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Despite the more than one order of magnitude difference between the measureddipole moments in $^{144}$Ba and $^{146}$Ba, the strength of the octupolecorrelations in $^{146}$Ba are found to be as strong as those in $^{144}$Bawith a similarly large value of $B(E3;3^- \rightarrow 0^+)$ determined as48($^{+21}_{-29}$) W.u. The new results not only establish unambiguously thepresence of a region of octupole deformation centered on these neutron-rich Baisotopes, but also manifest the dependence of the electric dipole moments onthe occupancy of different neutron orbitals in nuclei with enhanced octupolestrength, as revealed by fully microscopic calculations.

Direct Evidence for Octupole Deformation in $^{146}$Ba and the Origin of Large $E1$ Moment Variations in Reflection-Asymmetric Nuclei