Silicon Chip Generates 1B Entangled Photon Pairs Per Second
New Silicon Chip Sets New Records with 1 Billion Entangled Photon Pairs Per Second in Quantum Computing
Read More Silicon Chip Generates 1B Entangled Photon Pairs Per SecondAuthor: HemaSumanth
Myself Hemavathi graduated in 2018, working as Content writer at Govindtech Solutions. Passionate at Tech News & latest technologies. Desire to improve skills in Tech writing.
Triply-Resonant Quantum Transducer for Quantum Computing
The Triply-Resonant Quantum Transducer is a specialized device designed to bridge the gap between two different energy scales in quantum computing: millimeter-wave (mm-wave) signals and optical frequencies (light).
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D-Wave Quantum Inc. Shares Acquisition with $550M Deal
D-Wave Quantum Inc. Shares Acquisition with $550 million in a historic deal to control the quantum market.
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Argonne Advanced Photon Source beamlines for future discovery
Argonne’s upgraded Advanced Photon Source beamlines deliver highly coherent X-ray beams, enabling scientists to observe atomic-level materials .
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Scalable On-Chip Control for Gate Model Quantum Computers
D-Wave Quantum Inc. has achieved a historic milestone by demonstrating the first scalable, on-chip cryogenic control system for gate-model quantum computers.
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University of Iowa Modernize MATFab with $1.5M Defense Grant
A $1.5 million Defense Department award will boost materials science and quantum technology research at the University of Iowa. The MATFab facility will be modernized […]
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2D Optomechanical Crystals Photon-Phonon Generation
Using a quasi-2D optomechanical crystal, turned single “packets” of sound, or phonons, into telecom-wavelength photons with low noise and purity.
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Axion Quasiparticle Bring Dark Matter Detection Within Reach
Researchers are utilizing axion quasiparticles, emergent excitations in tailored quantum materials, to get closer to dark matter detection.
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Yi Li: 2025 Physical Sciences and Engineering Investigator
The DOE’s Argonne National Laboratory develops breakthrough technologies and has historically focused on fundamental research. In 2026, superconductivity and magnetism group physicist Yi Li led […]
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Quantum Sovereignty: Cryptography’s Geopolitical Role
Quantum sovereignty refers to a nation’s ability to control, develop, and deploy its own quantum-safe cryptographic systems without dependence on foreign technologies or standards.
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