Featured Editorial

  1. Nanopositioning And Laser Measurement: The Twin Engines Of Modern Imaging 10/30/2025

    Discover how nanometer-scale positioning and advanced laser measurement are transforming microscopy, driving progress in semiconductor, biotech, and imaging research.

  2. From VP-8 To AI: Five Decades Of Examining The Shroud Of Turin 10/29/2025

    Recent photonic breakthroughs using excimer lasers, X-ray scattering, multispectral imaging, and AI reconstruction are revolutionizing Shroud of Turin authentication research.

  3. Red Lights Journey From Biostimulation To Brain Therapy 10/23/2025

    Red-light therapy, rooted in a century of light-based medicine, shows limited yet promising scientific support for neurological, ocular, and wound-healing applications.

  4. High-Speed Cameras: Trends, Innovations, And The Challenges Ahead 10/22/2025

    High-speed cameras are advancing into new spectral bands, integrating AI, and enhancing sensitivity, but challenges such as data bottlenecks and trade-offs persist.

  5. When A "Bad Picture" Changed Everything: The Accidental Birth Of Holography 10/20/2025

    Dennis Gabor accidentally invented holography in 1947 while trying to fix electron microscopes, creating a technology that now shapes medicine, data storage, and AR.

  6. How Thin-Film Coating Advancements Are Improving Device Performance 10/16/2025

    Thin-film coatings – crucial in telecommunications, healthcare diagnostics, consumer electronics, aerospace defense, automotive, and industrial automation – continue to evolve, and their role in enabling high-capacity data transmission and improving device functionality is becoming more prominent.

  7. Beyond The Surface: How Laser Technology Revolutionized Marine Mapping 10/9/2025

    From George Hickman's 1968 pioneering flight to NASA's space-based systems, bathymetric LiDAR has revolutionized underwater mapping and marine exploration.

  8. How Cleanroom Testing Protects Sensitive Optics And Lasers   10/7/2025

    Engineers know that a pristine optical path is critical, but keeping it that way requires rigorous cleanroom testing, precise handling, and an understanding of how contaminants interact with light at both the particulate and molecular levels. 

  9. How Machine Vision Transformed Fiber-Optic Reliability 10/6/2025

    Automated machine vision paired with photonics revolutionized fiber-optic connectivity in the 1990s, enabling consistent, high-speed internet by ensuring connectors remained clear of microscopic defects.

  10. TWPA And The Future Of Scalable Quantum Computing 9/30/2025

    Qubic's cryogenic traveling-wave parametric amplifier slashes quantum computer heat emissions by 10,000x, enabling scalable, efficient, next-generation quantum systems.