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Diffraction Spikes from Telescope Secondary Mirror Spiders
Diffraction Spikes from Telescope Secondary Mirror Spiders
Stars. They are gazed at and wished upon. They have biblical, cultural, and scientific meaning. Stars retain a level of mystique regardless of wisdom or creed despite knowing they are simply balls of gas. ...
Beam Parameters: Introduction to Detecting and Diagnosing Light
Beam Parameters: Introduction to Detecting and Diagnosing Light
Laser beam parameters are the subject of this post. Choosing the type of laser for your experiment or project may be a daunting task. With so many beam parameters to select from, how do you know where to ...
Corneal Imaging Methods (in vivo): A Crash Course
Corneal Imaging Methods (in vivo): A Crash Course
The cornea protects the eye from debris and germs from the environment and accounts for roughly two-thirds of the eye’s focusing power. Corneal imaging is critical in diagnosing and determining treatment ...
Metamaterials and their Optical Applications
Metamaterials and their Optical Applications
Overview Individual component materials affect much of the behavior of optical systems. Metamaterial components are no different. While silica-based glass lenses, prisms, and beamsplitters might be the ...
Lattice Light Sheet Microscopy: Fundamentals and Embryonic Imaging
Lattice Light Sheet Microscopy: Fundamentals and Embryonic Imaging
Lattice Light Sheet Microscopy (LLSM) is a variant of conventional Light Sheet Microscopy (LSM). In short, LLSM utilizes a lattice of light beams to image a specimen. While LSM techniques illuminate single ...
Alternatives to Silicon: Graphene, Gallium Nitride and Perovskites
Alternatives to Silicon: Graphene, Gallium Nitride and Perovskites
The advent of the semiconductors as it pertains to electronics has been nothing short of revolutionary. Specifically, semiconductors have enabled the processing of large amounts of data in smaller devices. ...
Two-Photon Microscopy and Diagnostic Applications
Two-Photon Microscopy and Diagnostic Applications
Two-photon excitation micoscopy (a.k.a. TPEF/ 2PEF) is the most common type of multiphoton fluorescence microscopy. It is a very interesting and useful technique for its ability to lock down on very ...
Light Sheet Microscopy- Principles and Biomed Applications
Light Sheet Microscopy- Principles and Biomed Applications
Light Sheet Microscopy (LSM), a.k.a. single plane illumination microscopy (SPIM), is a technique that allows for high resolution imaging of very small structures. This makes it one of the most popular ...
Laser Scar Treatment and Nonablative Techniques
Laser Scar Treatment and Nonablative Techniques
Laser based therapy of scars and wounds is a relatively new technology treatment that started in the 1980s. At first, CO2 and argon lasers were used to vaporize scar tissue and lessen the texture of the ...
Photonics in Medicine: Top 5 Biomedical Impacts
Photonics in Medicine: Top 5 Biomedical Impacts
Researchers began manipulating laser technologies to use in scientific research long time ago. Which began as abstract exploration of the behavior of light and its interaction with nature, soon turned into ...