tate at 8.9 MeV in $^{28}$Ne has a similar structure to that in $^{26}$Ne and $K^{\pi}=0^{-}$ state in $^{28}$Ne, corresponding mainly to the neutron two-quasiparticle excitation of $\nu(2s^{-1}_{1/2}2p_{3/2})$, with 64.0% contribution. In addition to this neutron p-h like excitation, the following excitations have an appreciable contribution; $\nu(1d^{-1}_{5/2}1f_{7/2})$ (13.9%), $\nu(2s^{-1}_{1/2}1f_{7/2})$ (2.8%), $\pi(1p^{-1}_{1/2}1d_{5/2})$ (7.9%) and $\pi(1p_{3/2}\otimes 1d_{5/2})$ (1.4%).

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   ![Same as Fig. \[trans\_density\] but for the $K^{\pi}=0^{-}$ state at 8.1 MeV and for the $K^{\pi}=1^{-}$ state at 6.7 MeV in $^{30}$Ne. []{data-label="30Ne_trans_density"}](fig9-1.eps "fig:") ![Same as Fig. \[trans\_density\] but for the $K^{\pi}=0^{-}$ state at 8.1 MeV and for the $K^{\pi}=1^{-}$ state at 6.7 MeV in $^{30}$Ne. []{data-label="30Ne_trans_density"}](fig9-2.eps "fig:")  
   ![Same as Fig. \[trans\_density\] but for the $K^{\pi}=0^{-}$ state at 8.1 MeV and for the $K^{\pi}=1^{-}$ state at 6.7 MeV in $^{30}$Ne. []{data-label="30Ne_trans_density"}](fig9-3.eps "fig:") ![Same as Fig. \[trans\_density\] but for the $K^{\pi}=0^{-}$ state at 8.1 MeV and for the $K^{\pi}=1^{-}$ state at 6.7 MeV in $^{30}$Ne. []{data-label="30Ne_trans_density"}](fig9-4.eps "fig:")  
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