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We study charge transport in a graphene zigzag nanoribbon driven by anexternal time-periodic kicking potential. Using the exact solution of thetime-dependent Dirac equation with a delta-kick potential acting in eachperiod, we study the time evolution of the quasienergy levels and thetime-dependent optical conductivity. By variation of the kicking parameters,the conductivity becomes widely tunable.

Particle Transport in Graphene Nanoribbon Driven by Ultrashort Pulses