Quantum-Enhanced Critical Minerals Mapping Act of 2026
- Sponsor
- Rep. Hurd, Jeff [R-CO-3]
- Committees
- Natural Resources Committee (primary)
- Last action
- Jul 21, 2026
Bottom line
The bill establishes a new federal program to use cutting-edge quantum technology for mapping critical mineral deposits on federal lands, aiming to boost domestic supply chains and reduce reliance on foreign sources.
What it actually does
This bill mandates the Secretary of the Interior, through the U.S. Geological Survey (USGS), to establish and implement a program for quantum-enhanced geophysical surveys. These surveys aim to discover and characterize critical mineral and rare earth element deposits on or near Federal lands, using advanced quantum gravity gradiometry technology. The collected data will be integrated into the Earth Mapping Resources Initiative (Earth MRI) database and made publicly accessible to facilitate private sector investment in domestic mineral development.
Proponents argue
Proponents argue that this bill is crucial for enhancing national security and economic competitiveness by securing a domestic supply of critical minerals and rare earth elements. They contend that quantum gravity gradiometry offers superior resolution and depth penetration compared to classical methods, leading to more efficient and targeted exploration, reducing the need for speculative drilling, and fostering innovation through public-private partnerships.
Opponents contend
Opponents might express concerns about the cost-effectiveness of investing in nascent quantum technologies for mineral exploration, suggesting that more established methods might offer a better return on investment in the short term. They could also raise questions about the environmental impact of increased mineral exploration and potential extraction, even if facilitated by advanced mapping, and the potential for private sector entities to disproportionately benefit from publicly funded data.
The bill is very short and easy to read, allowing for a quick understanding of its core provisions.
Section 3(a)
Establishment of Quantum-Enhanced Critical Minerals Survey Program
This provision requires the Secretary of the Interior, acting through the Director of the United States Geological Survey (USGS), to create and carry out a program. This program will conduct new geophysical surveys using quantum technology to find and map critical mineral and rare earth element deposits on or next to Federal lands, improving upon existing USGS data.
Supporters argue
Supporters argue that this program is essential for leveraging cutting-edge technology to address critical mineral supply chain vulnerabilities, providing a strategic advantage in resource discovery and national security.
Critics contend
Critics might question the immediate necessity or cost-effectiveness of establishing an entirely new program based on emerging technology, suggesting that existing initiatives could be expanded or refined first.
Tradeoffs
The provision balances the desire for technological advancement and domestic resource security against potential costs and the unproven scalability of quantum gravity gradiometry for widespread application.
Section 3(b)
Survey Requirements and Data Management
This section outlines specific requirements for the new survey program. It mandates conducting mobile quantum gravity gradiometry surveys in at least three priority critical minerals focus areas, with a preference for western rare earth element zones. It also requires comparing quantum data with classical data, integrating all findings into the Earth MRI national minerals database, coordinating with the Department of Energy, and collaborating with private quantum sensing firms to reduce federal costs.
Section 4
Report to Congress on Survey Program
This section mandates that the Secretary of the Interior submit a comprehensive report to Congress within 24 months of the bill's enactment. The report must detail the survey areas, instruments used, findings (including estimated deposit locations and economic significance), a quantitative comparison of quantum vs. classical survey results, an assessment of quantum gravity gradiometry's potential to reduce drilling, an analysis of private sector interest, recommendations for scaling the program, and a cost-benefit analysis.