We propose a novel mode-locked fiber laser design that relies on attracting similariton solutions in fiber amplifiers with normal group-velocity dispersion and strong spectral filtering to compensate increased pulse duration and bandwidth. Stable high-energy, large-bandwidth pulses are obtained that can be linearly compressed, resulting in ultrashort pulses
With existing techniques for mode-locking, the bandwidth of ultrashort pulses from a laser is determ...
Apart from the classical nonlinear polarization rotation (NPR) mechanism, we incorporate an addition...
By employing both frequency shifting and nonlinear polarization rotation mechanisms in a Yb-doped fi...
We propose a novel mode-locked fiber laser design that relies on attracting similariton solutions in...
Fiber lasers offer several clear advantages over solid-state systems: compact design, thermal manage...
We demonstrate an ultrabroadband mode-locked spectrum beyond the gain bandwidth from a fiber laser b...
Mode-locked oscillators are the building blocks to generate ultrafast pulses which can then be used ...
Rapid progress in passively mode-locked fibre lasers is currently driven by the recent discovery of ...
We propose a new concept of a fiber laser architecture supporting self-similar pulse evolution in th...
We report the numerical demonstration of the transformation from dissipative solitons to amplifier s...
Funding Information: This work was supported by Villum Fonden (Villum Investigator grant 00037822), ...
We propose and numerically demonstrate a new concept of fibre laser architecture supporting self-sim...
Fiber lasers are attractive with their simplicity, high powers and low cost. However, propagation of...
<p> A bandwidth-tunable dissipative soliton (DS) and noise-like pulse are demonstrated in an all-fi...
The shortest light pulse that can be generated by a mode-locked laser will always be of fundamental ...
With existing techniques for mode-locking, the bandwidth of ultrashort pulses from a laser is determ...
Apart from the classical nonlinear polarization rotation (NPR) mechanism, we incorporate an addition...
By employing both frequency shifting and nonlinear polarization rotation mechanisms in a Yb-doped fi...
We propose a novel mode-locked fiber laser design that relies on attracting similariton solutions in...
Fiber lasers offer several clear advantages over solid-state systems: compact design, thermal manage...
We demonstrate an ultrabroadband mode-locked spectrum beyond the gain bandwidth from a fiber laser b...
Mode-locked oscillators are the building blocks to generate ultrafast pulses which can then be used ...
Rapid progress in passively mode-locked fibre lasers is currently driven by the recent discovery of ...
We propose a new concept of a fiber laser architecture supporting self-similar pulse evolution in th...
We report the numerical demonstration of the transformation from dissipative solitons to amplifier s...
Funding Information: This work was supported by Villum Fonden (Villum Investigator grant 00037822), ...
We propose and numerically demonstrate a new concept of fibre laser architecture supporting self-sim...
Fiber lasers are attractive with their simplicity, high powers and low cost. However, propagation of...
<p> A bandwidth-tunable dissipative soliton (DS) and noise-like pulse are demonstrated in an all-fi...
The shortest light pulse that can be generated by a mode-locked laser will always be of fundamental ...
With existing techniques for mode-locking, the bandwidth of ultrashort pulses from a laser is determ...
Apart from the classical nonlinear polarization rotation (NPR) mechanism, we incorporate an addition...
By employing both frequency shifting and nonlinear polarization rotation mechanisms in a Yb-doped fi...
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