IonQ Receives $7.5 Million Phase 2 Funding From AFRL, 27 October 2026, to Add Free-Space Optical Links and Quantum Frequency Converters to the Rome, New York Quantum Network
Defense Henry Quentir Defense Henry Quentir

IonQ Receives $7.5 Million Phase 2 Funding From AFRL, 27 October 2026, to Add Free-Space Optical Links and Quantum Frequency Converters to the Rome, New York Quantum Network

IonQ said on 27 October 2026 that the Air Force Research Laboratory has released $7.5 million of follow-on funding, drawn from the $21.1 million collaboration announced in January 2025, for Phase 2 of the quantum network at AFRL's Information Directorate in Rome, New York. The award funds free-space optical links with pointing, acquisition and tracking, two quantum frequency converter modules, O-band network hardware with upgraded polarization controls and interface cards, and automated control software. This post reads the award as a dual-use quantum networking capability in the entanglement distribution sub-branch, sets it against the 2021 research-center designation, Qunnect's Innovare fiber testbed and the April 2026 two-computer entanglement, explains why a funded contract phase gets no readiness level, and lists the published rate and fidelity, the free-space optical result in weather and daylight, the second hardware type and the repeater that still separate the award from a network a program office can rely on through quantum frequency conversion.

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Haldar, Guha, Towsley and Rozpędek Simulate Encoded Hybrid Quantum Repeater Chains Over 960 Kilometers With a Quarter of the Costly Memories, arXiv 17 September 2026
Defense Henry Quentir Defense Henry Quentir

Haldar, Guha, Towsley and Rozpędek Simulate Encoded Hybrid Quantum Repeater Chains Over 960 Kilometers With a Quarter of the Costly Memories, arXiv 17 September 2026

Four authors from UT Arlington, UMass Amherst and the University of Maryland ran circuit-level Monte Carlo simulations of a 49-node, 960-kilometer quantum repeater chain that mixes fast, error-prone memories with slow, precise ones, and found that placing the expensive error-correcting node at every other station matches a chain built entirely from the costly platform at a quarter of its memory count. We read what long-distance entanglement distribution would let a force do, why the work is dual-use by funding and by design, and why the unbuilt cross-platform gate is the line item on which the hybrid repeater architecture stands or falls.
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