An ambitious new chapter in U.S. quantum technology unfolds as construction officially begins on the Illinois Quantum and Microelectronics Park (IQMP) in Chicago. Anchored by PsiQuantum, this 128-acre innovation campus marks a pivotal moment in the nation’s pursuit of scalable, fault-tolerant quantum computing. With groundbreaking ceremonies already held and development underway, the project promises to reshape the landscape of quantum research, manufacturing, and economic growth.
Phase One of construction begins quantum facility in Chicago
Construction on the IQMP officially commenced on September 30, 2025, with French quantum computing firm Pasqal among the first to commit to the site. Pasqal plans to invest over $65 million to establish its U.S. headquarters within the park, creating at least 50 jobs and benefiting from approximately $21 million in state incentives and loans.
Phase one spans roughly 30 acres and includes a cryogenic cooling plant, research labs, and collaborative spaces. The development is led by Related Midwest and Clayton Real Estate Group, with design and engineering support from WSP, Lamar Johnson Collaborative, and Clayco. Completion of this initial phase is expected by 2027.
PsiQuantum’s groundbreaking vision
PsiQuantum, the anchor tenant, held a groundbreaking ceremony in Chicago, attended by Governor J.B. Pritzker, Mayor Brandon Johnson, and other officials. The company will build an intermediate-scale test system during the initial phase, which will be evaluated by DARPA under its Quantum Benchmarking Initiative. Ultimately, PsiQuantum aims to deploy the first million-qubit scale, fault-tolerant quantum computer in the U.S. at this site.
Jacobs has been selected as the Owner’s Representative for the project, providing end-to-end support across design and construction.
Significance for stakeholders and the broader ecosystem
This development positions Illinois as a national hub for quantum innovation. The IQMP is expected to generate significant economic impact—state officials project up to $50 billion over 20 years.
The facility will serve as a nexus for public-private collaboration, drawing in companies like IBM, DARPA, Diraq, Infleqtion, and Pasqal. It will also foster academic partnerships and workforce development, strengthening the region’s quantum ecosystem.
National context: Other U.S. quantum facility developments
The IQMP is part of a broader wave of quantum infrastructure investments across the U.S.:
In Boulder, Colorado, the National Science Foundation awarded nearly $20 million to build the National Quantum Nanofab (NQN) at the University of Colorado. This open-access facility will support fabrication and packaging of atomic-photonic quantum devices.
In Arvada, Colorado, construction began in September 2024 on the 70-acre Quantum Commons campus. The first phase includes a 17,000-square-foot lab and a 10,000-square-foot prototyping building, with completion expected by the end of 2026.
In Maryland, IonQ and the University of Maryland announced plans for a “Capital of Quantum” initiative. Pending budget approval, IonQ will expand its headquarters into a 100,000-square-foot facility featuring labs, data center, and office space.
These developments reflect a growing national commitment to quantum infrastructure, spanning fabrication, research, and commercialization.
Analysis: Implications and future outlook
The IQMP represents a strategic leap forward in U.S. quantum capability. By focusing on fault-tolerant, million-qubit systems, PsiQuantum is tackling one of the most significant challenges in the field: scalability with error correction.
The park’s multi-phase design allows for incremental growth. The initial test system will validate architecture and performance, while future phases aim for full-scale deployment. This staged approach mitigates risk and enables iterative refinement.
Economic and workforce impacts are substantial. The projected $50 billion economic boost and creation of high-skilled jobs will benefit Chicago’s South Side and beyond. The facility also strengthens U.S. competitiveness in quantum, positioning the country to lead in next-generation computing.
However, challenges remain. Quantum technology is still nascent, with technical hurdles in error correction, cooling, and integration. Success depends on sustained funding, skilled talent, and collaboration across sectors. The IQMP’s success could serve as a model—or cautionary tale—for future quantum infrastructure.
Conclusion
Construction begins quantum facility in Chicago marks a milestone in the U.S. quantum journey. With PsiQuantum at the helm, the IQMP is poised to become the nation’s first home of a million-qubit, fault-tolerant quantum computer. As phase one progresses toward its 2027 completion, the project promises to drive innovation, economic growth, and global leadership in quantum technology.
Frequently Asked Questions
What is the Illinois Quantum and Microelectronics Park (IQMP)?
IQMP is a 128-acre quantum innovation campus in Chicago’s South Shore, anchored by PsiQuantum. It will host research labs, cryogenic facilities, and eventually a million-qubit quantum computer.
When did construction begin and when will phase one be completed?
Construction officially began on September 30, 2025. Phase one, covering about 30 acres, is expected to be completed by 2027.
Who are the key partners involved?
Key partners include PsiQuantum, Related Midwest, Clayton Real Estate Group, Pasqal, Jacobs (Owner’s Representative), WSP, Lamar Johnson Collaborative, and Clayco.
What is the ultimate goal of the facility?
The goal is to build and deploy America’s first utility-scale, fault-tolerant quantum computer with a million qubits, starting with an intermediate-scale test system.
How does this project impact the U.S. quantum ecosystem?
The IQMP will drive economic development, create skilled jobs, and strengthen U.S. leadership in quantum technology. It also serves as a collaborative hub for industry, academia, and government.
Are there similar quantum facility projects in the U.S.?
Yes. Other projects include the NSF-funded National Quantum Nanofab in Boulder, the Quantum Commons campus in Arvada, and IonQ’s planned expansion in Maryland.
