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Results 31 - 40 of 163 for Optical network
  • 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.
  • Article - 12 Mar 2025
    Photonic neuromorphic systems use light for high-speed computation, surpassing traditional electronics and driving innovations in AI and image processing.
  • Article - 24 Jan 2025
    Optical computing integrates photonic devices for high-speed computations, presenting a promising alternative to electrical systems in various applications.
  • Article - 13 Sep 2023
    As space missions generate exponentially more data and commercial activity in space, we are reaching the limits of what radio can handle. As a result, engineers are now looking to harness the power of...
  • Article - 23 May 2023
    Optical MEMS technology integrates mechanical elements, electronics, and sensors on a silicon substrate through microfabrication, enabling unprecedented miniaturization and integration in optical...
  • Article - 3 Mar 2023
    Nonlinear optics is the branch of optics that studies the properties and the interaction of light in a medium where the polarization density interacts nonlinearly with the electric field of light.
  • Article - 3 Feb 2022
    Photonics is a field that has seen incredibly rapid developments in the last 25 years. Modern photonics is said to have begun in the 1960s with the development of the first lasers and has the...
  • Article - 27 Oct 2021
    To help solve space communication issues, the University of Western Australia has installed a half-ton telescope that shoots giant laser beams into space on the roof of its physics building.
  • Article - 21 Dec 2021
    This article looks at a recent study in Nature Communications that applied various flow-visualization techniques and simulated three-dimensional folded sheets to achieve quantitative agreement between...
  • Article - 27 Jul 2020
    A new partnership between optics giant SCHOTT and the pioneers of reflective waveguides for augmented reality, Lumus, may be the beginning of the future of augmented reality.

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