Environmentally Stable, High Pulse Energy Yb-Doped Large-Mode-Area Photonic Crystal Fiber Laser Operating in the Soliton-Like Regime

Vectorial Electric Field Monte Caro Simulations for Focused Laser Beams (800 Nm-2220 Nm) in a Biological Sample

“…2(b). In practice, titanium sapphire pulse laser (680 nm-1000 nm) [19], Yb-doped large-modearea photonic crystal fiber laser (1040 nm) [20], optical parametric oscillator pulse laser (1100 nm-1850 nm) [7] and soliton self-frequency shift pulse laser (about 1675 nm) [6] are available for use in non-linear imaging setup. To make our simulations more practical, the simulated wavelengths are selected as 800 nm, 1040 nm, 1280 nm, 1440 nm, 1560 nm, 1680 nm, and 1800 nm to demonstrate the performance of the aforementioned lasers in tissue imaging.…”

Measurement of Ultrashort Optical Pulses

“…We measured a photonic crystal fiber laser (Ultrafast Laser Laboratory, Tianjin University) [13] with this autocorrelator. The output average power of the laser is 500 mW, central wavelength is 1060 nm, and pulse repeat frequency is 25 MHz.…”

Generation of 25-fs High Energy Pulses by SPM-Induced Spectral Broadening in a Photonic Crystal Fiber Laser System

“…A symmetrical split-step Fourier algorithm is employed to solve the nonlinear model in the fiber section based on the scalar Ginzburg-Landau equation [9]. The total cavity dispersion is set as 0.021 ps 2 , according to the dispersion of the fiber and the components in the cavity [10]. The equivalent saturatable absorber of NPE is modeled as a monotonically increasing transmission as described in Ref.…”