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Quantum Source's QS-LINK addresses the critical scaling bottleneck in quantum computing by using a single rubidium atom as memory to store entanglement until a second processor is ready. This approach eliminates the need for simultaneous photon arrival, significantly increasing link rates and enabling connections between diverse hardware architectures via standard optical fiber. The technology represents a pivotal step toward modular, fault-tolerant quantum systems that can scale beyond single-processor limits.

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Quantum Source’s QS-LINK Uses a Single Atom to Help Quantum Processors Connect

The Quantum InsiderOctober 8, 20264 min read

Insider Brief PRESS RELEASE — Quantum Source, developer of compound photon-atom technology that makes photonic quantum computers practical, published the first technical details of its proprietary QS-LINK, an interconnect built to break the bottleneck that keeps quantum computers from scaling beyond a single processor. Using a single rubidium atom as quantum memory, QS-LINK holds the entanglement with […]

Quantum Source unveiled QS-LINK, a proposed interconnect that uses a single rubidium atom as quantum memory to link quantum processors without requiring their photons to arrive simultaneously. The design could connect different processor types over standard optical fiber, provided they emit compatible photons. Modeling projects roughly 60 times fewer attempts to generate 10,000 entangled pairs per second than conventional linear-optics methods, pending a full end-to-end demonstration. PRESS RELEASE — Quantum Source, developer of compound…

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