Neutral-Atom Researchers Lay Out Industry-Wide Roadmap Toward Practical Quantum Computing

A coalition of researchers from leading universities, national laboratories and quantum technology companies has published an industry-wide roadmap outlining the scientific and engineering milestones needed to scale neutral-atom quantum computers toward practical applications. The roadmap identifies advances in larger qubit arrays, integrated photonics, quantum error correction, software, networking and standardized benchmarks as key priorities for achieving reliable, fault-tolerant neutral-atom quantum computing. The researchers argue that continued progress will require coordinated collaboration across the quantum ecosystem to develop systems capable of supporting tens of thousands of physical qubits and ultimately demonstrating practical quantum advantage on real-world problems. Over the years, numerous quantum companies have released roadmaps proposing how they plan to move their technologies into the marketplace over the coming months and years. Now, in what is an unprecedented move, a broad group of quantum scientists, engineers and entrepreneurs has outlined a path for neutral-atom computers to move from experimental machines to systems capable of solving useful problems beyond the reach of conventional computers. The strategic plan, posted on the arXiv preprint server, brings together researchers from universities, national research organizations and quantum technology companies. The contributors include scientists affiliated with MIT, Harvard University, the University of Chicago, Yale University, Cornell…