Abstract:Abstract-A plasmonic induced transparency (PIT) structure is proposed and numerically investigated using the finite difference time domain (FDTD) method, which is achieved by the destructive interference between two graphene nanoribbon resonators and a bus waveguide. The common three-level atom system is used to explore the physical origin of the PIT behavior. The simulation results show that the PIT effect at different modes can be excited or suppressed by choosing the proper coupling position of the resonato… Show more
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