Diamond Brilliance at MIT: Quantum Repeaters Revolutionizing Networking

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A packaged prototype quantum repeater module , mounted on a gold-plated copper assembly and connected to printed circuit boards , features eight optical memories that store qubits in a silicon atom in diamond.

However, quantum systems can’t be interconnected with existing technology. The communication systems used today to transmit information across a network and connect devices rely on detectors that measure bits and amplifiers that copy bits.

Ben Dixon tests a Lincoln Laboratory–grown diamond in a cryogenic microscope system that can identify and characterize individual silicon vacancies within diamond. Credit: Glen Cooper This Google Earth image shows the telecommunications network fiber interconnecting Lincoln Laboratory in Lexington, Massachusetts; MIT in eastern Cambridge; and Harvard University in central Cambridge. Credit: Eric Bersin

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