  We point out an intriguing possibility that there exist topological
soliton-like excitations in nuclei with $\alpha$ cluster condensation. The
excitations are vortices in superfluid, a property possessed by such Bose
condensed nuclei. We show that the vortex-like states possess quantum numbers
$J^{P}=n^{(-1)^n}$ and energies $\sim $ several MeV, measured from the ground
state energies of the $n \alpha$ condensed states. We point out actual
candidates, for instance, $2^{+}(3 {MeV})$ for $^{8}$Be, $3^{-}(9.6 {MeV})$ for
$^{12}$C, etc, although the topological nature as a vortex is obscure in such
light nuclei.
