NSF Launches Metascience Office, Quantum and Biology Prizes, and X-Labs Consortium

A testbed for how science is funded

NSF is establishing an Office of Metascience to serve as a testbed for studying how scientific communities respond to novel review and funding mechanisms. The agency says it will apply the lessons to its own programs to accelerate discovery. The office will operate with full transparency and share its experiments and findings with academia, industry, and philanthropy. A job announcement for the head of the office is forthcoming.

NSF also said that it and UK Research and Innovation (UKRI) intend to build on the metascience principles outlined in the "Kyoto Vision for a Golden Age of Science." Each agency has set out its own approach, NSF in the memorandum "NSF Leadership in a New Golden Age of Science" and UKRI in its UKRI Strategy 2026-31.

Two Grand Research Challenge prizes

NSF is launching two Grand Research Challenge (GRC) prize competitions meant to encourage cross-disciplinary collaboration, attract nontraditional entrants, and form cross-sector teams.

• Quantum+X GRC: aims to accelerate quantum innovation for sectors such as energy, biotechnology, and finance. U.S. participants will be invited to showcase algorithm and application solutions. Through an NSF partnership with industry, teams can work on sector-relevant problems that, according to NSF, could also advance fundamental questions in chemistry, mathematics, and materials science.
• Synthetic Multicellularity Prize Grand Challenge Prize: a multistage competition in which U.S. participants present computational and experimental approaches in synthetic and engineering biology. The goal is to incorporate complexity and regulation into the design of multicellular systems. NSF says results will advance understanding of cell biology, development, and aging, with applications from medicine to biomanufacturing.

X-Labs Consortium and super intelligence-native instruments

The new NSF X-Labs Consortium starts with founding partners representing over $300 million in commitments. It will support teams with floor space, instrument access, and direct support. The consortium is designed to provide resources to NSF X-Labs, described as a new generation of organizations that enable independent teams of researchers, technologists, and entrepreneurs pursuing milestone-based federal funding to solve specific scientific and technological challenges. Founding partners include research institutions, advanced computing centers, philanthropy, and industry.

NSF will also soon release a funding opportunity tied to the NSF Programmable Cloud Laboratories Network (NSF PCLNet), announced in July 2026. It focuses on Super Intelligence-Native Instruments (SINI), which NSF describes as instruments that are digital-first by design. NSF anticipates an investment of up to $75 million over the next five years, in collaboration with industry and philanthropic partners.

Backing for young talent and the workforce

NSF is investing $30 million over four years in National Math Stars, fully matched by private philanthropy. The money will help the organization grow its talent identification and development programs and support the design and testing of a scalable digital platform to help families support children in math. NSF links the investment to its earlier support for young talent through the NSF Young Scholars Program.

The NextGen Workforce program is aimed at helping students earning STEM graduate degrees enter the workforce faster. It will develop accelerated bachelor's to doctoral degree programs and interdisciplinary graduate training programs that give direct support to enrolled students.

What comes next

For researchers, companies and students, the announcements point to several future openings: prize competitions for U.S. participants, a funding opportunity for digital-first instruments, and new graduate pathways. NSF said more details about all of these programs and initiatives will be available in the coming days.