Thomas-Ehrman effect on s1/2 and p1/2 resonance states in 10C+p

By using the complex scaling method, the C-10+p resonance parameters are determined in order to investigate the spectroscopic property of the proton-rich nucleus N-11 in comparison with the mirror nucleus Be-11 which has a typical neutron halo structure. The obtained resonance energy (E-r) and width (Gamma) of N-11 are (E-r, Gamma)=(1.29 MeV, 1.39 MeV) and (2.12 MeV, 0.95 MeV) for s(1/2) and p(1/2) states, respectively. These results are in good agreement with the recent experimental data reported by Axelsson et nl. Thomas-Ehrman effect on the 1/2(-) and 1/2(+) resonance states in N-11 is discussed in association with the weakly bound states in Be-11.