Abstract
The ground state properties of heavy baryons (containing at least one quark of type c or b) are studied in a non-relativistic frame using a realistic interquark potential and the Faddeev formalism to solve the three-body problem. The complete spectra are computed by diagonalisation in a harmonic oscillator basis up to 8 quanta. Emphasis is put on the resonances lying below the thresholds corresponding to a quark pair creation.
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