Abstract: Bi-metal and other passive thermal compensators for mitigating thermal-induced variations in the length of a fiber loop. Exemplary applications in fiber lasers are described.
Abstract: Mode-locked fiber lasers with an active feedback control of the frequency chirp and a mechanism for adjusting the dispersion of the output pulses.
Abstract: A passive mode-locked linear-resonator fiber laser using polarization-maintaining fibers and a saturable absorber to produce ultra short pulses and a long-term reliable operation with reduced maintenance. Such a fiber laser can be configured to produce tunable pulse repetition rate and tunable laser wavelength.
Abstract: Designs and techniques for actively stabilizing optical cavities in devices such as fiber lasers with reduced power consumption in the active control.
Abstract: Techniques and devices that optically couple multiple pump fibers and a signal input fiber to a double-clad fiber with a high coupling efficiency.
Abstract: A passive mode-locked linear-resonator fiber laser using polarization-maintaining fibers and a saturable absorber to produce ultra short pulses and a long-term reliable operation with reduced maintenance. Such a fiber laser can be configured to produce tunable pulse repetition rate and tunable laser wavelength.
Abstract: A passive mode-locked linear-resonator fiber laser using polarization-maintaining fibers and a saturable absorber to produce ultra short pulses and a long-term reliable operation with reduced maintenance. Such a fiber laser can be configured to produce tunable pulse repetition rate and tunable laser wavelength.