SB1343 refocuses parts of the National Quantum Initiative by mandating closer coordination across agencies, directing the Commerce Department to establish (or fund) a Manufacturing USA institute for quantum manufacturing, and commissioning two formal reviews of NQI activities. It is framed to push the United States from lab-scale quantum research toward scalable domestic production and a trained manufacturing workforce.
For professionals tracking federal tech policy, the bill is consequential: it reshapes agency interactions around quantum work, creates a targeted manufacturing effort intended to cover the full development chain from materials to systems, and forces a near-term stock-taking of where federal quantum investments are going and what is blocking collaboration and scale-up.
At a Glance
What It Does
The bill amends the National Quantum Initiative Act to require a Coordination Office staff liaison explicitly linking the Department of Energy (DOE) and the National Science Foundation (NSF), directs Commerce/NIST (in consultation with DOE) to create or fund a Manufacturing USA institute for quantum manufacturing, and mandates two studies — one independent assessment by the National Academies and one consortium report on collaboration impediments.
Who It Affects
Federal agencies active in quantum research (NIST, DOE, NSF, OSTP) must change coordination and reporting practices; NIST will lead institute planning and grant awards; industry partners, national labs, and universities are the target participants for the institute and will be asked to share data for the studies. Manufacturers and supply-chain firms that produce quantum components are direct targets of the institute’s mission.
Why It Matters
The bill signals a shift from dispersed research funding toward organized, manufacturing-focused federal action and accountability. That matters to companies seeking federal support for scale-up, to universities and labs navigating collaboration rules, and to procurement and national-security planners who want resilient supply chains for critical quantum components.
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What This Bill Actually Does
The bill makes a modest, targeted edit to the National Quantum Initiative Act by directing the Coordination Office to appoint a staff liaison charged specifically with linking DOE and NSF activities under the Initiative. That liaison’s job is operational: reduce overlap, surface complementary investments, and smooth handoffs between basic research and DOE’s development programs.
The statute accomplishes this by inserting a new subsection into section 102 of the NQI Act and adjusting subsection numbering.
Beyond coordination, the bill creates a manufacturing-focused effort. It directs the Secretary of Commerce, acting through NIST and consulting with DOE, to assess what manufacturing capabilities are missing for reliably producing quantum components and systems at scale.
Based on that gap analysis NIST must either establish or fund a Manufacturing USA institute under the existing NIST statutory grant authority (section 34(e)(1) of the NIST Act). The institute’s required functions are broad: build an end-to-end ecosystem spanning quantum computing, sensing, and communications; offer prototyping at both research and commercial scales; bolster domestic supply chains (with an emphasis on allied sourcing); and develop workforce pathways for quantum manufacturing.The bill also forces two accountability exercises.
First, it directs OSTP to pursue an agreement with the National Academies to produce an independent assessment of progress under the National Quantum Initiative, looking at sensing, communications, computing, and near-term applications and workforce outcomes. Second, the consortium convened under the NQI (per the NIST director’s responsibilities) must, within 180 days, study impediments to collaboration among NQI centers, research centers, industry, and academia and submit a report to the relevant congressional committees.
That report must include an overview of current research, a funding breakdown by technology and application area, identification of program risks, and legislative recommendations to lower collaboration barriers.Taken together, the bill ties coordination, manufacturing scale-up, and near-term accountability into the federal quantum effort. It does not appropriate funds directly; instead it relies on existing NIST grant authorities and on agency cooperation to implement the institute and to complete the mandated studies.
The Five Things You Need to Know
The bill inserts a new subsection into section 102 of the National Quantum Initiative Act requiring the Coordination Office Director to appoint a staff liaison between DOE and NSF to reduce duplication.
A ‘sense of Congress’ section enumerates covered quantum technologies and enabling capabilities, explicitly listing gate and annealing approaches, multiple qubit platforms (photons, trapped ions, superconducting devices, silicon, topological materials, neutral atoms), and enabling tech like cryogenics and single-photon sources.
Commerce, through NIST and in consultation with DOE, must determine manufacturing capability gaps and either establish or fund a Manufacturing USA institute under NIST’s section 34(e)(1) grant authority to provide end-to-end prototyping, workforce development, and supply-chain resilience.
OSTP is directed to seek an agreement with the National Academies to perform an independent, comprehensive assessment of the National Quantum Initiative’s progress across sensing, communications, computing, and workforce outcomes.
The NIST-convened consortium must study collaboration impediments and deliver a report to congressional committees within 180 days that includes an overview of current research, a funding breakdown by quantum technology and application, risk identification, and legislative recommendations.
Section-by-Section Breakdown
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Short title
Gives the Act the name 'Advancing Quantum Manufacturing Act of 2025.' This is purely nominative but signals the bill’s emphasis on manufacturing and advancement rather than basic research alone.
Coordination Office amendment (statutory insertion)
Edits section 102 of the National Quantum Initiative Act by redesignating the former subsection (c) as (d) and inserting a new subsection (c) that requires the Coordination Office Director to appoint a staff liaison between DOE and NSF. Practically, this creates a formal point of contact inside the federal coordination structure whose remit is to surface overlapping projects and coordinate programming. The provision is procedural — it doesn't allocate new monies — but it gives the Coordination Office explicit statutory authority to manage an interagency liaison role.
