The U.S. Department of Energy has announced up to $400 million in funding for basic research, its largest annual solicitation for foundational science and a signal of where Washington expects tomorrow's technologies to originate.

The announcement, made Oct. 2 in Washington, delivers on the Executive Order "Restoring Gold Standard Science" and channels money through DOE's Office of Science, the nation's single largest supporter of basic research in the physical sciences. For the semiconductor and computing sectors, the relevance is direct: one of the funded program areas is Advanced Scientific Computing Research, the DOE portfolio that historically underpins high-performance computing, applied mathematics and the software and hardware research ecosystem surrounding U.S. leadership in supercomputing.

"Foundational research is where the breakthroughs that shape America's future begin," said DOE Under Secretary for Science Darío Gil. "Through this investment, we are empowering our nation's researchers to pursue bold ideas, push the boundaries of discovery, and build the scientific foundations for tomorrow's technologies — strengthening America's global leadership in science and innovation."

What the money covers

The $400 million ceiling spans all of the Office of Science's major programs:

• Advanced Scientific Computing Research
• Basic Energy Sciences
• Biological and Environmental Research
• Fusion Energy Sciences
• High Energy Physics
• Nuclear Physics
• Isotope R&D and Production

Basic Energy Sciences, in particular, is the program most closely tied to the materials science, condensed matter physics and chemical sciences that feed into future chip materials, lithography-adjacent photon science and nanoscale characterization work at DOE's user facilities.

The solicitation takes the form of a Notice of Funding Opportunity (NOFO), informally known as the "Open Call." DOE issues it annually at the start of each fiscal year — this one covers FY 2027 — and its function is structural rather than thematic. It gives the Office of Science a vehicle to solicit applications for research that falls outside the boundaries of the more targeted, topical NOFOs the office will issue during the fiscal year.

In practice, that means universities and national laboratories can propose work in program areas where no dedicated competition exists, filling gaps between the office's priority initiatives. The Open Call is a standing catch-basin for high-quality basic research that does not fit elsewhere in the DOE funding architecture.

The institutional footprint

The scale of the Office of Science's reach puts the announcement in context. Beyond funding research at hundreds of universities nationwide, the office stewards 10 of DOE's National Laboratories — the network that includes facilities central to U.S. computing and materials research capacity.

The framing of the announcement ties the money to a specific policy directive. The Executive Order "Restoring Gold Standard Science" calls for rigorous, transparent and mission-driven research across DOE's science enterprise, and the department positions this funding as the instrument that strengthens America's scientific and technological leadership.

Why it matters for the chip industry

Semiconductor progress increasingly depends on the kind of long-horizon, pre-commercial research that industry alone underfunds — new materials beyond silicon, exotic states of matter, extreme-ultraviolet photonics and the computational mathematics behind chip design and simulation. A $400 million annual commitment from the Office of Science, recurring at the start of each fiscal year, provides a predictable baseline for university and laboratory groups working well upstream of product roadmaps.

Details of the funding opportunity are available through the DOE Office of Science's funding opportunities page, and applicants will compete for awards across the seven program areas. With the FY 2027 cycle now open, the next signal to watch is how the Office of Science allocates the $400 million ceiling across programs — and how much of it lands in computing and materials research that feeds the semiconductor supply chain.