Optical pulses in a photonic crystal based on a superlattice under the conditions of an optical cavity
Based on Maxwell's equations, an effective wave equation for the vector-potential of the electric field of the pulse is obtained. A computer simulation of the evolution of an optical pulse with a duration of several femtoseconds in a medium with a spatially variable refractive index based on a superlattice has been carried out. The system is placed in a cylindrical optical resonator. It has been established that optical pulses propagating in such a system retain their energy in a limited region of space. Numerical simulation of the dynamics of optical pulses was carried out at long times (up to 100 ps).
Keywords
extremely short optical pulses,
photonic crystal,
carbon nanotubesAuthors
Dvuzhilova Yu.V. | Volgograd State University | nevzorkina@yandex.ru |
Dvuzhilov I.S. | Volgograd State University | dvuzhilov.ilya@volsu.ru |
Belonenko M.B. | Volgograd State University | mbelonenko@yandex.ru |
Всего: 3
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