A model is proposed to obtain the qq spectra by using a generalized Klein-Gordon equation for a two-body system. A variety of different potentials are coupled to the mass term of the generalized equation. The eigenvalues and the corresponding mass spectra are evaluated by using numerical and analytical methods. The resulting spectra match dosely with the experimental data. The obtained values are also compared with those of models such as quasipotential equation (QPE).
M. Haghighat B Mirza, and A. Dadkhah, . (2019). Quakonium spectroscopy by Klein-Gordon equation. Iranian Journal of Physics Research, 2(3), 163-175.
MLA
M. Haghighat B Mirza, , and A. Dadkhah, . "Quakonium spectroscopy by Klein-Gordon equation", Iranian Journal of Physics Research, 2, 3, 2019, 163-175.
HARVARD
M. Haghighat B Mirza , A. Dadkhah . (2019). 'Quakonium spectroscopy by Klein-Gordon equation', Iranian Journal of Physics Research, 2(3), pp. 163-175.
CHICAGO
M. Haghighat B Mirza and A. Dadkhah, "Quakonium spectroscopy by Klein-Gordon equation," Iranian Journal of Physics Research, 2 3 (2019): 163-175,
VANCOUVER
M. Haghighat B Mirza , A. Dadkhah . Quakonium spectroscopy by Klein-Gordon equation. Iranian Journal of Physics Research. 2019;2(3):163-175 (In Persian).
