A topical review of numerical and experimental studies of supercontinuum generation in
photonic crystal fiber is presented over the full range of experimentally reported parameters …

Ultrashort pulses emerging from multimode optical fibers are spatiotemporally complex,
because inside these fibers the modes have different spatial intensity patterns and …

A composite photonic crystal fiber structure has been designed with tellurite as the cladding
and chalcogenide as a core material. To increase nonlinearity, rods of the chalcogenide …

Using femtosecond upconversion we investigate the time and wavelength structure of
infrared supercontinuum generation. It is shown that radiation is scattered into higher order …

In this letter, the experimental results on a supercontinuum signal are presented based on a
significantly broad and highly flat final spectrum (∼ 810 nm and less than 3 dB). The …

We simulate traces for a catalog of spatiotemporally complex pulses measured using a
single-shot complete spatiotemporal pulse-measurement technique we recently developed …

The far-field spatial distributions of higher order electro-magnetic mode supercontinua were
resolved spectrally and recorded. The supercontinua were created by precise control and …

Temperature dependence of the dispersion properties of liquid crystal core photonic crystal
fibers with large air fraction in clads between 300 and 2000 nm for different core diameters …

A unique design of a pure silica hybrid photonic crystal fiber consisting of three circular rings
and one octagonal ring lattices of air holes bounding silica core has been simulated for the …

The dispersion properties of liquid crystal core photonic crystal fibers for different core
diameters have been calculated by a full vectorial finite difference method. In calculations …