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Journals and Conferences
A tapered silica photonic crystal fiber was designed and fabricated to generate more than one octave spanning supercontinuum (from 550 nm to 1400 nm at -30 dB level), by an input pulse of 40 fs 200… (More)
We report a mode-locked fiber laser working at a 1 GHz fundamental repetition rate. The laser delivers a 600 mW average power at a pump power of 1800 mW. The pulse spectrum bandwidth was 23 nm to… (More)
We demonstrate an Er:fiber ring laser operated at the fundamental repetition rate of 464MHz. The output power is 115mW under the pump power of 1.65W. The pulse width is 123fs.
We optimized pre-chirp in an Nd-doped fiber amplifier to achieve high-quality femtosecond 920 nm pulses. The in vivo zebrafish imaging proves the laser amplifier an ideal source in two-photon… (More)
Here we have developed a novel large-field high-resolution two-photon digital scanned light-sheet microscopy (2P3A-DSLM) based on ultrafast axial scanning of illumination focal spot with a tunable… (More)
We report the design and fabrication of tapered photonic crystal fibers for efficient fceo detection and ultra-flat visible super-continuum generation, which are used in an astro-comb system.
We demonstrate a new two-photon light-sheet microscopy with three-color excitation, diffraction-limited thickness and tailorable illumination area, capable of multi-color multi-scale live imaging in… (More)
Tapered photonic crystal fibers with different transition profiles were designed and fabricated to control the visible dispersive wave generation process, and broadband visible supercontinuum… (More)
We demonstrated a near all-fiber femtosecond Yb:laser frequency comb incorporated with three different photonic crystal fibers. The comb removes most of free-space components so that it is more… (More)
Tapered photonic crystal fiber was designed and fabricated to support an octave spanning supercontinuum generation, directly pumped by an 500 MHz Yb:fiber oscillator. More than 40dB fceo signals were… (More)