Abstract
Fourier Grid Hamiltonian method in the framework of the nonrelativistic model is a way to study the charmonium states (cc ) based on microscopic effective quark interactions. The newly resulting spectrum doesn't need any renormalization to fit the experimental and recent published theoretical spectra. Furthermore, theoretical calculations are in good agreements with existing experimental data. Fourier Grid Hamiltonian method in the framework of the nonrelativistic model is a way to study the charmonium states (cc ) based on microscopic effective quark interactions. The newly resulting spectrum doesn't need any renormalization to fit the experimental and recent published theoretical spectra. Furthermore, theoretical calculations are in good agreements with existing experimental data. Fourier Grid Hamiltonian method in the framework of the nonrelativistic model is a way to study the charmonium states (cc ) based on microscopic effective quark interactions. The newly resulting spectrum doesn't need any renormalization to fit the experimental and recent published theoretical spectra. Furthermore, theoretical calculations are in good agreements with existing experimental data.
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