  Recent exploration of the commensurate structure in the turbostratic double
layer graphene shows that the large angle twisting can be treated by the
decrease of the effective velocity within the energy spectra of the single
layer graphene. Within our work, we use this result as a starting point, aiming
towards understanding the physics of by a large angle twisted double layer
graphene (i.e. Moire) quantum dot systems. We show that within this simple
approach using the language of the first quantization, yet another so far
unrealized (not up to our knowledge), illustrative property of the commutation
relation appears in the graphene physics. Intriguingly, large twisting angles
show to be a suitable tunning knob of the position symmetry in the graphene
systems. Complete overview of the large angle twisting on the considered dot
systems is provided.
