The dynamics of the out-of-plane comb-drive actuator used in a torsional resonant mode
microscanner is discussed. The microscanner is fabricated using the standard SOI …

The parametric resonance of acoustic and optical phonons in a quantum well in the
presence of an external electromagnetic field is theoretically predicted by using a set of …

We propose a scheme of creating a tunable highly nonlinear defect in a one-dimensional
photonic crystal. The defect consists of an atomic cell filled in with two isotopes of three-level …

Dynamic behavior of a comb-driven torsional microscanner is governed by a nonlinear
parametric differential equation. Theoretically, such systems have multiple resonances …

This paper presents the polarization properties of defect modes created by an elliptic defect
in a two-dimensional photonic crystal composed of circular cylinders with a triangular lattice …

We study double degenerate defect states in the band gap of the two-dimensional photonic
crystal which can be split by the Jahn-Teller distortion of the lattice. We present a group …

A numerical study of point defect modes in two-dimensional square array of dielectric
cylinders in air is presented. Three kinds of defect are considered, namely, circular, square …

In this paper doubly degenerate defect states in the band gap of the two-dimensional
photonic crystal are studied. These states can be split by a convenient distortion of the …

The parametric resonance of acoustic and optical phonons in a doped superlattice with a
nondegenerative electron gas in the presence of a laser field is theoretically predicted by …

We analyze the properties of quasi-phase-matched second-harmonic generation (SHG)
from a defect waveguide in photonic-crystal (PhC) slabs embedded in a periodically χ (2) …