Effect of the Aharonov-Bohm potential on the optical polaron soliton motion in one-dimensional rings

The effect of the Aharonov-Bohm potential on the optical polaron solitons i s considered by making use of vibration configuration resulting from the en ergy minimum. Two new polaron solutions with solitary wave form and their r elevant properties have been obtained. The results show that the soliton's shape, location, self-trapping energy and effective mass depend on the Ahar onov-Bohm flux. At the same time, the bell solitons appear at the polaron e nergy band, while the kink excitation at the top.