Search Results for: beam

FTIR: Fourier-Transform Infrared Spectroscopy Principles and Applications
FTIR: Fourier-Transform Infrared Spectroscopy Principles and Applications
Fourier-transform infrared spectroscopy (or FTIR, for short) is a method of exploring the physical properties of solids, liquids, and gases. More specifically, it allows the study of the absorptive and ...
Innovative Electric Components for Millimeter Wave Communication
Innovative Electric Components for Millimeter Wave Communication
The millimeter-wave (MMW) region of the electromagnetic spectrum is a region of frequency band between 30 gigahertz and 300 gigahertz, and it is called the Extremely High Frequency range. These high ...
Diode Laser Array: Delivering High Power Outputs by Combining Stacks
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 ...
Computational Ghost Imaging: An Unconventional Solution
Computational Ghost Imaging: An Unconventional Solution
X-Rays and Imaging We commonly associate x-ray imaging with hospitals and broken bones, but why are x-rays the chosen source of radiation instead of visible light or electron beams? The high initial energy ...
Edge Emitting vs Surface Emitting Lasers: A Comparison of Performance
Edge Emitting vs Surface Emitting Lasers: A Comparison of Performance
Edge emitting and surface emitting lasers present two configurations for laser emission using semiconductors. Edge emitting lasers came first but were quickly replaced by surface emitting lasers for ...
Laser Marking on Metals: Techniques and Parameters
Laser Marking on Metals: Techniques and Parameters
Laser marking of metals is becoming an increasingly important process in product identification and branding. On our blog, we have previously written about the basic principles of laser marking, the proper ...
Laser Tissue Interactions: Biological Factors to Consider for Dermatology
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 ...
A Novel Handheld Viscosity Sensor for Medical and Industrial Applications
A Novel Handheld Viscosity Sensor for Medical and Industrial Applications
A research team at Keio University in Japan devised a novel handheld viscosity sensor capable of quick, non-contact in situ measurements. Viscosity is a fundamental property for liquid analysis in a wide ...
Visual SLAM: Sensor Application in Autonomous Mobile Robots
Visual SLAM: Sensor Application in Autonomous Mobile Robots
Visual SLAM is now a trending approach in autonomous mobile robot development. Mobile robot is the one capable of transporting itself from place to place. For example, the first mobile robot emerged as a ...
Optogenetics: The Future of Lasers in Neurology for Brain Studies
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 ...