摘要
We investigate light meson mass spectra with massive u, d, and s quarks and with a spin effect under a bound system in 3 + 1 dimensional QCD by using the first order perturbation correction. In the process of determining charged kaon and neutral kaonmasses, we obtain masses of u, d, and s quarks that are slightly smaller than the currently accepted values. Using these masses, we obtain light meson mass spectra that includes mass splitting of charged and neutral kaons and <em>ρ</em> mesons. The most interesting of our results is that the pion mass remains unchanged even though u, d, and s quarks become massive.
We investigate light meson mass spectra with massive u, d, and s quarks and with a spin effect under a bound system in 3 + 1 dimensional QCD by using the first order perturbation correction. In the process of determining charged kaon and neutral kaonmasses, we obtain masses of u, d, and s quarks that are slightly smaller than the currently accepted values. Using these masses, we obtain light meson mass spectra that includes mass splitting of charged and neutral kaons and <em>ρ</em> mesons. The most interesting of our results is that the pion mass remains unchanged even though u, d, and s quarks become massive.
作者
Teruo Kurai
Teruo Kurai(IEEE Member, 1-32-1 Nishifu-Machi, Fuchu-Shi, Tokyo, Japan)
