Add to ORKGCharacterization of the timing and amplitude (AM) noise have shown a greater than 20-dB reduction of the supermode noise spurs from a harmonically mode-locked laser by continuous-wave optical injection. A reduction of the timing jitter and AM noise from 127 to 25 fs and 0.85% to 0.12% (10 Hz-100 MHz), respectively, is demonstrated. A reduction of the optical linewidth, implied by the reduction in the close-in phase noise, is also shown. © 2007, IEEE. All rights reserved
Optical pulses were generated by injection locking two semiconductor lasers to individual modes of a...
We report what is to our knowledge the lowest phase and amplitude noise characteristics achieved to ...
A novel injection locking architecture is demonstrated to simultaneously improve the axial mode line...
Characterization of the timing and amplitude (AM) noise have shown a greater than 20-dB reduction of...
We report on supermode noise suppression of a harmonically modelocked laser by CW optical injection....
We report on supermode noise suppression of a harmonically modelocked laser by optical injection. Th...
A novel method is presented to provide long-term stabilization of an injection-locked harmonically m...
A novel method is presented to provide long-term stabilization of an injection-locked harmonically m...
Using intracavity active phase modulation, we have verified the theory of Haus and Rana and realized...
Harmonically mode-locked semiconductor lasers with external ring cavities offer high repetition rate...
Lasers have been widely used in various fields since the invention of first laser in 1960. Low-noise...
Extensive noise analysis is presented of a semiconductor-based coupled opto-electronic oscillator us...
Coherent photonic systems promise novel functionality and/or improved performance compared to direct...
Extensive noise analysis is presented of a semi-conductor-based coupled opto-electronic oscillator u...
We report a fiber laser noise reduction method by locking it to an actively stabilized optical delay...
Optical pulses were generated by injection locking two semiconductor lasers to individual modes of a...
We report what is to our knowledge the lowest phase and amplitude noise characteristics achieved to ...
A novel injection locking architecture is demonstrated to simultaneously improve the axial mode line...
Characterization of the timing and amplitude (AM) noise have shown a greater than 20-dB reduction of...
We report on supermode noise suppression of a harmonically modelocked laser by CW optical injection....
We report on supermode noise suppression of a harmonically modelocked laser by optical injection. Th...
A novel method is presented to provide long-term stabilization of an injection-locked harmonically m...
A novel method is presented to provide long-term stabilization of an injection-locked harmonically m...
Using intracavity active phase modulation, we have verified the theory of Haus and Rana and realized...
Harmonically mode-locked semiconductor lasers with external ring cavities offer high repetition rate...
Lasers have been widely used in various fields since the invention of first laser in 1960. Low-noise...
Extensive noise analysis is presented of a semiconductor-based coupled opto-electronic oscillator us...
Coherent photonic systems promise novel functionality and/or improved performance compared to direct...
Extensive noise analysis is presented of a semi-conductor-based coupled opto-electronic oscillator u...
We report a fiber laser noise reduction method by locking it to an actively stabilized optical delay...
Optical pulses were generated by injection locking two semiconductor lasers to individual modes of a...
We report what is to our knowledge the lowest phase and amplitude noise characteristics achieved to ...
A novel injection locking architecture is demonstrated to simultaneously improve the axial mode line...