Quantum Source and DDR&D Develop Robust Single-Atom Photon Source for Quantum Communication
Quantum Source Labs and Israel's DDR&D have achieved a deterministic single-atom source for high-fidelity polarization-entangled photons. This advancement is crucial for establishing reliable quantum communication networks and reducing operational complexities in quantum technologies.
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Quantum Source Labs, in collaboration with the Israel Directorate of Defense Research & Development (DDR&D), has successfully demonstrated a deterministic platform for generating high-quality polarization-entangled photon pairs. The photons maintained fidelity after transmission through over one kilometer of unstabilized optical fiber without active stabilization, indicating significant potential for practical quantum communication systems.
The technology simplifies deployment by eliminating the need for continuous polarization compensation, thus enhancing robustness and scalability. This achievement is anticipated to support metropolitan quantum networks, quantum key distribution, and photonic quantum computing. The development underscores Israel's increasing prominence in quantum technology and its potential application across secure communications and national infrastructure.
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