Sense of Congress on covered technologies
Contains an explicit, nonbinding list of quantum and enabling technologies the bill expects agencies to include when practicable: gate- and annealing-model computing, a long list of qubit platforms, and enabling components such as lasers, RF/microwave electronics, cryogenics, and low-defect materials. While legally nonbinding, the list functions as policy guidance and will shape agency priorities and requests for proposals, grant solicitations, and program descriptions.
Manufacturing USA institute for quantum manufacturing
Directs the Secretary of Commerce (via the NIST Director), in consultation with DOE, to identify manufacturing capability gaps and to establish or provide financial assistance to a Manufacturing USA institute under NIST’s existing grant authority. The institute must deliver an end-to-end manufacturing ecosystem for computing, sensing, and communications; provide prototyping at research and commercial scales; develop workforce pipelines; and emphasize a resilient supply chain with allied sourcing. This section binds the institute’s mission to specific outputs (design, fabrication, testing, prototyping, workforce creation) and ties selection/award to statutory NIST processes rather than creating a new appropriation mechanism.
Independent National Academies study via OSTP
Requires OSTP to seek an agreement with the National Academies to perform an independent evaluation of the National Quantum Initiative’s progress relative to its statutory purposes and goals, with a scope across sensing, communications, computing, and workforce development. The language sets the expectation of an impartial, expert assessment but leaves implementation timing and contract specifics to OSTP and the Academies.
Consortium study of collaboration impediments and required report
Directs the consortium convened under NQI authorities to study impediments to collaboration among NQI centers, research centers, industry, and academia and to submit a report to relevant congressional committees within 180 days of enactment. The required report must include: a current-state research overview, a funding breakdown for near-term application development disaggregated by technology (including annealing vs. gate-model and qubit types), and identification of program risks and legislative fixes. The tight 180-day window creates a near-term deliverable that agencies and consortium members must prioritize.
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Explore Technology in Codify Search →Who Benefits and Who Bears the Cost
Every bill creates winners and losers. Here's who stands to gain and who bears the cost.
Who Benefits
- Domestic quantum component manufacturers — The institute is explicitly designed to fund prototyping and scale-up, giving manufacturers access to facilities, testing, and potential clients that can lower the cost and technical risk of moving to production.
- Universities and national labs working on translational quantum research — The Manufacturing USA institute’s emphasis on end-to-end prototyping and joint projects creates pathways for lab innovations to move toward commercialization with federal support.
- Workforce training organizations and community colleges — The institute must support development of a quantum manufacturing workforce, creating federal demand for training programs and applied curricula that can supply technicians and engineers.
- Allied-country suppliers and defense procurement planners — The bill’s supply-chain emphasis on sourcing from allies is designed to strengthen trusted supplier networks for components important to national security.
- Policymakers and oversight bodies — The mandated National Academies assessment and the consortium report give Congress and agency leaders independent, timely analyses to inform future legislative or budget actions.
Who Bears the Cost
- NIST/Commerce — NIST will shoulder planning, grant administration, and potential seed funding responsibilities for the Manufacturing USA institute under existing authorities, increasing administrative workload and requiring reprioritization within NIST’s programs.
- DOE and NSF — Agencies must invest staff time to coordinate via the new liaison mechanism and may need to adjust program portfolios to avoid duplication and align with the institute’s activities.
- Industry partners (especially small firms) — Participation in institute projects and consortium studies will require in-kind contributions, data-sharing, and time, and competing for institute resources could strain small companies that lack grant-writing capacity.
- Congressional appropriations (implicitly) — Although the bill does not appropriate funds, executing institute activities and contracting the National Academies will likely require future appropriations or reallocation of existing agency budgets.
- The NQI consortium members — The 180-day reporting deadline imposes a near-term analytic burden on consortium members to collect funding and risk data across multiple centers and institutions.
Key Issues
The Core Tension
The core tension is between accelerating domestic, scalable quantum manufacturing (and the transparency and collaboration that requires) and protecting sensitive technologies and competitive commercial interests: the bill pushes for broad coordination, data sharing, and a manufacturing ecosystem, but doing so risks exposing proprietary work, colliding with national-security export controls, and imposing administrative burdens that could slow the very startups and labs the bill intends to help.
The bill advances coordination and manufacturing goals without providing direct appropriations or detailed selection criteria for the Manufacturing USA institute. That creates an implementation gap: NIST must use existing authorities and any available appropriation cycles to staff planning, run competitions under section 34(e)(1), and deliver on prototyping and workforce goals.
Agencies will have discretion in how robustly they operationalize the liaison role, which could produce widely varying outcomes depending on internal priorities and resources.
The bill foregrounds allied sourcing for critical components but does not reconcile that preference with export-control regimes, procurement law, or the realities of global supply chains where single-source suppliers may exist outside allied countries. Also, mandated studies create near-term reporting obligations that require cross-institutional data sharing; assembling a reliable, disaggregated funding picture by technology (as requested) is technically difficult because agencies and centers categorize projects differently and may treat some data as proprietary or sensitive.
Finally, the bill’s overlap with existing Defense and DOE manufacturing initiatives raises coordination questions: absent clear delineation, multiple federal efforts could compete for the same partners or facilities, diluting rather than concentrating industrial capabilities.
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