In this work, we present an in silico study of the dynamic behavior of a carbon nanotorus during the localized breaking of the CC bonds in its atomic network. It is shown that the unfolding of a carbon nanotorus is accompanied by the appearance of deformation waves running along the atomic network of the carbon structure. We estimate energy stability of a carbon nanotorus under deformations using the original method for calculating the local stresses of an atomic network. A new physical phenomenon of the molecular current fl ow in the most deformed sites of the torus atomic network is discovered.