Unlike conventional continuous-wave lasers with wide spectra, the amplification of single-
frequency lasers in optical fibers is much more difficult owing to the ultra-high power spectral …

We present a single-frequency erbium-doped fiber laser operated at 1608.8? nm using a
homemade, heavily erbium-doped silica fiber as gain medium. The laser configuration is …

To overcome Yb lasing, a kilowatt-level 1535 nm fiber laser is utilized to in-band pump an
Er: Yb co-doped fiber (EYDF) amplifier. The output power of a 301 W narrow-linewidth EYDF …

This study analyzes the linewidth narrowing characteristics of free-space-running Brillouin
lasers and investigates the approaches to achieve linewidth compression and power …

We demonstrated an efficient way to enhance and flatten the emission cross sections of Er^
3+ ions at the L-band in the silicate fiber amplifier by increasing Mg^ 2+(up to 22.5? mol%) …

Free-space Brillouin lasers (BLs) generate high-power narrow-linewidth laser outputs at
specific wavelengths. However, despite these impressive results, further compressing the …

This study presents a highly efficient and low-noise all-fiber single-frequency (SF) 795-nm
laser system realized using a simple and robust single-pass frequency-doubling …

In this paper, we report the design, fabrication, and characterization of a passive silicate-
glass-based all-solid anti-resonant fiber (AS-ARF) for∼ 1 µm transmission suppression …

High speed pseudorandom modulation and photon counting techniques are applied to a
three-dimensional imaging lidar system. The specific structure and working principle of the …

A 1.5 J Nd: LuAG ceramic active mirror laser amplifier with a high beam quality is
demonstrated in which a 0.8%(atomic fraction) Nd-doped Nd: LuAG ceramic disk with a …