Month: <span>July 2017</span>

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Low RIN lasers for far-reaching optical sensing

The optical sensing systems based on fiber laser technology are important tools for various fields of applications, like oil and gas exploitation, pipeline monitoring, wind detection, and perimeter security. The advantages that these systems provide make them highly desirable: the systems are passive, lightweight and small in size, reliable, provide an ability to be multiplexed...


Low noise fiber lasers

All laser outputs always contain some amount of noise due to the influence of quantum noise and several technical fluctuations. Quantum noise is typically associated with spontaneous emissions in the gain medium. Technical fluctuations include temperature fluctuations, laser resonator vibrations, excess noise of the pump source, etc. Different types of lasers may suffer from different...


Picosecond and femtosecond lasers

Ultrafast lasers emit ultrashort pulses with the duration of femtoseconds or picoseconds. These types of lasers and their applications are researched in the field of ultrafast laser physics and ultrafast optics. Ultrafast lasers are highly useful in a number of scientific applications as the duration of the optical pulse approaches the timescale of atomic processes....


Tunable fiber laser applications

Tunable fiber lasers’ main characteristic is the ability of the wavelength to be tuned or adjusted. This process is referred to wavelength tuning. Tuning of the fiber laser may occur over a wide range, which is highly desired for certain applications. Tunable fiber lasers are called wavelength agile if the wavelength tuning may be performed...