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  • Volume 60, Issue 09

    • Volume 60, Issue 09

    (Image credit: Xuchen Wang/Aalto University)
    “This work could lead to the first experimental realization of photonic time crystals, propelling them into practical applications and potentially transforming industries,' says Professor Viktar Asadchy from Aalto University, Finland.
    Nov. 21, 2024
    (Image credit: Ayar Labs)
    TeraPHY optical I/O chiplet with 4 Terabits/s bidirectional bandwidth.
    Nov. 4, 2024
    (Image credit: ESA–C.Carreau)
    Artist’s impression of LISA Pathfinder, ESA’s mission to test technology for future gravitational-wave observatories in space.
    Oct. 31, 2024
    (Image credit: Myungkoo Kang)
    FIGURE 1. The team’s “self-healing” discovery was made while testing a chalcogenide glass made of germanium, antimony, and sulfur.
    Oct. 30, 2024
    Irina Shibanova/1210633001/Getty Images
    FIGURE 1. By the end of the decade, 100,000 satellites may orbit Earth.
    Oct. 28, 2024

    More content from Volume 60, Issue 09

    (Image credit: ams OSRAM)
    FIGURE 1. In a conventional CT scanner, an x-ray source rotates around the patient. Indirect detectors provide the data from which a 3D image is generated.
    For 50 years, computed tomography (CT) has been one of the most valuable diagnostic tools and, thanks to photon-counting detectors, the next revolution of computed tomography ...
    Oct. 23, 2024
    Mark Turner, CEO and founder of Turner Laser Systems.
    Mark Turner, CEO and founder of Turner Laser Systems, shares his journey in photonics.
    Oct. 21, 2024
    (Image credit: HP)
    FIGURE 1. HP Z Captis Dual-modality PBR capture modes: Studio (left) and Explorer (right).
    A high-resolution image capture device launched in August 2024 as a collaboration between HP and Adobe enables the digital capture of three-dimensional (3D) surface appearance...
    Oct. 21, 2024
    (Image credit: Phlux Technology)
    FIGURE 1. FSOC is emerging as the answer to demands for ever-greater bandwidth in both terrestrial and satellite communications.
    Thanks to advances in infrared sensors, free-space optical communication (FSOC) technology is poised to revolutionize connectivity across diverse environments.
    Oct. 14, 2024
    (Photo credits: Menhir Photonics and neoLASE)
    Jonas Heidrich, product line manager at Menhir Photonics (left), and Maik Frede, cofounder and CEO of neoLASE (right).
    Menhir Photonics' Jonas Heidrich and neoLASE's Maik Frede chat with EPIC’s technology manager for biomedical and lasers.
    Sept. 9, 2024