NSF Awards $600,000 to Stony Brook and University of Hawaiʻi to Advance Distributed Quantum Intelligent Sensor Networks
quantumcomputingreport.com Sep 30, 2026

NSF Awards $600,000 to Stony Brook and University of Hawaiʻi to Advance Distributed Quantum Intelligent Sensor Networks

AI-summarised brief · reviewed before publication

The National Science Foundation has granted $600,000 over three years to a joint effort by Stony Brook University and the University of Hawaiʻi at Mānoa to build Quantum Intelligent Sensor Networks (QISNs). Co‑led by Assistant Professors Hyeongrak “Chuck” Choi and Bo‑Han Wu, the project will shift quantum metrology from single‑sensor optimization to distributed, entangled sensor nodes. Researchers will combine continuous‑variable squeezed light, integrated photonics, and CMOS‑integrated diamond spin color centers, using quantum Fisher information to map sensitivity limits and assess how topology, loss, phase noise and entanglement affect performance. Wu’s team will model photonic circuits and apply quantum error‑correction techniques to mitigate environmental noise. The work aims to create design principles for long‑term deployments in ocean monitoring, disaster response, magnetic imaging and resilient communications.

💡 Why It Matters

  • · Demonstrating scalable, networked quantum sensing could unlock measurement precision unattainable by isolated devices, opening new frontiers for real‑world monitoring and secure communication.