The cc{}, bb{}, and t t{} spectra are investigated with the use of a semirelativistic potential model described in an earlier paper. Results for the energy levels, leptonic widths, and E1 transition widths are compared with the experimental data for cc{} and bb{} and predicted for t t{}. We also find that the quark-antiquark interaction can best be described by a quasistatic rather than a momentum-dependent potential, and propose a theoretical justification for this surprising conclusion.
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Gupta et al. (1986) studied this question.
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