A fully consistent HFB+QRPA calculation with the Gogny D1M interaction predicts a pygmy dipole resonance in 96Mo near the neutron separation energy, with the dominant low-energy component being isovector while a candidate PDR state has mixed isoscalar/isovector character.
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Electric dipole excitations near the neutron separation energies in $^{96}$Mo
A fully consistent HFB+QRPA calculation with the Gogny D1M interaction predicts a pygmy dipole resonance in 96Mo near the neutron separation energy, with the dominant low-energy component being isovector while a candidate PDR state has mixed isoscalar/isovector character.