Mass spectra of charmonium and bottomonium using the Coulomb perturbed potential

In meson spectroscopy, the properties of heavy and light meson are of great interest. With the help of a Schrodinger equation (SE), one can predict various properties of mesons by the non-relativistic potential models using different methodology. It is generally believed that the quarkonia, which are considered as bound states of a quark and an anti-quark are essentially non-relativistic. Therefore, in order to estimate various properties of mesons, a potential model based approach has been quite successful. Also, a theoretical study should be able to predetermine the decay properties in addition to mass spectra. So in present work we employ the Coulomb perturbed potential (CPP) to predict the mass spectra of various mesons and compare the results with available experimental and theoretical outcomes. Here in the present work, we have calculate the mass spectra of cc̅ and bb̅ mesons by CPP invoking NUFA method. The results presented are in excellent agreement with previous results obtained via quantum chromodynamics (QCD) formalism