Featured Editorial

  1. What's Driving The Future Of Optical Networking 8/7/2025

    Fiber optics has grown from a small experiment to a reliable resource for networking, and its development into how we use it today is an interesting tale.

  2. Miniaturized Photonic Devices Trends For Wearables And Medical Diagnostics 8/6/2025

    Smaller is often better in fields such as healthcare, where miniaturized devices offer enormous potential for assessing, diagnosing, treating, and managing conditions. Packing more technological power into smaller devices such as wearables increases opportunities for real-time tracking, processing, and feedback, while managing energy consumption and decreasing invasiveness.

  3. How Multimodal Imaging Is Reshaping Photonics Engineering 8/5/2025

    Multimodal imaging dominates photonics engineering interest in 2025, offering broader applications and faster innovation cycles compared to specialized cryo-EM.

  4. AI's New Era For Raman And Vibrational Analysis 7/29/2025

    Deep learning is transforming computational spectroscopy, delivering unprecedented speed, precision, and automation in material and molecular analysis, as recent academic breakthroughs reveal.

  5. Optogenetics And Photopharmacology: Controlling Cellular Activity With Light 7/25/2025

    Optogenetics and photopharmacology are both light-based techniques used to control cellular activity with high precision, offering unprecedented spatiotemporal resolution in manipulating biological processes.

  6. Superheated Gold Survives The Entropy Catastrophe 7/24/2025

    Researchers taking the first-ever direct measurement of atom temperature in extremely hot materials inadvertently disproved a decades-old theory and upended our understanding of superheating. 

  7. LEDs As Enablers Of Precision And Innovation In Machine Vision 7/22/2025

    LEDs drive efficiency, precision, and adaptability in machine vision and industrial automation, with emerging smart, spectral, and AI-integrated lighting innovations.

  8. Strontium In Space: The Next Leap In Atomic Clock Technology 7/18/2025

    NASA’s OASIC uses photonics-based strontium ion trapping to enable ultra-precise optical atomic clocks, essential for autonomous navigation and lunar time networks.

  9. Can All-Optical Chips Achieve Light Speed Computation? 7/15/2025

    Optical computing could be the next big thing in semiconductor production. Light has already become a go-to choice for transmitting data, but most systems still must translate photons into electrical signals to process information. All-optical chips could change that.

  10. Harnessing High-Speed Thermography In Harsh And Dynamic Fields 7/15/2025

    High-speed thermal cameras enable real-time capture of rapid temperature changes in extreme conditions, advancing safety and research in energy, industry, and aerospace.