We investigate four wave mixing in photonic crystal wire microresonators realized in an isotropic medium. One-dimensional optical parametric oscillators are numerically analyzed by solving Maxwell's equations in all dimensions and including material dispersion as well as nonlinear polarization
Nonlinear photonic crystals were studied. Photonic crystals, an analog of semiconductors for light w...
The present analysis demonstrates that photonic crystal fibers can be designed to enhance their prop...
Four-wave mixing can be stimulated or occur spontaneously: the latter effect, also known as parametr...
We investigate four wave mixing in photonic crystal wire microresonators realized in an isotropic me...
We investigate optical parametric oscillations via four-wave mixing in a dielectric photonic crystal...
Slab waveguides with a two-dimensional periodic distribution of the refractive index are proposed an...
By coupled mode theory in the time domain and a finite-difference time-domain code, we investigate w...
Optical devices employing photonic crystals and novel nanostructure materials may exhibit useful pro...
Open access dataset for figures in 'Optical parametric amplification seeded by four-wave mixing in p...
Abstract Quadratic nonlinear photonic crystals are materials in which the second order susceptibilit...
The self-, cross- and four-wave mixing coefficients are determined in photonic crystal waveguides sp...
In this work, we demonstrate that it is possible to obtain an optical parametric oscillator with a s...
We study the light propagation in one-dimensional photonic crystal via nonlinear Four Wave Mixing (F...
Parametric gain properties in dispersion engineered photonic crystal waveguides are studied for cont...
We review our work in nonlinear optics in 3D photonic crystals encompassing both quadratic and cubic...
Nonlinear photonic crystals were studied. Photonic crystals, an analog of semiconductors for light w...
The present analysis demonstrates that photonic crystal fibers can be designed to enhance their prop...
Four-wave mixing can be stimulated or occur spontaneously: the latter effect, also known as parametr...
We investigate four wave mixing in photonic crystal wire microresonators realized in an isotropic me...
We investigate optical parametric oscillations via four-wave mixing in a dielectric photonic crystal...
Slab waveguides with a two-dimensional periodic distribution of the refractive index are proposed an...
By coupled mode theory in the time domain and a finite-difference time-domain code, we investigate w...
Optical devices employing photonic crystals and novel nanostructure materials may exhibit useful pro...
Open access dataset for figures in 'Optical parametric amplification seeded by four-wave mixing in p...
Abstract Quadratic nonlinear photonic crystals are materials in which the second order susceptibilit...
The self-, cross- and four-wave mixing coefficients are determined in photonic crystal waveguides sp...
In this work, we demonstrate that it is possible to obtain an optical parametric oscillator with a s...
We study the light propagation in one-dimensional photonic crystal via nonlinear Four Wave Mixing (F...
Parametric gain properties in dispersion engineered photonic crystal waveguides are studied for cont...
We review our work in nonlinear optics in 3D photonic crystals encompassing both quadratic and cubic...
Nonlinear photonic crystals were studied. Photonic crystals, an analog of semiconductors for light w...
The present analysis demonstrates that photonic crystal fibers can be designed to enhance their prop...
Four-wave mixing can be stimulated or occur spontaneously: the latter effect, also known as parametr...