Higher-order incidence transfer matrix method used in three-dimensional photonic crystal coupled-resonator array simulation
The plane-wave-based transfer matrix method with rational function interpolation and higher-
order plane-wave incidence is proposed as an efficient calculation approach to simulate
three-dimensional photonic crystal devices. As an example, the dispersion relations and
quality factors are calculated for resonant cavity arrays embedded in a woodpile photonic
crystal. An interesting ultraslow negative group velocity is observed in this structure.
order plane-wave incidence is proposed as an efficient calculation approach to simulate
three-dimensional photonic crystal devices. As an example, the dispersion relations and
quality factors are calculated for resonant cavity arrays embedded in a woodpile photonic
crystal. An interesting ultraslow negative group velocity is observed in this structure.
The plane-wave-based transfer matrix method with rational function interpolation and higher-order plane-wave incidence is proposed as an efficient calculation approach to simulate three-dimensional photonic crystal devices. As an example, the dispersion relations and quality factors are calculated for resonant cavity arrays embedded in a woodpile photonic crystal. An interesting ultraslow negative group velocity is observed in this structure.
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