Today a specific attention has been paid to look into the modal characteristics of the high-
power laser beam. And the instantaneous monitoring and analyzing on modal content via …

A hollow-core fiber based on photonic quasicrystal arrays is theoretically proposed for high-
quality light wave propagation with high polarization maintaining performance and low …

A non-destructive iterative interferometric tomographic technique is proposed for imaging
fibers with high refractive index contrast, complex structures, and/or large optical path …

Mode instability with different mode excitation has been investigated by off-splicing the
fusion point in a 4 kW-level monolithic fiber laser system, which reveals that the fiber …

A photonic quasi-crystal fiber (PQF) with high birefringence is proposed. A dodecagonal
Stampfli quasi-periodic lattice of air holes constitutes the cladding of the PQF. The PQF …

We propose a novel photonic quasi-crystal fiber (PQF) with a near-zero flattened dispersion
in the 1450–1650 nm optical telecommunication window. A 10-fold quasi-crystal lattice of …

We analyze the higher-order core mode content in various designs of antiresonant hollow
core fibers using spatially and spectrally resolved imaging. Hollow core fibers have great …

Inspired by the outstanding performance of artificial intelligence for various tasks, in this
work we explore a new method for the fiber modal demodulation based on convolutional …

Compared with traditional methods, the stochastic parallel gradient descent (SPGD)
algorithm used in modal decomposition has its own unique advantages of faster speed …

The use of laser and optoelectronics concepts to develop biological detection systems is the
goal of this work. A biosensor based on one of the interferometer techniques, Mach-Zhender …