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Nitrogen Lasers: A Technical Guide for Engineers and Scientists
Welcome to the definitive resource on Nitrogen Lasers, crafted specifically for engineers and scientists seeking a deep understanding of this important technology. In this guide, you will uncover the ...
Narrow Linewidth Lasers: Buyers Guide
Narrow linewidth lasers are indispensable tools in applications where precision, stability, and spectral purity are non-negotiable. From advanced sensing systems to high-resolution spectroscopy, the ...
Metal Vapor Lasers: A Guide for Engineers and Scientists
Metal Vapor Lasers (MVLs) stand at the cutting edge of photonics, offering unmatched precision and efficiency in a range of scientific and industrial applications. From material processing to medical ...
Tunable Diode Lasers: Comprehensive Guide
In the dynamic world of photonics, tunable diode lasers stand out as a pivotal technology, revolutionizing applications from precision spectroscopy to advanced telecommunications. These lasers, known for ...
Swept Lasers: An In-Depth Buying Guide for Technical Applications
Swept lasers represent a pivotal innovation in the realm of laser technology, distinguished by their ability to rapidly scan through a range of wavelengths. Unlike fixed-wavelength lasers, swept lasers ...
Lasers In Dental Surgeries: A Replacement for Drills?
When having a dentist appointment, drills, brushes, and x-rays are all things that come to mind. Lasers, however, are not the number one apparatus thought of when sitting back in the chair. This is because ...
Laser Levels used in Construction and Landscaping
One of the benefits of lasers are their versatility. They are useful far beyond the bounds of the traditional scientific realm. One of these more ‘non-traditional’ places to find lasers would be in ...
Diode Laser Array: Delivering High Power Outputs by Combining Stacks
High power lasers are used in the industry routinely for cutting, drilling, welding and micromachining materials. They have also found applications in medicine where tissue needs to be cut or heated. The ...
Laser Tissue Interactions: Biological Factors to Consider for Dermatology
In 1963, Leon Goldman became the first person to report using lasers in dermatology. Goldman reported the effects of Ruby laser in the selective destruction of cutaneous pigmented structures, like black ...
Optogenetics: The Future of Lasers in Neurology for Brain Studies
Optogenetics is the emerging field of using light to control and study neuronal activity. In 2005, a Stanford University team was able to use a light-sensitive microbial protein to control the timing of ...