Mass Formula for Light Nonstrange Mesons and Regge Trajectories in Quark Model

Abstract

We study the Regge-like spectra of light mesons in a relativized quark model. An analytical mass formula is presented for the light unflavored mesons with the help of auxiliary field method, by which a quasi-linear Regge-Chew-Frautschi plot is predicted for the orbitally excited states. We show that the trajectory slope is proportional to the inverse confining parameter $1/a$ up to a factor depending on the strong coupling ${\alpha }_s$ when the orbital quantum number $L$ is large. The result is tested against the experimental data of the spectra of the meson families $\pi /b$,$\rho /a$,$\eta /h$ and $\omega /f$ in the ($L$,$M^2$) planes, with the fitted parameters consistent with that in the literatures.

arXiv comment17 pages, 1 figures; A column of numerical calculation added in Table 3(4 in V2);Second paragraph in section 3 removed;Some typos corrected and expressions refined

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• Electromagnetic couplings of radially excited light vector mesons from QCD sum rules
• Exact relativistic Green's functions for the time-independent potentials
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• Transition form factors for $D/B$ to $a_0(980)$ from light-cone QCD sum rules