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  • Security Benefits of LiFi
    Article - 29 Aug 2019
    This article discusses the security benefits of LiFi.
  • Award Winning Fiber-Based Laser Solutions from Cycle
    Article - 22 Jul 2019
    AZoOptics sat down with Cycle at Laser World of Photonics 2019, to discuss their their fiber-based lasers and timing distribution systems.
  • Interfacial Analysis with Broadband Sum-Frequency Spectroscopy (BB-SFG)
    Article - 3 Jul 2019
    Sum-Frequency Generation is an optical phenomenon, wherein two photons impinge on a sample surface and generate a third photon at the sum of their frequency.
  • What are Optical Thin Films?
    Article - 27 Jun 2019
    This article discusses optical thin films and how they are designed to enhance the transmission, reflection and polarization properties of optical components.
  • How was Cryo-Electron Microscopy Developed?
    Article - 4 Apr 2019
    This article outlines the history and benefits of cryo-electron microscopy (cryo-EM).
  • What is Optical Attenuation?
    Article - 15 Mar 2019
    For any fiber optic cable to be highly effective at transmitting signals and/or data, the light passing through the fiber optics needs to be coherent, i.e. the light beam needs to be tight so that it...
  • What are Optical Tweezers?
    Article - 12 Mar 2019
    Optical tweezers are a top-end research tool that employ a highly focused laser beam to trap and manipulate incredibly small particles.
  • Optical Detectors - How Much Fuel is in Your Tank?
    Article - 12 Mar 2019
    All cars are fitted with a fuel gauge, indicated by scale on the dashboard. Drivers are able to know how much fuel is in their tank by simply noting the position of the arm on the scale.
  • An Introduction to Laser-Induced Graphene
    Article - 14 Mar 2019
    Graphene is an atom-thick form of carbon with such useful properties, it is currently being touted as a kind of ‘wonder material’.
  • Applications of Cryo-Electron Microscopy
    Article - 12 Mar 2019
    Higher resolution of any image is achieved by the wavelength of the radiation used for imaging. A typical electron microscopy uses a beam of electrons in the wavelength of ~ 0.02Å for operation at...

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