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  • Article - 15 Jan 2024
    Chiral nanophotonics have been investigated to confine optical and electromagnetic waves to subwavelength modes, which are structures with dimensions smaller than the wavelength of the propagating...
  • Article - 5 Dec 2023
    Photonic crystal devices are uniquely engineered structures that can help control light propagation.  These devices are widely applied in various cutting-edge technologies, such as logic gates,...
  • Article - 12 Oct 2023
    The utilization of specialized Infrared cameras consisting of infrared sensors to capture and develop the image of an object constitutes the process of thermal imaging. Our eyes detect visible light;...
  • Article - 14 Jul 2023
    Characterizing the surface topography of materials and devices is vital to determine their mechanical and physical properties. This article will look at the field of surface metrology and how atomic...
  • Article - 28 Mar 2023
    A recently published review on Applied Surface Science Advances has summarized the current state of Lead-Free Perovskite Based Heterojunction Photodetectors.
  • Article - 24 Mar 2023
    Optically active semiconductor quantum dots have high confinement potential, enabling them to interact strongly with light and hold electrons and holes.
  • Article - 2 Mar 2023
    To celebrate International Women's Day this year on AZoOptics across its different themes, we spoke with three leading researchers about their work in the domain of optics and photonics and their...
  • Article - 10 Jan 2023
    Fourier transform infrared spectroscopy (FTIR) is a quick, simple, and efficient technique for identifying and quantifying the constituent elements in any sample. The capacity to identify and quantify...
  • Article - 22 Dec 2022
    Particle manipulation has always been crucial to enhancing scattering and microscopy methods for material studies. In light of this strategy, researchers integrated quantum technology and microscopy...
  • Article - 25 Oct 2022
    Phase contrast microscopy manipulates phase shifts in light as it passes through transparent specimens. By converting phase shifts to changes in amplitude (brightness), the method enables scientists...

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