S-3143-115
Placed on Senate Legislative Calendar under General Orders. Calendar No. 676.
Sponsored by John Thune (R-SD)
What it does
This bill would direct the President to launch a 10-year National Quantum Initiative Program to accelerate the development of quantum information science and technology. It would create a coordinating subcommittee within the National Science and Technology Council, establish a presidential advisory committee, and task NIST and the National Science Foundation with carrying out research, education, and industry-engagement activities — including grants for new Multidisciplinary Centers for Quantum Research and Education.
Who benefits
Quantum computing researchers and scientists who would receive expanded federal funding and institutional support. Universities and research institutions that would be eligible for NSF grants to establish quantum research centers. Technology companies and startups in the quantum computing sector that would gain access to NIST-convened industry consortia. Students and educators in science, technology, engineering, and mathematics (STEM) fields who would benefit from new education programs. National security and intelligence agencies that rely on advanced computing and cryptography capabilities.
Who is hurt
Competing research fields and programs that may receive relatively less federal funding as quantum initiatives draw resources. Taxpayers who would bear the cost of new federal programs, grants, and administrative bodies. Foreign competitors in quantum technology — particularly China and the EU — whose relative technological advantage could be reduced. Private-sector quantum research efforts that may face market distortions if federal funding advantages certain companies or institutions over others.
Supporters argue
Supporters argue that quantum information science represents a foundational technology that will reshape computing, communications, and national security for decades to come. They contend that without coordinated federal leadership, the United States risks falling behind strategic competitors — particularly China — that are already making large, centrally directed quantum investments. Proponents say the bill's 10-year planning horizon provides the long-term stability that basic research requires, and that NIST's involvement ensures industry-relevant standards are developed alongside scientific advances. They also argue that creating Multidisciplinary Centers for Quantum Research and Education would build the specialized workforce needed to translate laboratory breakthroughs into real-world applications, generating broad economic and security benefits.
Opponents argue
Opponents argue that designating a single federal program to guide quantum research risks centralizing decisions that are better made by the scientific community through competitive, peer-reviewed processes. They contend that government-directed research priorities can crowd out private investment and steer funding toward politically favored institutions rather than the most promising science. Critics also raise concerns that creating new advisory committees and interagency subcommittees adds bureaucratic layers that may slow — rather than accelerate — research progress. Some argue that the private sector and existing NSF and NIST grant mechanisms are already capable of supporting quantum research without a separate national initiative, and that the bill's broad mandates could lead to duplicative spending across agencies.
Constitutional context
The bill rests primarily on Congress's Article I authority to spend for the general welfare (the Spending Clause) and to regulate interstate commerce (the Commerce Clause), both of which have long supported federal science funding programs. The Intellectual Property Clause (Art. I, Sec. 8) is also relevant, as quantum research outcomes may involve patents and technology licensing. Because the bill directs executive-branch agencies (NIST, NSF, NASA) to carry out specific programmatic activities, separation-of-powers principles apply — Congress is directing agency action, which courts review under the post-Loper Bright framework without deference to agency interpretations. No Fourth or First Amendment tensions are directly raised by this bill in its current form.
Checks and balances
The bill shifts programmatic authority toward the Executive Branch by granting the President broad discretion to set 10-year goals and priorities and to appoint the National Quantum Initiative Advisory Committee. At the same time, Congress retains control through the appropriations process — no funding is self-executing — and by specifying the statutory mandates for NIST and NSF, limiting agency discretion. The advisory committee structure keeps some influence with the scientific and industry communities outside of direct congressional or presidential control.
Historical precedent
The America COMPETES Act (2007) and the CHIPS and Science Act (2022) established similar federal frameworks for coordinating national research priorities across agencies, including designated centers, interagency committees, and multi-year funding goals in strategic technology areas.