Governor Spencer J. Cox signed an executive order on Aug. 10, 2026, establishing the Utah Quantum Initiative to accelerate research, commercialization, and advanced manufacturing in the emerging quantum technology sector. The statewide effort seeks to position Utah as a leader in the field by connecting existing strengths in semiconductor manufacturing, defense, and higher education research.
Strategic Coordination and Planning
The initiative establishes a Quantum Coordination Council led by the Governor’s Office of Economic Development (GOED). This council will integrate leaders from state government, higher education, and industry to coordinate a unified quantum strategy. The goal is to better position the state for private investment and federal opportunities, particularly as national interest in quantum information science grows.
Under the new executive order, the council is tasked with delivering a comprehensive statewide quantum landscape report by March 30, 2027. This report will map Utah’s research infrastructure, manufacturing capacity, and workforce assets to identify specific gaps and opportunities for attracting investment and supporting commercialization. The executive order is effective immediately and is scheduled to remain in effect through Dec. 31, 2028.
Governor Cox emphasized that Utah possesses the necessary infrastructure to lead this technological transformation. "Quantum technology is going to change how we compute, communicate, manufacture, discover new medicines and defend our country, and Utah has the people and infrastructure to help lead that transformation," Cox said on Aug. 10, 2026. He noted that the state's existing semiconductor and advanced manufacturing bases are critical to the initiative's success.
Leveraging Existing Infrastructure
The Utah Quantum Initiative aims to build on several existing state advantages, including research strengths in quantum sensing, photonics, and quantum materials. Utah's universities provide high-performance computing infrastructure that can be utilized for quantum simulation and hybrid classical-quantum computing.
Jefferson Moss, commissioner of the Governor’s Office of Economic Development, stated that Utah does not need to build a quantum ecosystem from scratch because many of the necessary components are already present. "Our job is to connect our researchers, manufacturers, entrepreneurs, investors and workforce around a common strategy," Moss said. He noted that successful coordination could allow quantum discoveries to move from the laboratory into real-world products and companies.
Beyond research, the initiative focuses on developing a quantum-ready workforce through specialized career pathways, education, and apprenticeship opportunities. It also seeks to identify policy and funding recommendations in partnership with the Governor’s Office of Planning and Budget and legislative leaders.
Industry and Defense Integration
A central component of the initiative is the integration of quantum research with Utah's established industries, specifically aerospace, defense, life sciences, and biotechnology. The state's defense ecosystem, which includes Hill Air Force Base and Dugway Proving Ground, provides potential pathways for testing and deploying quantum sensing, timing, and communications technologies.
In the life sciences sector, advances in quantum computing could lead to breakthroughs in molecular simulation and drug discovery. The initiative also seeks to develop a specific defense-sector strategy focused on quantum sensing and communications to support national security needs.
To facilitate these connections, the Nucleus Institute has been invited to serve as a co-lead for the initiative. Through the Nucleus Institute, the Utah Quantum Institute acts as a central hub, serving as a system integrator to bridge the gap between discovery and deployment by aligning capital, talent, and infrastructure.
Alignment with Federal Strategy
The Utah Quantum Initiative builds upon a broader federal push to secure leadership in quantum innovation. On June 22, 2026, President Donald J. Trump signed Executive Order 14413, titled "Ushering in the Next Frontier of Quantum Innovation." This federal order established a national strategy to accelerate the development and commercialization of quantum computing, sensing, and networking.
The federal mandate directs agencies to strengthen domestic quantum supply chains and expand the quantum workforce. It also includes the establishment of the Quantum Computer for Application Development and Discovery Science (QC-ADDS) effort, which aims to develop a quantum computer capable of performing transformative scientific applications beyond the reach of current classical computers.
By aligning state policy with these federal priorities, Utah aims to compete for the significant investments being directed toward quantum information science and technology (QIST) at the national level.
Supporting the Innovation Pipeline
The Nucleus Institute, which supports the state's innovation economy, provides several programs designed to move technology from the lab to the market. These include Nucleus Grow, which partners with early-stage companies in deep tech and life sciences, and the Nucleus Fund, which provides early-stage capital to university-born technologies.
Other specialized programs include Nucleus ProLab, which connects students from Utah's 16 public higher education institutions with industry partners for credit-earning projects, and Nucleus MarketEdge, a virtual program designed to help professors, PhDs, and postdocs navigate the transition from research to startup formation.
Additionally, the Nucleus Catalyst program brings together leaders from academia, government, and various industries to shape strategies in areas such as quantum, AI, and neurotech. These collaborative forums are intended to ensure that Utah's innovation landscape remains responsive to emerging technological shifts.
Future Economic Outlook
The Utah Quantum Initiative represents a long-term commitment to the state's economic and technological future. By targeting the intersection of research, manufacturing, and defense, the initiative seeks to ensure that the technologies of the future are invented, built, and utilized within Utah.
