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Results 11 - 20 of 35 for Nanophotonics
  • Article - 11 Apr 2018
    2D materials, from graphene to TMDCs, are gaining more widespread use at both an academic and commercial level. Additionally, new applications are always coming to light, and in this article, we look...
  • Article - 23 Feb 2024
    OPCF outperforms in PCFs for high-speed optics, offering superior light transmission and reduced dispersion for optical communications.
  • Article - 7 Nov 2023
    Ultrafast lasers can alter various materials, and the exceptional resolution of ultrafast lasers, along with their short bursts, make them the best choice for precise target-specific applications.
  • Article - 14 Feb 2023
    Fresnel zone plates are extensively used as magnifying and focusing optical devices, offering high resolution. They consist of circular gratings with a radially increasing line density. Fresnel zone...
  • Article - 1 Feb 2023
    In our new interview, AZoOptics talks to Cheng Guo about his new report on Weyl semimetals and how they can be employed by researchers in the field of photonics.
  • Article - 20 Jun 2024
    Photonic devices enhance computing through faster processing speeds, increased bandwidth, and reduced energy consumption, facilitating the development of advanced optical computing systems.
  • Article - 2 Dec 2021
    Transparent materials influence the phase evolution of transmitted radiation, however, chromatic dispersion is an issue. Ossiander, M et al.'s article published in Nature Communications experimentally...
  • Article - 8 Jul 2013
    Fiber optic switches are optic elements that are used in telecommunication to enable the signals in optical fibers to be switched from one circuit to another.
  • Article - 22 Aug 2017
    High resolution microdisplays that use liquid-crystal-on-silicon (LCoS) technology are commonplace these days. They are found across various optical modulation applications including projectors,...
  • Article - 8 Feb 2024
    PIP enables versatile on-chip exploration of topological models, promising transformative advances in photonic circuitry.

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