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  • Quantum Research & Innovation - Spring 2024
  • Quantum Research & Innovation - Spring 2024

    More content from Quantum Research & Innovation - Spring 2024

    (Image credit: Benedikt Tissot)
    Illustration of a quantum system (silver arrow and yellow, green, and purple orbitals) interacting with a resonator (two mirrors and pink light field between them). The quantum system is controlled by a control field (green laser). A photon (pink luminous drop) is emitted into an optical fiber through one of the mirrors.
    University of Konstanz physicists in Germany create a theoretical model of how an exchange of information between qubits could work by using photons to transport quantum information...
    March 18, 2024
    (Photo credit: Quantum Corridor)
    Ryan Lafler, president and chief technology officer of Quantum Corridor.
    In this Q&A with Ryan Lafler, president and chief technology officer of Quantum Corridor, he discusses the project and shares its goals and potential applications.
    March 14, 2024
    (Image credit: Matteo Ceccanti)
    Three-dimensional rendering of four polaritonic cavities of different sizes.
    A team of researchers in Israel and Spain create a new type of light confinement—and open the door to new quantum electrodynamics experiments.
    Feb. 26, 2024
    (Image credit: IOP)
    FIGURE 1. Anahita Khodadad Kashi and Michael Kues at the Institute of Photonics performing the quantum experiment.
    Researchers in Germany and Scotland explore how the visibility of the Hong-Ou-Mandel effect is affected by contamination and disprove an assumption that multiphoton components...
    Feb. 9, 2024
    FIGURE 1. Alice & Bob’s cat qubits enable a square root factor reduction in the physical qubits required to build logical qubits.
    How can photonics light the way and play a key role in quantum computing?
    Nov. 7, 2023