IonQ opened a 22,000-square-foot R&D and semiconductor testing lab in Boulder that will serve as a main hub for designing its next trapped-ion quantum systems.
The facility is built around semiconductor ion trap chips that use electronic control signals instead of laser steering, a shift IonQ says can cut complexity and cost by tapping standard chip supply chains.
Late 2026 is the target for installing the lab’s first quantum computer, with VP of Science David Allcock leading work on hardware aimed at mass manufacturability and fault-tolerant computing.
Colorado underpins the expansion: IonQ is tying the Boulder site to its Louisville space missions unit and Broomfield optical communications group while drawing on the state’s quantum workforce, CHIPS support and partners including CU Boulder and Elevate Quantum.
With competitor Quantinuum now public, can IonQ's new lab deliver a decisive technological edge in the quantum race?
When will Colorado's quantum hub solve real problems for industries like medicine, manufacturing, and national security?
Is replacing lasers with semiconductor electronics the key to scalable quantum computers, or a costly engineering gamble?