic decays of , and
- Electromagnetic trace anomaly in a generalized linear sigma model
- Connections between chiral Lagrangians and QCD sum-rules
- A chiral qbarqbarqq nonet?
- Tetraquark mixing supported by the partial decay widths of two light-meson nonets
- Sum rule for the partial decay rates of bottom hadrons based on the dynamical supersymmetry of the quark and the diquark
- ϕ\toπ^0ηγand ϕ\toπ^0π^0γdecays and Mixing Between Low and High Mass Scalar Mesons
- Exploration of a physical picture for the QCD scalar channel
- Excitation spectra of heavy baryons in diquark models
- Two-body decay widths of lowest lying and next-to-lowest lying scalar and pseudoscalar mesons in generalized linear sigma model
- Dynamical generation of hadronic resonances
- Vector and Scalar Mesons' Mixing from QCD Sum Rules
- Nature of
- Baryon octet and decuplet phenomenology in a three-flavor extended linear sigma model
- Possible candidate of 0^+ s\bar{s}s\bar{s} state
- Strengthening the Bridge Between Chiral Lagrangians and QCD Sum-Rules