Key Takeaways Ultra broadband metallic mirrors provide high reflectivity over a wide wavelength range (UV to NIR), outperforming standard metallic mirrors that only reflect well within narrower ranges. These mirrors are ideal for multi-purpose systems, offering flexibility, durability, and high damage thresholds. They perform consistently across various angles of incidence and are suited for applications […]
Increasing the numerical aperture of an optical system may increase the resolving power, but it’s not a foolproof way to improve performance.
Application of DLC film: Diamond-like hardness, corrosion resistance, and high transmittance make DLC ideal for enhancing infrared lenses.
Key Takeaways: The paraxial approximation simplifies optical calculations by assuming small angular deviations, useful for systems like lasers and optical fibers. It’s accurate for angles under 10 degrees, where errors are less than 0.5%, but fails at larger angles, requiring more precise methods. For waveguides with small effective mode areas or strong focusing systems, the […]
KeyTakeaways: Optical medical imaging is transforming diagnostics, surgery, and research. Diffusive optical imaging (DOI) uses NIR spectroscopy to study soft tissue, while ballistic optical imaging detects unscattered photons for high-resolution imaging, offering better optical quality than MRI or ultrasound. Photoacoustic imaging combines optical and ultrasonic methods for deep, detailed scans. Positron emission tomography (PET) tracks […]
Ignoring dispersive properties in optical materials can cause chromatic aberration, leading to color fringing and reduced image quality.
Learn how to select a beamsplitter for your optical needs. Explore types, applications, and considerations and get expert insights now!
Discover how optical processing transforms materials into precision components for semiconductors and biomedical devices industries.
Discover how chalcogenide glass, a versatile alternative to germanium, enhances IR imaging and laser systems with high transmission.
Optics for optical quantum computing are the key to ultra-fast computing system that work at— literally— the speed of light.
