Searching for possible Ωc-like molecular states from meson-baryon interaction

Stimulated by the recent observation of Omega(c) as well as past observations of P-c(4380) and P-c(4450), we perform a coupled-channel analysis of Xi(c)*(K) over bar/Omega(c)eta/Omega(c)*eta/Xi(c)'(K) over bar*/Xi(c)'(K) over bar*/Omega(c)omega systems to search for possible Omega(c) like molecular states by using a one-boson-exchange potential. Our results suggest that there exists a loosely bound molecular state-a Xi(c)*(K) over bar/Omega(c)eta/Omega(c)*eta/Xi(c)'(K) over bar*/Xi(c)'(K) over bar*/Omega(c)omega with I(J(P)) = 0(3/2(-))-that is mainly composed of the Xi(c)*(K) over bar system. The two-body strong decay width is also studied, where we find that Xi(c)' (K) over bar is the dominant decay channel.