  Some fascinating phenomena have been investigated, hence spin vortex systems
are a hot subarea of solid-state physics. However, simulations of these systems
require some simplifications. Quantum computers have the potential to simulate
these systems without them. Therefore, we simulated the time propagation of
spin vortex systems centered by small polarons by the simulator of quantum
computers. As a result, we revealed that these systems have much shorter
periods than XXZ models and are never be relaxed. Though there is intrinsic
persistent noise, this result will affect both fundamental and applied
solid-state physics.
