The c^ (, *) N interactions and the corresponding bound states

In the framework of a one-boson-exchange model, we conduct a comprehensive investigation into the interactions between an S-wave charm-strange baryon c^ (, *) and a nucleon by considering the S-D wave mixing effects and the coupled channel effects. Our results can predict a serial of possible S-wave c^ (, *) N molecular candidates. The one-pion-exchange model together with the coupled channel effects play an important role in generating the cN bound states with I (JP) =0 (0^+) and 0 (1^+), the one-pion-exchange effective potentials are strong enough to bind the c^N states with I (JP) =0 (0^+) and 0 (1^+) and c^*N states with I (JP) =0 (1^+) and 0 (2^+), and the intermediate range and short range force originating from the scalar meson and the vector mesons exchanges interactions are essential in formative to the isovector S-wave c^ (, *) N. We expect the experiments looking for these possible molecular candidates.