In this lecture, we will describe the basic concepts of EM simulation using FDTD.
StartIn this lecture, we show how to use FDTD to solve a basic EM problem involving the transmission of light though a slab of material.
StartIn this lecture, we show how to apply FDTD to solve a slightly more complicated EM problem involving a photonic crystal slab that supports guided resonance.
StartIn this lecture, we show how to perfectly inject a specific mode into a straight waveguide. This is helpful in decreasing computational cost, and having a clean simulation without unwanted electromagnetic interference in the computational domain.
StartMaterial dispersion is a very common phenomenon in which the material responds differently to light of different color. In this lecture, we show how to include material dispersion in FDTD simulations.
StartIn this lecture, we will describe the basic concepts of EM simulation using FDTD.
StartIn this lecture, we show how to use FDTD to solve a basic EM problem involving the transmission of light though a slab of material.
StartIn this lecture, we show how to apply FDTD to solve a slightly more complicated EM problem involving a photonic crystal slab that supports guided resonance.
StartIn this lecture, we show how to perfectly inject a specific mode into a straight waveguide. This is helpful in decreasing computational cost, and having a clean simulation without unwanted electromagnetic interference in the computational domain.
StartMaterial dispersion is a very common phenomenon in which the material responds differently to light of different color. In this lecture, we show how to include material dispersion in FDTD simulations.
Start