NSF Launches $100M Quantum and Nanotech Facility Program: What Grant Seekers Need to Know

Hook

On February 13, 2026, the National Science Foundation (NSF) unveiled a game-changing funding opportunity: the $100 million National Quantum and Nanotechnology Infrastructure (NQNI) program. Eligible U.S. research institutions can apply for grants of $500,000–$2 million annually to establish or expand open-access quantum and nanotechnology user facilities—with up to 16 new centers set to be funded over five years. Letters of intent are due March 16, 2026, making now the moment for ambitious campuses and researchers to get moving.

This landmark initiative aims to supercharge American capability in quantum information science, semiconductor research, advanced manufacturing, and other high-impact technology sectors. For the first time, federal funding will support a broad, coordinated network of sites designed specifically to provide access not just to university researchers, but also to community college faculty, small businesses, and regional innovation partners.

Context

This NSF program isn’t just another round of research center support—it’s a deliberate move to create a nationwide, open-access infrastructure modeled on the National Nanotechnology Coordinated Infrastructure (NNCI, 2015–2025). The United States is investing heavily to secure global leadership in quantum technology, semiconductors, and advanced manufacturing, both for economic growth and national security. The NQNI’s total $100 million commitment comes alongside landmark NSF and federal efforts: examples include the $4 million National Quantum Virtual Laboratory (September 2025), NSF’s Regional Innovation Engines under the CHIPS and Science Act, and NIST/DOE quantum accelerator initiatives.

What makes NQNI novel is its strong emphasis on distributed, shared-use facilities—places where a first-generation college student at a public university, a small startup, or a community college instructor can fabricate nano-devices, access quantum diagnostic equipment, or collaborate with multi-institutional teams. Grant criteria require plans for education, training, and community outreach, and strongly encourage regional partnerships between universities, industry, nonprofits, and smaller colleges.

Stakeholder reactions have been overwhelmingly enthusiastic. Don Millard, head of NSF's Engineering Directorate, stated: “This NSF investment in research facilities will power U.S. discovery in quantum and nanotechnologies to fuel our economy. With facilities open to students, faculty and small businesses, NQNI will enable transformative ideas to be explored, scaled, and translated.” In Tennessee, home to fast-growing quantum business and academic collaborations, leaders see a springboard for expanded partnerships and workforce training.

Impact

For Researchers and Research Administrators

If your university or research institution is looking to build or expand advanced fabrication and characterization capacity, the NQNI grants are a rare and powerful opportunity. Existing facility directors, engineering faculty, and multidisciplinary teams should act swiftly to mobilize internal resources—discussing partnerships, facility plans, and campus priorities ahead of the letter of intent deadline. Because grants can run as high as $2 million per year (plus an additional $700,000 annually for a central coordinating office), this is a substantial funding stream that can shape institutional research direction for years.

For Community Colleges and Minority-Serving Institutions

NSF places special emphasis on broadening participation—meaning collaboration with community colleges, HBCUs, and other minority-serving institutions isn’t just encouraged, but likely boosts competitiveness. If you’re in these sectors, proactively reaching out to PI-eligible universities to form partnerships could ensure your students and faculty are among the first to benefit from world-class nanotech or quantum facilities.

For Small Businesses and Startups

The NQNI program’s open-access model is designed to level the playing field for small companies that often can’t afford capital-intensive R&D tools. If you’re in quantum devices, AI hardware, or advanced biotech, and lack local high-end fabrication equipment, these centers will soon provide new access routes. Identify which universities in your area are applying, and contact them about external user opportunities and potential research partnerships.

Action

What should you do now?

1. University Applicants: Begin internal discussions immediately. Most campuses are setting "notice of intent" deadlines before the NSF letter of intent (e.g., Boise State's is February 23, 2026). Coordinate across engineering, physics, and research development offices to assemble a competitive team.
2. Neighborhood Institutions & Companies: Check NSF’s program solicitation page and look for local lead institutions. Reach out now about possible partnership or user letters for their proposals.
3. Proposal Planning: Emphasize technical capabilities, open access, educational/training programs, and regional partnerships. The proposal must demonstrate commitment to inclusive workforce development and broad regional impact.

Outlook

The next few months are critical: letters of intent are due March 16, 2026; full proposals by May 14, 2026; and site selections expected late 2026. Watch for announcements from local universities and NSF updates on the review timeline. Awardees will shape not only their own research future, but also the broader U.S. quantum and nanotech ecosystem for a decade or more.

If you’re seeking to take advantage of this historic funding, Granted AI’s advanced search and guidance tools can help you quickly analyze eligibility, deadlines, and proposal requirements based on your specific situation.

[Sources: NSF press release; federal register notices; LawBC coverage; PI office communications at Boise State, University of Colorado, and Vanderbilt News.]