IonQ Opens New Quantum Computing R&D Lab in Colorado

IonQ opened a 22,000-square-foot quantum computing R&D laboratory in Boulder, Colorado on May 12, 2026, with plans to install its first quantum computer at the facility later this year. The new lab will house semiconductor chip testing and trapped-ion technology development across two floors at Boulder 38, a Class A research campus at 1685 38th Street. Colorado Governor Jared Polis and Boulder Mayor Aaron Brockett attended the ribbon-cutting ceremony alongside IonQ Chairman and CEO Niccolo de Masi.

What the Boulder Lab Will Do

According to the company’s announcement, the facility lets IonQ’s team design, test, and iterate on its semiconductor ion trap chips. David Allcock, IonQ’s Quantum Computing VP of Science, will direct the lab’s operations.

The company’s current approach builds trapped-ion quantum computers using electronics rather than lasers, a method IonQ says cuts cost and complexity as it enables mass production through the existing semiconductor supply chain.

IonQ already has teams based in nearby Louisville and Broomfield, Colorado, which are working on its space missions and optical communications product lines. The Boulder expansion adds quantum computing R&D to the company’s existing Colorado footprint.

State and Local Support Behind the Decision

Governor Polis framed the announcement as validation of Colorado’s position in the quantum sector. “Colorado is a quantum hub, and we are only growing,” he said at the event. Mayor Brockett pointed to city and state incentives, including the CHIPS Zone Program, as factors that attracted IonQ to Boulder specifically. As he explained:

“IonQ’s decision to locate this facility in Boulder reflects the city’s commitment to building the infrastructure and innovation ecosystem needed to support emerging industries like quantum technology. (…) Through city and state incentives and initiatives like the CHIPS Zone Program, we are continuing to build on the conditions that make Boulder an ideal place for innovative companies to thrive. This milestone also highlights the strength of Boulder’s collaborative ecosystem, where universities, government, industry and economic development partners work together to advance our community as a global hub for innovation.“

CU Boulder Chancellor Justin Schwartz, UK Government Consul Erin Kuhn, and Elevate Quantum CEO Jessi Olsen also participated in the ceremony, reflecting the wider academic and government interest in the region’s quantum ecosystem.

Why This Matters for the Quantum Industry

IonQ reported 99.99% two-qubit gate fidelity in 2025, a world record at the time. The Boulder lab gives the company a dedicated facility to push that performance further while refining the manufacturing process for future systems. For investors tracking IonQ’s stock, the expansion signals continued capital deployment toward scaling production capacity ahead of the company’s roadmap milestones for fault-tolerant quantum computing.

The facility also adds to a growing concentration of quantum talent and infrastructure in Colorado’s Front Range, which could pull additional companies and researchers into the region over the coming years.