Erratum: Chirality of Nd 135 reexamined: Evidence for multiple chiral doublet bands (Physical Review C (2019) 100 (024314) DOI: 10.1103/PhysRevC.100.024314)

n our original article, we fixed the level energies via the energies of strong transitions, whereas the energies of the relatively weak and crossover transitions were obtained by directly calculating the energy difference between the initial and the final states using the radware software [1,2], resulting in a ? 2 of almost zero. Instead, all energies of the transitions in the level scheme should come directly from the analysis of original data. In this Erratum we update the energies of ? -ray transitions in the table with experimental results (Table I) of the original paper with energies obtained by directly fitting the original spectra. In addition, we also added two new transitions in band D6, 558.9, and 953.2 keV, which were not included in the original article. We also changed the spin of the state populated by the 841.4-keV transition deexciting the 29 / 2 - state of band D6 to the 25 / 2 - state of band D5. The correct R DCO ratio of the 841.4-keV transitions is 0.84(28), and, therefore, its multipolarity is E 2 . The corrected level scheme is presented in Fig. 1. Note that in the text and Fig. 2 of our original paper the transition energies should be replaced by the corresponding ones in boldface in Table I. The other results and conclusions of the original article are not affected. (Table Presented).