On D-wave meson spectroscopy and the $K^{\ast }(1410)-K^{\ast }(1680)$ problem

Abstract

The mass spectrum of D-wave mesons is considered in a nonrelativistic constituent quark model. The results show a common mass degeneracy of the isovector and isodoublet states of the 1 ${}^3{D}_1$ and 1 ${}^3{D}_3$ nonets, and suggest therefore that the $K^{\ast }(1680)$ cannot be the I=1/2 member of the 1 ${}^3{D}_1$ nonet. They also suggest that the ${\eta }_2(1870),$ presently omitted form the Meson Summary Table, should be interpreted as the I=0 $s\bar{s}$ state of the 1 ${}^1{D}_2$ nonet.

11 pages, LaTeX

References in corpus (1)

• Towards resolution of the enigmas of P-wave meson spectroscopy

Cited by in corpus (7)

• Effective Functional Form of Regge Trajectories
• Constraint on axial-vector meson mixing angle from nonrelativistic constituent quark model
• Bohr-Sommerfeld quantization and meson spectroscopy
• Possible Assignment of Excited Light ${}^3{S}_1$ Vector Mesons
• P Wave Meson Spectrum in a Relativistic Model with Instanton Induced Interaction
• Mass spectra and decays of ground and orbitally excited $c\bar{b}$ states in non relativistic quark model
• Revisiting the assignment of $1^3{D}_1$ meson nonet