In 2026, the National Science Foundation rolled out a bold, budget-friendly dream: a national Quantum and Nanotechnology Infrastructure, or NQNI, designed to fuel ideas from students to small businesses. The NSF isn’t just tossing grants at random; it wants a living, breathing network where Quantum breakthroughs and Nanotechnology wonders can happen on shared terms, with facilities open to the next generation of researchers and entrepreneurs. This isn’t a rumor whispered over coffee; it’s a structured plan to knit together education, research, and industry into a single, well-lit lab coat of national capability. The plan centers on the idea that when researchers need equipment, they should not have to wait for a grant approval to borrow time on a fancy machine; they should be able to show up and get to work.
At the heart of the program lies a plan to support up to 16 sites, forming a nationwide web of open-access facilities for Nanotechnology, quantum information science and engineering, semiconductors, biotechnology, advanced manufacturing, and other critical technologies. Researchers, students, and startup teams will be invited to book time, run experiments, and scale ideas without the usual gatekeeping. And yes, the term open-access is not a slogan; it signals a commitment to democratize access to cutting-edge resources, while maintaining strong governance and safety standards. In plain speak: more people, more ideas, faster results.
“This NSF investment in research facilities will power U.S. discovery in quantum and Nanotechnology to fuel our economy,” said Don Millard, head of engineering at NSF. “With facilities open to students, faculty and small businesses, NQNI will enable transformative ideas to be explored, scaled, and translated.” The message is practical: provide the right tools, reduce duplication, and speed the journey from concept to market. It’s a policy that reads like a well-run workshop manual—clear, purposeful, and a little hopeful, with a dash of humor in the margins from the curious minds who will fill these rooms.
To participate, NSF invites organizations to submit a letter of intent to join a planned network of university user facility sites. Selection hinges on technical capabilities and instrumentation, with an eye toward regional balance and complementarity. This is not a cookie-cutter program; it’s a tapestry of facilities, partnerships, and problem sets designed to knit together discovery across regions. The regional network model aims to weave universities, non-profit organizations, and industry partners into a single ecosystem, and formal partnerships with community or technical colleges are encouraged for workforce development and practical education initiatives.
Quantum-powered progress: How NQNI reshapes research
Each site isn’t merely a showroom; it’s a functional node with real impact. The plan provides an annual operating envelope of $500,000 to $2,000,000 for up to five years at each site. The goal is to give projects sufficient runway to prove quantum information science and Nanotechnology approaches and to prepare them for real-world translation. NSF will appoint a Coordinating Office to steer cross-network strategy and operations, adding an extra $700,000 per year to help align research agendas, share best practices, and keep sites on track. With a centralized coordinating hub, the network can learn quickly, scale responsibly, and avoid reinventing the wheel in every region.
LOIs are due March 16, with proposals accepted through May 14. The window is tight, but the pace reflects the field’s demand for rapid feedback and iterative progress. Beyond NQNI, NSF pushes forward with other quantum initiatives to accelerate discovery and commercialization. The National Quantum Virtual Laboratory, or NQVL, has begun distributing funding to broaden access to quantum hardware and software. This mirrors the open, collaborative spirit that has driven similar leaps in other tech domains, where shared tools and collective problem solving create outsized benefits for all.
Nanotechnology ecosystems bloom with Quantum collaboration
In parallel, NSF’s Regional Innovation Engines program—championed under the CHIPS and Science Act of 2022—builds regional ecosystems that accelerate practical outcomes from Quantum and Nanotechnology collaboration. Quantum Connected, a Chicago-based coalition including the Chicago Quantum Exchange, reached the semifinal round in mid-2025, signaling that place-based collaboration can accelerate breakthroughs in both Quantum and Nanotechnology domains. The pattern repeats in other regions as universities partner with industry and labor organizations to train a ready workforce and bring clever ideas to market quickly. The emphasis is on bridging theory and factory floors alike, so students can see tangible paths from lab bench to paid work in 2026 and beyond.
Policy and workforce development play a supporting role in this ecosystem. The Department of Labor’s Employment and Training Administration introduced an AI Literacy Framework to guide skill development across the U.S. workforce and education systems. The broader conversation about AI, governance, and responsible deployment informs how quantum and Nanotechnology teams collaborate with policymakers, educators, and industry. The Potomac Officers Club’s 2026 Artificial Intelligence Summit promises to gather government and industry stakeholders to discuss these evolving dynamics. The thread is clear: skills and standards matter as much as hardware and funding, and a healthy ecosystem blends both well.
On a different track, defense and logistics modernization efforts remind us that big-scale collaborations often cross sectors. Initiatives that embed private-sector leaders into defense acquisition aim to speed the delivery of new capabilities to the warfighter, showing that public-private collaboration can produce tangible results even under demanding timelines. The practical takeaway is simple: speed comes from cross-sector playbooks and strong governance, not hype.
In the world of large-scale operations, companies like C5MI have demonstrated how modern enterprise systems, from warehouse to distribution, can evolve with agile, disciplined approaches. The lesson translates to research infrastructure as well: stable, scalable, and well-integrated platforms support faster experimentation and robust results. It’s not all glory; it’s measured progress built on solid software and strong governance, which makes Nanotechnology research stronger by design.
All of these threads—NQNI’s shared facilities, NQVL’s expanded access, and regional engines’ collaboration—create a national tapestry where Quantum and Nanotechnology thrive together. The aim is to create a U.S. research landscape that is nimble, inclusive, and capable of delivering practical, high-impact technologies. The story is still unfolding in 2026, but the ingredients are in place: open access, strong partnerships, and a clear vision for translating complex science into everyday improvements for people and businesses.
If you’re curious about the original context and want more details, official materials lay out the network, the funding bands, and the timelines. The NSF’s communications emphasize a practical approach to enabling discovery while supporting education and workforce development—an approach that invites students, researchers, and industry to join in building a more innovative future.
Original article: https://www.nsf.gov/news/some-original-article-link — A heartfelt thank you to the original source for the material and the inspiration behind this rewrite.
If you have thoughts, questions, or a funny anecdote about lab life, share them in the comments below. We’d love to hear how you envision Quantum and Nanotechnology reshaping your world, and how you’d use an NQNI site to spin a discovery into a product.
How to participate in NQNI
- Submit a letter of intent to join the planned network of university user facility sites by the stated deadline.
- Prepare and submit full proposals by the May 14 deadline, ensuring technical capabilities and regional balance are demonstrated.
- Coordinate with the Coordinating Office to align with cross-network strategy and operational plans.
FAQ
- What is NQNI? A national network of open-access facilities to support quantum information science, Nanotechnology, and related critical technologies for education, research, and industry.
- Who can participate? Universities, non-profit organizations, community and technical colleges, and industry partners are encouraged to engage through LOIs and full proposals.
- When are LOIs and proposals due? LOIs are due March 16; full proposals are due by May 14.
- How does NQNI relate to other NSF efforts? It complements programs like the National Quantum Virtual Laboratory (NQVL) and Regional Innovation Engines to accelerate discovery and commercialization.
References
- ExecutiveGov source: https://www.executivegov.com/articles/nsf-100m-nqni-quantum-nanotech-research
- NSF News and updates: https://www.nsf.gov/news
- Original context and materials: https://www.nsf.gov/news/some-original-article-link