The Skyrme model predictions for the mass spectrum and the - mass splittings
arXiv:hep-ph/0404193 · doi:10.1103/PhysRevD.70.077504
Abstract
The -plet mass spectrum and the - mass splittings are computed in the framework of the minimal SU(3) extended Skyrme model. As functions of the Skyrme charge and the SU(3) symmetry breaking parameters the predictions are presented in tabular form. The predicted mass splitting - is the smallest among all SU(3) baryonic multiplets.
arXiv comment4 pages, 2 tables, version to appear in Phys. Rev. D
References in corpus (26)
- Evidence for Narrow S=+1 Baryon Resonance in Photo-production from Neutron
- Diquarks and Exotic Spectroscopy
- Exotic Anti-Decuplet of Baryons: Prediction from Chiral Solitons
- Observation of an Exotic Baryon in Exclusive Photoproduction from the Deuteron
- Observation of a baryon resonance with positive strangeness in K+ collisions with Xe nuclei
- Observation of an Exotic S = -2, Q = -2 Baryon Resonance in Proton-Proton Collisions at the CERN SPS
- Pentaquark hadrons from lattice QCD
- Understanding Pentaquark States in QCD
- Pentaquark in the Skyrme Model
- Chiral-Soliton Predictions for Exotic Baryons
- Radial excitations of low--lying baryons and the penta--quark
- Is Theta+(1540) a Kaon--Skyrmion Resonance?
- Baryons as Three Flavor Solitons
- Where are the missing members of the baryon antidecuplet?
- Exotic baryon states in topological soliton models
- in a chiral constituent quark model and its interpolating fields
- Systematics of Exotic Cascade Decays
- A study of pentaquark state in the chiral SU(3) quark model
- Baryon Exotics in the Quark Model, the Skyrme Model and QCD
- The theta^+ baryon in soliton models: large Nc QCD and the validity of rigid-rotor quantization
- The 27-plet Baryons from Chiral Soliton Models
- 1/N Expansion for Exotic Baryons
- Pentaquark States in {27} Baryon Multiplet from Chiral Soliton Model
- Skyrme model and nonleptonic hyperon decays
- Nonleptonic decays and the Skyrme model
- The exotic baryon mass spectrum and the decuplet-octet and antidecuplet-octet mass difference in the Skyrme model