2-D Kerr nonlinear dispersive media, absorbing boundary condition, anisotropic perfectly matched layer, auxiliary differential equation, differential equations, dispersive media, finite difference time-domain analysis, finite-difference time-domain analysis, high-order FDTD, high-order finite-difference schemes, high-speed optical techniques, light diffraction, linear Lorentz media, Maxwell equations, Maxwell's equations, nonlinear media, nonlinearity, optical dispersion, optical pulse propagation, optical self-focusing, optical solitons, physically originated balanced phenomena, Polarization, pulse broadening effects, Raman nonlinear dispersive media, self-focusing effect, spatial diffraction, spatiotemporal phenomena, spatio-temporal soliton propagation, spectral line broadening, temporal dispersion, wavelet transforms, wavelet-based formulation
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2-D Kerr nonlinear dispersive media, absorbing boundary condition, anisotropic perfectly matched layer, auxiliary differential equation, differential equations, dispersive media, finite difference time-domain analysis, finite-difference time-domain analysis, high-order FDTD, high-order finite-difference schemes, high-speed optical techniques, light diffraction, linear Lorentz media, Maxwell equations, Maxwell's equations, nonlinear media, nonlinearity, optical dispersion, optical pulse propagati...
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