We report, for the first time, the results of a comparative analysis of cavity topologies in mode-
locked fibre lasers. It is shown that the use of various topologies and advantages of fibre …

A simple technique for transverse mode selection in a large-mode-area (multimode) fiber
laser is described. The technique exploits the different spectral responses of feedback …

High-power fiber lasers occupy probably the most challenging and demanding place in the
whole field of fiber laser technology; they also are state of the art. Both continuous-wave …

Optical fibers designed to support multiple transverse modes offer opportunities to study
wave propagation in a setting that is intermediate between single-mode fiber and free-space …

We report on experimental studies of a SESAM mode-locked Er-doped fiber laser
completely spliced from polarization-maintaining fiber components. With the fiber mode spot …

A detailed experimental and theoretical investigation of optical feedback effects in Nd-doped
fiber lasers is presented. Of particular interest is an output-intensity reduction attributed to …

A novel technique for the electronically-controllable generation and switching of transverse
modes within a multi-mode fiber laser oscillator is presented. Preliminary results …

We have developed and demonstrated a fiber amplifier based architecture capable of high
peak power pulsed operation that is scalable to high average powers⪆ 10 kW. Our …

We report theoretical and experimental investigations on the spectral and temporal control of
a mode-locked fiber laser using a chirped fiber Bragg grating and a loss modulator in either …

We report here on an experimental investigation of the temporal behavior of transverse
mode instabilities into “fully aperiodic large-pitch fibers”(FA-LPFs) operated in high-power …