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  • What Is Photonics?
    Article - 2 Oct 2024
    An overview of photonics, detailing its core principles, technologies, and applications in healthcare, telecommunications, and manufacturing. Photonics drives innovations in fields like diagnostics,...
  • Exploring Semiconductor Lasers for Telecommunications
    Article - 23 Nov 2023
    Recently, fiber optics-based telecommunication networks have been the most preferred choice, with every optical link equipped with semiconductor lasers inside. Semiconductor lasers have served as the...
  • The Use of Lasers in Micrometers
    Article - 25 May 2022
    The advantages of laser scan micrometers are their accuracy, fast scan speeds and relative ease of operation. Laser micrometers can be used for object sizing and as helpful auxiliary tools in...
  • Optoelectronic Thermometer as an Alternative Approach for Temperature Sensing
    Article - 18 May 2022
    For their distant detection, minimum invasion, tolerance to electromagnetic interferences, and excellent resolution, optical-based sensors provide appealing alternatives in temperature monitoring for...
  • Recent Developments and Applications in Freeform Optics
    Article - 15 Nov 2021
    With the creation of afocal three-mirror anastigmats, greater computational processing availability, and the need for miniature digital viewfinders, freeform optics have undergone a period of rapid...
  • How Could Antimony Thin Films Provide Benefits to Photonic Applications?
    Article - 26 Jan 2021
    Antimony is a metallic element commonly used in the semiconductor industry due to its high charge mobility. However, while it has been traditionally famed for its charge transport capabilities,...
  • How Do Fiber Optic Cables Work?
    Article - 10 Jul 2018
    This article explains how Fiber Optic cables work.
  • Waveguide - Definition and Applications
    Article - 30 Apr 2014
    Waveguide is an optical structure which directs the electromagnetic waves of an optical spectrum. Some of the common types of waveguides include rectangular waveguides and optical fibers.
  • Nanophotonics in Computing
    Article - 2 Jan 2013
    IBM is the first to introduce silicon nanophotonics technology that integrates optical and electrical components on a single silicon chip.
  • An Introduction to Biomedical Optics
    Article - 25 Sep 2024
    Biomedical optics leverages light-tissue interactions to enable advanced imaging, diagnostics, and therapies, offering precise, non-invasive tools for improved healthcare outcomes.

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