We study the Goos-Hänchen (GH) effect in a graphene-substrate system comprehensively
by using the transfer matrix method. It is revealed that the magnitude and sign of GH shifts …

We theoretically investigate the Goos-Hänchen (GH) shifts of optical beam in a defective
photonic crystal composed of dielectric multilayers and graphene. The system is non …

Here we create an effective electric field force for photon in a synthetic frequency lattice to
control the spectrum of light. The frequency lattice is created based on an optical waveguide …

We investigate the topological bound modes in a binary waveguide array with alternating
positive and negative couplings. The negative coupling is realized by incorporating …

We investigate the light propagation in a double-waveguide coupler with imaginary-valued
coupling coefficient. The imaginary coupling is realized by incorporating an additional …

We investigate the energy transfer of surface plasmon polaritons (SPPs) based on adiabatic
passage in a non-Hermitian waveguide composed of three coupled graphene sheets. The …

We calculate the photoelectron momentum distributions (PMDs) from strong-field above-
threshold ionization of Ar in the co-linearly polarized two-color laser fields consisting a …

We investigate the lateral shift of optical beam in complex dielectric multilayers with nearly
parity–time (PT) symmetry. The gain and loss of dielectrics are modulated to achieve nearly …

We investigate the exceptional points (EPs) in plasmonic waveguide arrays, including
metallic waveguide arrays (MWAs) and graphene sheet arrays (GSAs). The EPs emerge at …

We investigate the topological interface modes of surface plasmon polaritons in a multilayer
system composed of graphene waveguide arrays. The topological interface modes emerge …