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  • Volume 59, Issue 12

    More content from Volume 59, Issue 12

    Photo 66529240 © Iuliia Kvasha | Dreamstime.com
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    Photonics professionals face a changing—and challenging—competitive landscape driven not only by emerging technologies.
    Nov. 3, 2023
    Contamination and the fiber fuse effect can have disastrous consequences for laser performance. Learn how to keep your optical systems performing at their best.
    Nov. 3, 2023
    Solar cells inside a photovoltaic module can crack during hail events or other extreme weather without breaking the glass—which effects their power output—but a ‘PLatypus’ tool...
    Nov. 2, 2023
    While exploring whether light and sound waves can monitor the thermodynamic behavior of completely sealed liquid-core optical fibers, researchers make a discovery that may lead...
    Oct. 31, 2023
    Researchers achieve photonic crystal in-plane beam steering within the terahertz range—which has wide-ranging implications for the realms of optics, materials science, and 6G ...
    Oct. 30, 2023
    With the announcement, the co-founder and CEO of the European integrated photonics accelerator reflects on the two organizations’ progress to date and plans for the future.
    Oct. 24, 2023
    (Courtesy of Grégory Moille, Joint Quantum Institute, NIST/University of Maryland)
    FIGURE 1. Dissipative Kerr solitons are now being used to create chip-based optical frequency combs with high output power.
    The result? Experimentation showed another way to build effective optical frequency combs.
    Oct. 20, 2023
    Spin-optical light sources combine photonic modes and electronic transitions—and provide a way to explore the exchange of spin information between both electrons and photons.
    Oct. 17, 2023
    By combining nuclear magnetic resonance spectroscopy and computational modeling, researchers explore the role of glass intermediate oxides—often a key ingredient of specialized...
    Oct. 12, 2023